CURRICULUM VITAE. Paulo Jorge Milheiro Mendes

Transcription

1 CURRICULUM VITAE Paulo Jorge Milheiro Mendes March 5,

2 Personal Data Name: Paulo Jorge Milheiro Mendes Date of birth: 18 September 1970 Nationality: Portuguese Number of Citizen Card: Address: Rua Nova dos Mercadores, 38, R/C Direito, Lisboa, Portugal Telephone: Skype: paulo.milheiro.mendes URL: URL: URL: Scientific Positioning: Expertise domain: Computer Science Reserch interests: User-centric Networking; Information-centric Networking; Self-organized Networks; Pervasive Sensing Systems Affiliation in Scientific Associations: IEEE (The Institute of Electrical and Electronics Engineers), Communications Society and Computer Society (member nº ). ACM (Association for Computing Machinery), Special Interest Group on Data Communications (member nº ) Languages: English - Comprehensive, spoken and written (Native level) German - Comprehensive, spoken and written (Advanced level) Spanish - Comprehensive, spoken and written (Medium level) French - Comprehensive 2

3 Contents 1 Academic Degrees 4 2 Working Experience Research Positions Industry Positions Academic Positions Visiting Positions Scientific Activity Scientific Projects Project Coordinator Coordinator of Project Activities Participant Supervision of Research Work Doctoral Thesis Supervision Doctoral Thesis Supervision Concluded Master Dissertation Supervision Master Dissertation Supervision Concluded Scientific Publications Books and Thesis Book Chapters Scientific Journals Conference Proceedings Posters White Papers Technical Reports Bibliometrics Intervention in Scientific and Professional Communities Invited Talks and Tutorials Participation in Scientific Committees Awards Participation in Scientific Management Academic Cooperations Industrial Cooperations Technology Transfer Activity Patents Relevant Software Suite IETF/IRTF Standardization Reports Teaching Activity 28 6 Annex A - Third-Party Funding 29 7 Annex B - References 35 3

4 1 Academic Degrees University of Coimbra (2004) Ph.D. degree in Informatics Engineering Thesis: Session-aware Popularity-based Resource Allocation Support for Streaming Applications in Networks with Differentiated Services. This thesis was in the area of Quality of Service with special focus on fair resource allocation for scalable multimedia multicast sessions in a DiffServ heterogeneous environment and on receiver-driven adaptive applications. Advisor: Prof. Edmundo Monteiro; co-advisor: Prof. Henning Schulzrinne (Columbia University). Lisbon Technical University (1999) MSc degree in Electrical and Computers Engineering (branch of Informatics and Computers). Thesis: Study of Co-operative Applications Quality of Service Requirements. The study considered RTP sessions in an IntServ environment with RSVP reservations. Advisor: Prof. Nuno Guimarães; co-advisor: Prof. Edmundo Monteiro (University of Coimbra). University of Coimbra (1993) Undergraduate degree in Informatics Engineering (branch of Systems and Network Computers). Thesis: Research and Development of a Router Connecting the University of Coimbra to the Portuguese X.25 Network. Advisor: Prof. Edmundo Monteiro. 2 Working Experience 2.1 Research Positions COPELABS Research Center (Lisbon, Portugal) - since October 2013 Founder and vice-director of the Cognition and People-centric Computing Research Center (COPELABS), a private non-profit research association (26 researchers). SITILABS Research Center (Lisbon, Portugal) - since September 2010 until October 2013 Founder and scientific director for Innovation of the Informatics Systems and Technologies Research Center (SITILABS), a private non-profit research association (15 researchers). SITILABS was included in the COPELABS research center in October INESC Porto Research Laboratory (Oporto, Portugal)- since November 2007 until July 2010 Founder and coordinator of the Internet Architectures and Networking research group of the Multimedia and Telecommunication Unit (7 researchers fully paid by group financial results). NTT DoCoMo EuroLabs (Munich, Germany)- since March 2003 until September 2007 Senior researcher in the Future Networking Laboratory (coordination of team with 5 researchers). 4

5 Center for Informatics and Systems of the University of Coimbra (Coimbra, Portugal) - since November 1996 until October 2002 Research Assistant in the Communications and Telematic Laboratory (LCT). 2.2 Industry Positions Senception (Lisbon, Portugal)- since September 2013 Founder and CEO of Senception, a spin-off of the COPELabs research center focused on the development of technologic solutions based on pervasive sensing, behaviour inference and social interaction. Instituto Pedro Nunes (Coimbra, Portugal) - since November 1998 until October 2002 Informatics engineer in the informatics and systems laboratory. Consultancy work for companies such as Visteon (Ford Electronics) and for the Portuguese Government. Fernave S.A. (Lisbon, Portugal) - since January 1994 until September 1998 Manager of the Telematics system unit. 2.3 Academic Positions University Lusofona (Lisbon, Portugal)- since September 2010 Associated Professor at the School of Communications, Arts and Information Technologies. Founder and director of the doctoral program in Informatics - New Media and Pervasive Systems (11 professors). Member of the Executive Council and Scientific Commission of the School of Communications, Arts, Architecture and Information Technologies (ECATI) College of Transports and Communications (Lisbon, Portugal) - since January 1994 until September 1998 Informatics department teacher and director. Committee member of the graduated course: Management of telecommunications companies. Coordinator and teacher of the Mobile Communication course for Telecel (now Vodafone) in Visiting Positions University of California at Los Angeles (Los Angeles, USA) - August 2013 Visiting scholar in the Internet Research Lab, coordinated by Prof. Lixia Zhang Research Topic: Data-centric Pervasive Networking. 5

6 Columbia University (New York, USA) - since January 2000 until September 2003 Pre-doctoral research visitor in the Internet Real Time Laboratory, under the supervision of Prof. Henning Schulzrinne. Research topic: Control of multicast sessions in networks with differentiated services based on users popularity. 3 Scientific Activity 3.1 Scientific Projects This section provides information about my participation in scientific projects in three different roles: i) project coordinator (section 3.1.1); ii) coordinator of activities within a project, such as work package leader and member of the project management committee (section 3.1.2); iii) participant in project activities without any type of coordination responsibilities (section 3.1.3). In addition, annex 6 provides information about participation in fund raising activities for projects that I then coordinated, and for projects where I had some form of responsibility Project Coordinator CitySense (SITILABS / COPELABS Internal Project: ) / Investigation of large-scale (networked) opportunistic sensing technology able to augment people daily experience in urban scenarios based on the intelligent analysis of sensorial data opportunistically collected from the environment. DTN-Amazon (SITILABS / COPELABS - Universidade Federal of Pará collaboration: ) / Investigation of Delay-Tolerant Networking and Information-Centric Networking for digital inclusion. Design and Performance of Wireless Cooperative Relaying (Portuguese Science Foundation project ; Raised project - 47KEuros) / Investigation of cooperative wireless networking systems based on opportunistic relaying. Social-aware Opportunistic Routing (Portuguese Science Foundation project ; Raised project - 47KEuros) / Investigation of routing approaches for opportunistc networks encompassing mobile wireless devices, based on people s daily routines and data interests. User-Centric Routing (Portuguese Science Foundation project ; Raised project - 105KEuros) / Investigation of user-centric algorithms for opportunistic routing, informationcentric routing, energy-aware routing and mobility-aware routing in disruptive scenarios such as mission-critical networks. FIC: Future Internet Framework (Cisco Systems: ; Raised project - 277KEuros) / Investigation of novel networking trends such as network virtualization, Internet of the Things and smart communities. ReCoop: Wireless Cooperative Networks (QREN project in cooperation with Nonius Software: ; Raised project - 457KEuros): Investigation of cooperative resource, mobility, routing and trust management for decentralized wireless networks. The outcome included a new product line of the company Nonius Software called Wide Wireless Internet Zone (WIZ) aiming to increase the adhesion to broadband Internet services by means of wireless technology. 6

7 Active Networking (NTT DoCoMo - ETH Zürich collaboration: ): Investigation of context-aware computing to improve mobile networking services. In this project we aimed to optimize handover decisions in heterogeneous environments, where the user has a choice among different mobile networks and access points. Seamless Mobility (NTT DoCoMo - Indian Institute of Technology collaboration: 2004): Investigation of handover mechanisms taking into account the bandwidth requirements of applications and the load of the access networks. Q3M: QoS Architecture for Mobile Multicast Multimedia Services (NTT DoCoMo - University of Coimbra collaboration: ; Financed project KEuros): Investigation of group communications for the fourth generation of mobile networks (4G). Major goal was the control of quality and connectivity across heterogeneous networks. INTEREST Lab: Internet Teaching and Research Lab (Columbia University internal project: ): Creation of a research infrastructure with five Cisco routers (Cisco 7000 and Cisco 2500), Fore and Univ. of Washington ATM switches, WaveLAN base-stations, FDDI rings and lots of slightly dated PCs and SUN Workstations. SAPRA: Session-aware Popularity-based Resource Allocation (Portuguese Science Foundation project ; Raised project - 276KEuros): Project based on my PhD thesis: Investigation of the usage of assured differentiated services for multicast communications. This project results in a fairness protocol called Session-Aware Popularity-based Resource Allocation (SAPRA), which provides inter-session fairness by weighting sessions based upon their number of receivers Coordinator of Project Activities UMOBILE: Universal, mobile-centric and opportunistic communications architecture (H2020-ICT : Project Nº : ; Raised project - 3MEuros) / Coordinator at COPELABS; Member of the project coordination and technical Committee; Project Coordinator: Vassilis Tsaoussidis (Democritus University of Thrace, Greece); This project aims to create an abstraction to allow the creation of Internet-based pervasive services (e.g. digital inclusion, individual and civil safety) based on a combination of delay-tolerant and information-centric networking. WiNeMo: Wireless Networking for Moving Objects (ESF Cost Action IC0906: ; Raised project - 360KEuros) / Coordinator at COPELABS; Project Coordinator: Yevgeni Koucheryavy (Tampere University, Finland); Portuguese representative in the Management Committee: This Action aims to increase the knowledge and to coordinate research efforts of national and international projects in the area of wireless networking for moving objects. ULOOP: User-centric Wireless Local-Loop (FP7 STREP ; Raised project - 4MEuros) / WP3 Leader ( Framework Design & Implementation ); member of the Project coordination Committee; Project Coordinator: Rute Sofia (COPELABS); This project aims to explore the potential of having a wireless local-loop based upon a user-centric (community) model extending the reach of a high debit, multi-access broadband backbone from different perspectives. UcMC: User-Centric Mobile Core (Huawei Research Germany: ; Raised project - 103KEuros): Scientific Coordination at SITILABS; Project Coordinator: Rute Sofia (SITILABS); Investigation of user-centric mobile networks. Ambient Networks (IST FP6; ): Coordinator at NTT Docomo; Leader of the QoS in Ambient Networks task; Member of the Project Overall Engineering Team in 2006; Project Coordinator: Henrik Abramowicz (Ericsson); The project addresses the strategic objective of "Mobile 7

8 and Wireless Systems Beyond 3G". Ambient Networks was conceived and is part of the Wireless World Initiative (WWI). Relevant research topics were: dynamic control of inter-network QoS agreements; Capability-aware inter-network routing; Multi-radio, multi-homing and mobility control on next-generation Internet. SAFETY-NET: Safety Critical Industries Workplace Learning Telematic Network (European Telematics Application Program ; Raised project - 1.8MEuros): Coordinator at Fernave; Project Coordinator: Mike Newton (Transcend Technology); Project aiming to demonstrate the potential of emerging multimedia information and communication (ICT) technologies to assure the performance of employees engaged in safety critical work in the railway, maritime, port and offshore exploration industries Participant InnoWave Lablet (COPELABS - InnoWave Cooperation: 2014): Project Coordinator: Rute Sofia (COPELABS); This project aims to investigate and develop methods for pervasive content access, allowing any content to be shared and accessed by any device, anywhere. Cost 290 Wi-QoST: Traffic and QoS Management in Wireless Multimedia Networks (ESF Cost Action 290: ): Project Coordinator: Yevgeni Koucheryavy (Tampere University); This action aims to increase the knowledge on future advanced multi-service wireless networks and specifically on traffic nature and behavior and its impact on network architecture, performance and planning. COST263 - QofIS: Quality of future Internet Services (IST Cost Action: ): Project Coordinator: Michael Smirnov (Fokus); Contribution with work in the field of fair allocation of resources in a differantiated service network environment. QoS II: Quality of Service in Communication Systems (Portuguese Science Foundation project ; Raised project - 40KEuros): Project Coordinator: Edmundo Monteiro (University of Coimbra); Define ways to coherently support end-to-end performance application needs, based on the establishment of an agreement on a set of concepts, policies and mechanisms. IPQoS: Study of QoS Mechanisms for IP Routers (FCT project: 1999): Project Coordinator: Edmundo Monteiro (University of Coimbra); This project investigates multi-class best effort networking based on a packet classification system with four classes. The goal is to achieve equal degradation for all classes by sharing network resources. 3.2 Supervision of Research Work Doctoral Thesis Supervision Pallavali Reddy (PhD Student ), Consensus in Swarming Intelligence Systems, NEMPS Doctoral Program, University Lusofona, Portugal. Investigation of fast-consensus algorithms in dynamic self-organized systems - swarms. The subject of fast-consensus has an important impact in various applications like mobile sensor networks, tracking of moving objects, cooperative surveillance. Asi Laghari (PhD Student ), Data Fusion in Large-scale Networked Sensing Systems, NEMPS Doctoral Program, University Lusofona, Portugal. Investigation of data fusion models to support the recognition of complex behaviour activities in large-scale sensing systems. Ghulam Memon (PhD Student ), Data Inconsistency Handling In Context-Aware Pervasive Systems, NEMPS Doctoral Program, University Lusofona, Portugal. Investigation of 8

9 schemes for resolution of contextual data inconsistency aiming to improve performance of contextaware networked systems. Thiago Coqueiro (PhD student, ), A Scalable Naming System for Opportunistic Networks. Doctoral Program, University Federal of Pará, Brazil. Supervisor: Eduardo Cerqueira, Paulo Mendes. Investigation of a scalable naming system in dynamic opportunistic networks Doctoral Thesis Supervision Concluded Waldir Moreira (PhD thesis, 2014), Social-aware Opportunistic Routing. MAP-TELE PhD program, University of Aveiro, Portugal. This thesis was included in the UCR and DTNAmazon projects. Research findings led to the creation of two social-aware opportunistic protocols (dlife and SCORP) based on users daily routines and data interests, as well as an analysis of the structure and dynamics of the social-based network formed based on the approaches devised in this work. Tauseef Jamal (PhD thesis, 2013), Cooperative Wireless Relaying. MAP-TELE PhD program, University of Aveiro, Portugal. This thesis was included in the ULOOP European project. Research findings led to the creation of a framework for cooperative relaying called RelaySpot, which comprises opportunistic relay selection, cooperative relay scheduling and relay switching. Luis Veloso (PhD thesis, 2009), Seamless Mobility of Multi-user Sessions over Heterogeneous Networks, University of Coimbra. Supervisor: Edmundo Monteiro, Paulo Mendes, Portugal. This thesis was included in the Q3M project. Research findings included the design and evaluation of mechanisms capable of assuring seamless mobility of sources and receivers of multi-user multimedia sessions. Eduardo Cerqueira (PhD thesis, 2008), Multi-user Session Control in Next Generation Networks, University of Coimbra, Portugal. Supervisor: Edmundo Monteiro, Paulo Mendes. This thesis was included in the Q3M project. Research findings led to the creation of the multi-user session control protocol to allow mobile users to access multi-user sessions ubiquitously, while providing QoS mapping, QoS adaptation and connectivity control in heterogeneous environments. Augusto Neto (PhD thesis, 2008), Multi-service Resource Allocation in the Next Generation of Networks, University of Coimbra, Portugal. Supervisor: Edmundo Monteiro, Paulo Mendes. This thesis was included in the Q3M project. Research findings led to the creation of the multi-service resource allocation protocol to allow mobile users to offer/receive unicast and multicast sessions in large-scale systems, while providing a scalable approach to deploy bandwidth reservations and support QoS-aware distribution trees Master Dissertation Supervision Rogerio Costa (MSc student, 2014), USense: Personal Mobile Sensing, University Lusófona. This dissertation aims to design, implementation and evaluate, a people-centric sensing application able of exploiting sensor-enabled mobile phones to automatically infer people s activity and surrounding in real-time Master Dissertation Supervision Concluded Macabra Pedro (MSc dissertation, 2014), Personalized Sensing System. University Lusófona. This dissertation was included in the CitySense project. This research aimed to devise content sharing mechanisms on mobile ubiquitous systems, based upon the people s physical behaviour. Nelson Morais (MSc dissertation, 2014), Prototyping an Information Centric Architecture for 9

10 Opportunistic Networks. University Lusófona. This dissertation was included in the CitySense project. This dissertation aimed to show and demonstrate the possibility of accessing information in opportunistic networks based on the information-centric networking paradigm. Ricardo Barbosa (MSc dissertation, 2012), Sensing Middleware: Collect and Share. University Lusófona. This dissertation was included in the CitySense project. This dissertation led to the creation of Maestroo, an embedded system designed for immersive sensing environments, based on virtualization and sharing of sensors. Tiago Sousa (MSc dissertation, 2007), Experimental Environment for the Q3M Project, University of Coimbra. Supervisor: Edmundo Monteiro, Paulo Mendes. This dissertation was included in the Q3M project. The main contribution of this dissertation was the study of the interaction between multicast, QoS and mobility. Vasco Pereira (MSc dissertation, 2007), Evaluation of an overlay for Source-Specific Multicast, in asymmetric routing environments, to the Q3M (Quality of Service for Mobile Multimedia Multicast) architecture, University of Coimbra. Supervisor: Edmundo Monteiro, Paulo Mendes. This dissertation was included in the Q3M project. The main contribution of this dissertation was to evaluate the overall outcome of the Q3M project based on a real network environment. 3.3 Scientific Publications Books and Thesis Paulo Mendes, Session-aware Popularity-based Resource Allocation, PhD Thesis, University of Coimbra, Coimbra, Portugal, January 2004 Paulo Mendes Study of the co-operative applications Quality of Service requirements, MSc Dissertation, Technical University of Lisbon, June Book Chapters Rute Sofia, Paulo Mendes, Huiling Zhu, Alessandro Bogliolo, Fikret Sivrikaya, Paolo Di Francesco, "User-centric Networking: Cooperation in Wireless Networks", Springer Lecture Notes in Computer Science, Wireless Networking for Moving Objects: Models, Approaches, Techniques, Protocols, Architectures, Tools, Applications and Services, 2014 Tauseef Jamal, Paulo Mendes "Cooperative Relaying for Wireless Local Area Networks", Springer Lecture Notes in Computer Science, Wireless Networking for Moving Objects: Models, Approaches, Techniques, Protocols, Architectures, Tools, Applications and Services, 2014 Rute Sofia, Paulo Mendes, Waldir Moreira, "User-centric Networking Living-Examples and Challenges Ahead", Book Chapter in User-Centric Networking: Future Perspectives, Springer Lecture Notes in Social Networks, User-Centric Networking: Future Perspectives, ISBN , May Namusale Chama, Antonio Junior, Waldir Moreira, Paulo Mendes, Rute Sofia, User-centric Networking, Routing Aspects, Springer Lecture Notes in Social Networks, User-Centric Networking: Future Perspectives, ISBN , May Paulo Mendes,Waldir Moreira, Tauseef Jamal, Huseyin Haci, Huiling Zhu, Cooperative Networking In User-CentricWireless Networks, Springer Lecture Notes in Social Networks, User-Centric Networking: Future Perspectives, ISBN , May

11 Tauseef Jamal, Paulo Mendes, Cooperative Relaying in User-Centric Wireless Networks, Springer Lecture Notes in Social Networks, User-Centric Networking: Future Perspectives, ISBN , May Waldir Moreira, Paulo Mendes, "Social-aware Opportunistic Routing: The new trend", Springer Book on Routing in Opportunistic Networks, ISBN , August Eduardo Cerqueira, Luis Veloso, Augusto Neto, Marília Curado, Paulo Mendes, Edmundo Monteiro Q3M QoS Architecture for Multi-user Mobile Multimedia Sessions in 4G systems, Springer Lecture Notes in Electrical Engineering, Traffic and QoS Management in Wireless Multimedia Networks, ISBN-10: , May Cornelia Kappler, Nadeem Akhtar, Paulo Mendes GANS Generic Ambient Networks Signalling, John Wiley & Sons Book in Ambient Networks - Co-operative Mobile Networking for the Wireless World, April 2007 Paulo Mendes, Henning Schulzrinne, Edmundo Monteiro, Fair Allocation of Resources for Scalable Sessions based on their Audience Size, Springer Lecture Notes in Computer Science, Quality of Future Internet Services, January Scientific Journals Tauseef Jamal, Paulo Mendes, Cooperative Relaying in Dynamic Wireless Networks under Interference Conditions, IEEE Communications Magazine, Special issue on User-centric Networking and Services, December 2014 (Impact factor 4.46) Paulo Mendes, "Combining Data Naming and Context Awareness for Pervasive Networks", Elsevier Journal of Network and Computer Applications, Special Issue on Information-Centric Network Architecture, Protocols, Algorithms and Applications, October 2014 (Impact factor 1.772) Waldir Moreira, Paulo Mendes, "Impact of Human Behavior on Social Opportunistic Forwarding", Elsevier Ad Hoc Networks, Special Issue on New Research Challenges in Mobile, Opportunistic and Delay-Tolerant Networks, July 2014 (Impact factor 1.943) Ronedo Ferreira, Waldir Moreira, Paulo Mendes, Mario Gerla, Eduardo Cerqueira, "Improving the Delivery Rate of Digital Inclusion Applications for Amazon Riverside Communities by Using an Integrated Bluetooth DTN Architecture", International Journal of Computer Science and Network Security, Vol.14, no.1, January Tauseef Jamal, Paulo Mendes, Andre Zuquete, "Wireless Cooperative Relaying Based on Opportunistic Relay Selection", International Journal On Advances in Networks and Services, Vol. 5, no. 1&2, July Rute Sofia, Paulo Mendes, Manuel José Damásio, Sara Henriques, Fabio Giglietto, Erica Giambitto, Alessandro Bogliolo, "Moving Towards a Socially-Driven Internet Architectural Design", in ACM CCR, Vol. 42, No. 3, July (Impact factor 0.91) Waldir Moreira, Paulo Mendes, Susana Sargento, "Assessment Model for Opportunistic Routing", IEEE Latin America Transactions, Vol 10 Issue 3 April 2012 (Impact factor 0.186) Rute Sofia, Paulo Mendes, User-provided Networks: Consumer as Provider, IEEE Communication Magazine, Feature Topic on Consumer Communications and Networking - Gaming and Entertainment, Vol 46, # 12, pp , December, 2008 (Impact factor 4.46) 11

12 Luis Arroyo Loyola, Paulo Mendes and Monica Abelleira Jimenez "Organizational virtual zones: Control of Internet edges using multi-level flat identifiers" Elsevier Computer Communications, Special Issue on End-to-end Support over Heterogeneous Wired-Wireless Networks, Vol 31, #11, pp , July (Impact factor 1.352) Luis Veloso, Eduardo Cerqueira, Paulo Mendes and Edmundo Monteiro "Mobility and QoS Support for Multi-user Sessions over Heterogeneous Networks" Journal of Internet Engineering, Vol. 2, #1, pp , June Eduardo Cerqueira, Luis Veloso, Augusto Neto, Marilia Curado, Edmundo Monteiro, Paulo Mendes "QoS Support for Multi-user Sessions in IP-based Next Generation Networks" ACM-Springer Mobile Networks and Applications, Special Issue on Multimedia over Ad-Hoc and Sensor Networks, ISSN (Online), June (Impact factor 1.496) Eduardo Cerqueira, Luis Veloso, Augusto Neto, Marilia Curado, Edmundo Monteiro and Paulo Mendes "Mobility Management for Multi-user Sessions in Next Generation Wireless Systems" Elsevier Computer Communications, Vol. 31, #5, pp , March (Impact factor 1.352) Qing Wei, Paulo Mendes, Christian Prehofer, Karoly Farkas and Bernhard Plattner "Contextaware Handover Based on Active Network Technology", Elsevier Computer Networks,Vol. 50, # 15, October (Impact factor 1.282) Christian Prehofer, Joachim Hillebrand, Philipp Hofmann, Paulo Mendes, Qing Wei, Hendrik Berndt Active IP Networking: Towards Self-organized Ambient Communication, NTT DoCoMo Technical Journal, Vol. 6, #1, June Paulo Mendes, Henning Schulzrinne and Edmundo Monteiro "How to Increase the Efficiency of Receiver-driven Adaptive Mechanisms in a new Generation of IP Networks", Elsevier Computer Communications,Vol. 27, # 4, pp , February (Impact factor 1.352) Paulo Mendes, Henning Schulzrinne, and Edmundo Monteiro "Session-Aware Popularity Resource Allocation for Assured Differentiated Services", IEEE Communications Magazine, feature topic on Evaluation of Internet Architecture and Protocols, Vol. 40, # 9, pp , IEEE, September (Impact factor 4.46) Conference Proceedings Paulo Mendes, Waldir Moreira, Crowd Assisted Approach for Pervasive Opportunistic Sensing in Proc. of IEEE PERCOM workshop (CASPer), St. Louis, USA, March 2015 Waldir Moreira, Paulo Mendes, Dynamics of Social-aware Pervasive Networks in Proc. of IEEE PERCOM workshop (PerMoby), St. Louis, USA, March 2015 Waldir Moreira, Paulo Mendes, "Social-aware Forwarding in Opportunistic Wireless Networks: Content Awareness or Obliviousness?", in Proc. of IEEE WoWMoM workshop on autonomic and opportunistic communications, Sidney, Australia, June 2014 Tauseef Jamal, Paulo Mendes, André Zúquete, "Analysis of Hybrid Relaying in Cooperative WLAN", in Proc. of Wireless Days, Valencia, Spain, November 2013 Waldir Moreira, Paulo Mendes, Susana Sargento, "Social-aware Opportunistic Routing Protocol based on User s Interactions and Interests", in Proc. of AdhocNets, Barcelona, Spain, October

13 Waldir Moreira, Ronedo Ferreira, Douglas Cirqueira, Paulo Mendes and Eduardo Cerqueira "SocialDTN: A DTN implementation for Digital and Social Inclusion", in Proc. of ACM Mobicom workshop on Lowest cost denominator networking for universal access, Miami, USA, September 2013 Bruno Batista, Paulo Mendes, "ICON Information and Context Oriented Networking", in Proc. of CCNxCon2013. Palo Alto, California, USA, September 2013 Bruno Batista, Paulo Mendes, "ICON - An Information Centric Architecture for Opportunistic Networks", IEEE INFOCOM workshop on emerging design choices in name-oriented networking, Torino, Italy, April 2013 Nelson Morais, Bruno Batista, Paulo Mendes "CCN support for Information-Centric Opportunistic Networking", in Proc. of CCNxCon2012. Sophia Antipolis, France, September 2012 A. Bogliolo, P. Polidori, A. Aldini, W. Moreira, P. Mendes, M. Yildiz, C. Ballester, J.-M. Seigneur "Virtual Currency and Reputation-Based Cooperation Incentives in User-Centric Networks". in Proc. of IEEE IWCMC, Cyprus, August 2012 Waldir Moreira, Manuel de Souza, Paulo Mendes, Susana Sargento, "Study on the Effect of Network Dynamics on Opportunistic Routing", in Proc. of AdhocNow, Belgrade, Serbia, July Waldir Moreira, Paulo Mendes, Susana Sargento, "Opportunistic Routing based on daily routines", in Proc. of IEEE WoWMoM workshop on autonomic and opportunistic communications, San Francisco, USA, June, Tauseef Jamal, Paulo Mendes, Andre Zuquete, "Opportunistic Relay Selection for Wireless Cooperative Network", IFIP NTMS, Istanbul, Turkey, May Carlos Ballester Lafuentea, Jean-Marc Seigneur, Waldir Moreira, Paulo Mendes, Linas Maknavicius, Alessandro Bogliolo, Paolo Di Francesco, "Survey of Trust and Cooperation Incentives for Wireless User-Centric Environments" IADIS e-society, Berlin, Germany, March Tauseef Jamal, Paulo Mendes, André Zúquete "Interference-Aware Opportunistic Relay Selection", in Proc. of ACM CoNext, Tokyo, Japan, December 2011 Waldir Moreira, Paulo Mendes, Susana Sargento, "Assessment Model for Opportunistic Routing", in Proc. of IEEE Latincom, Belem, Brazil, October 2011 Tauseef Jamal, Paulo Mendes, "RelaySpot: A Framework for Opportunistic Cooperative Relaying", In Proc. of IARIA International Conference on Access Networks, Luxembourg, June Paulo Mendes, Social-driven Internet of Connected Objects, IAB workshop on Interconnecting Smart Objects with the Internet, Prague, Czech Republic, March Waldir Moreira, Paulo Mendes, "Routing Metrics for Delay Tolerant Networks", In Proc. of CRC 2010, Braga, Portugal, November 2010 Tauseef Jamal, Paulo Mendes, Relay Selection Approaches for Wireless Cooperative Networks, in Proc. of IEEE WiMob, Niagara Falls, Canada, October Luis Veloso, Eduardo Cerqueira, Paulo Mendes, Edmundo Monteiro, Seamless Mobility of Senders Transmitting Sessions over Heterogeneous Networks, In Proc. of International conference on Wired/Wireless Internet Communications (WWIC), Twente, The Netherlands, May

14 Luis Loyola, Paulo Mendes, Francisco Romero, Mónica Jiménez, "Multi-level Distributed Name Resolution System based on Flat Identifiers", In the Proc. of IEEE Globecom, New Orleans, USA, November Augusto Neto, Eduardo Cerqueira, Marília Curado, Edmundo Monteiro, Paulo Mendes, "Scalable Resource Provisioning for Communications in Next Generation Networks", In the Proc. of IEEE Globecom, New Orleans, USA, November Eduardo Cerqueira, Luis Veloso, Marilia Curado, Edmundo Monteiro, Paulo Mendes, "Quality Level Control for Multi-user Sessions in Future Generation Networks", In the Proc. of IEEE Globecom, New Orleans, USA, November Augusto Neto, Eduardo Cerqueira, Marília Curado, Paulo Mendes, Edmundo Monteiro, "Scalable Multimedia Group Communications through the Over-provisioning of Network Resources", In the Proc. of IEEE MMNS, Samos Island, Greece, September Eduardo Cerqueira, Augusto Neto, Marilia Curado, Paulo Mendes, Edmundo Monteiro, "WiRA: An Approach to Resource Control in WiMAX Systems", In the Proc. of IEEE Euro-NGI Conference on Next Generation Internet Networks, Krakow, Poland, April Augusto Neto, Eduardo Cerqueira, Marília Curado, Edmundo Monteiro, Paulo Mendes, "An Integrated Approach to Control the Quality Level of Multi-user Sessions", In the Proc. of ICST QoSIM, Marseille, France, March Vasco Pereira, Paulo Mendes, Edmundo Monteiro, "Evaluation of an Overlay for Source-Specific Multicast in Asymmetric Routing environments", In the Proc. of IEEE Globecom, Washington, USA, November Eduardo Cerqueira, Luis Veloso, Augusto Neto, Marília Curado, Paulo Mendes, Edmundo Monteiro "Q3M: QoS Architecture for Multi-user Mobile Multimedia Sessions in 4G systems", IEEE MMNS, San Jose, USA, October Luis Veloso, Eduardo Cerqueira, Paulo Mendes, Edmundo Monteiro "Seamless Mobility of Users with QoS and Connectivity Support", in Proc. of. IEEE Wicom, New York, USA, October Eleni Kamateri, Lefteris Mamatas, Paulo Mendes, Luis Loyola "Analysis of Methods for Controlling QoS Agreements among IP Mobile Networks", IEEE Pimrc, Athens, Greece, September Luis Veloso, Eduardo Cerqueira, Paulo Mendes, Edmundo Monteiro "Selective Mobility Support of Multi-user Services In Wireless Environments", IEEE Pimrc, Athens, Greece, September Eduardo Cerqueira, Luis Veloso, Marília Curado, Edmundo Monteiro, Paulo Mendes "QoS Mapping and Adaptation Control for Multi-user Sessions over Heterogeneous Wireless Networks", ACM Mobimedia, Nafpaktos, Greece, August Di Zhou, Wang Yaning, Paulo Mendes, Carlos Pinho "Dynamic Advertisement and Discovery of services in Future Networks", IST Mobile Summit, Budapest, Hungary, July Augusto Neto, Eduardo Cerqueira, Anderson Rissato, Edmundo Monteiro, Paulo Mendes "A Resource Reservation Protocol Supporting QoS-aware Multicast Trees for Next Generation Networks", IEEE ISCC, Aveiro, Portugal, July

15 Eduardo Cerqueira, Luis Veloso, Marilia Curado, Paulo Mendes "Mobility Support for Multiuser Sessions over Heterogeneous Networks", IEEE ISCC, Aveiro, Portugal, July Eduardo Cerqueira, Luis Veloso, Paulo Mendes, Edmundo Monteiro "Seamless Handover for Multi-user Sessions with QoS and Connectivity Support" In Proc. of International conference on Wired/Wireless Internet Communications (WWIC), Coimbra, Portugal, May Luis Veloso, Paulo Mendes, Edmundo Monteiro "Mobility Support of Multi-User Services in Next Generation Wireless Systems" In Proc. of IEEE IPCCC, New Orleans, USA, April Eduardo Cerqueira, Tiago Sousa, Augusto Neto, Luis Veloso, Marilia Curado, Edmundo Monteiro, Paulo Mendes "QoS Mapping and Adaptation in Next Generation Networks" In Proc. of IEEE SAINT/SPMS, Hiroshima, Japan, January 2007 Eduardo Cerqueira, Luis Veloso, Augusto Neto, Marilia Curado, Edmundo Monteiro, Paulo Mendes "A Unifying Architecture for Publish-Subscribe Services in the Next Generation IP Networks" In Proc. of IEEE Globecom, San Francisco, USA, December 2006 Eduardo Cerqueira, Paulo Mendes, Edmundo Monteiro "Multi-user Session Control in Next Generation Wireless Systems" In Proc. of ACM MobiWac, Malaga, Spain, October Ioannis Psaras, Lefteris Mamatas, Paulo Mendes "INQA: InterNetwork QoS Agreements - A New Protocol for Dynamic SLS Control in Next Generation Networks" ICST WNEPT, Ontario, Canada, August Tiago Sousa, Paulo Mendes, Edmundo Monteiro Experimental Evaluation of the Source Specific Multicast Model in Mobile Environments, In Proc. of IEEE WoWMoM workshop on advanced experimental activities on wireless networks and systems, Niagara Falls, Canada, June Jorge Andre-Colas, Carlos Pinho, Paulo Mendes, Yaning Wang, Jose Ruela Inter-network Quality of Service Agreements among Ambient Networks, in Proc. of IFIP Networking workshop on Towards-QoS, Coimbra, Portugal, May 2006 Paulo Mendes, Jorge Andres-Colas, Carlos Pinho, Information Model for the Specification of QoS Agreements among Ambient Networks, IEEE Pimrc, Berlin, Germany, September 2005 Eduardo Cerqueira, Augusto Neto, Luis Veloso, Edmundo Monteiro, Paulo Mendes, Control of Multi-User Services in Mobile Heterogeneous Environments, In Proc. of HET-NETs, Ilkley, England, July Carlos Pinho, Paulo Mendes, Jose Ruela, Network Composition and QoS Associations, In Proc. of 3rd Meeting of IST-FP6 Communication and Network Technologies projects and associated clusters, Brussels, December Cornelia Kappler, Paulo Mendes, Christian Prehofer, Petteri Poyhonen, Di Zhou, A Framework for Self-organized Network Composition, In Proc. of the IFIP WAC, Berlin, October 2004 Gaurav Jain, Paulo Mendes, Ratnajit Bhattacharjee, Sukumar Nandi Seamless Local Internet Mobility, In Proc. of the IEEE ICCS, Singapore, September Vasco Pereira, Tiago Sousa, Paulo Mendes, Edmundo Monteiro Evaluation of Mobile Communications: From Voice Calls to Ubiquitous Multimedia Group Communications In the Proc. of the HET-NETs, Ilkley, England, July

16 Qing Wei, Paulo Mendes, Christian Prehofer, Nima Nafisi, Karoly Farkas, Bernhard Plattner "Context-aware Handover Based on Active Network Technology", In Proc. of the IFIP IWAN, Kyoto, Japan, December, 2003 Paulo Mendes, Christian Prehofer, Qing Wei "Context Management with Programmable Mobile Networks", In Proc. of the IEEE CCW, Laguna Niguel, California, USA, September, 2003 Paulo Mendes, Henning Schulzrinne, Edmundo Monteiro "A Receiver-driven Adaptive Mechanism Based on the Popularity of Scalable Sessions", In Proc. of COST 263 QofIS, Zürich, Switzerland, October Paulo Mendes, Henning Schulzrinne, Edmundo Monteiro "Signaling Protocol for Session-Aware Popularity-based Resource Allocation", In Proc. of the IEEE MMNS, Santa Barbara, California, USA, October 2002 Paulo Mendes, Henning Schulzrinne, Edmundo Monteiro, Session-Aware Popularity Resource Allocation for Assured Differentiated Services, In Proc. of IFIP Networking, Pisa, Italy, May Paulo Mendes, Edmundo Monteiro, Nuno Guimarães, A Session Level Quality of Service Control Interface First Portuguese Conference on Network Computing (CRC), Coimbra, Portugal, November Elisabete Paulo, Elisabete Reis, Filipe Araújo, Joana Urbano, Nuno Pimenta, Paulo Mendes, Gonçalo Quadros, Edmundo Monteiro, Resource Reservation and Quality of Service in Highband Networks, Workshop RCCN, Network Meeting, Lisbon; Portugal, April Posters Tauseef Jamal, Paulo Mendes, Interference-aware Opportunistic Relay Selection, ACM CoNext, Nice, France, December 2012 Waldir Moreira Junior, Paulo Mendes and Susana Sargento, Social-aware Routing for Opportunistic Networks, MAP-Tele Workshop, Guimaraes, Portugal, May Tauseef Jamal, Paulo Mendes and André Zúquete, RelaySpot: Cooperative Wireless Relaying, MAP-Tele Workshop, Aveiro, Portugal, May Waldir Moreira Junior, Paulo Mendes and Susana Sargento, Social-aware Opportunistic Routing for Delay-Tolerant Networks, MAP-Tele Workshop, Aveiro, Portugal, May Waldir Moreira Junior and Paulo Mendes, Routing Metrics for Delay Tolerant Networks, CRC 2010, Braga, Portugal, November Rute Sofia, Paulo Mendes, ReCoop: Wireless Cooperative Networks, Cebit 2010, Hannover, Germany, March White Papers Paulo Mendes, Waldir Moreira Junior, Christian da Silva Pereira, Tauseef Jamal, Alessandro Bogliolo, Huseyin Haci, Huiling Zhu, Cooperative Networking in User-centric Wireless Networks, ULOOP White Paper. September Vasilios Siris, Chiara Boldrini, Raffaele Bruno, Marco Conti, Carlos Anastasiades, Torsten Braun, 16

17 Marilia Curado, David Palma, Paulo Mendes, Ivana Podnar Zarko, Kresimir Pripuzic, Content- Centric Architectures for Moving Objects, Winemo Cost Action White Paper, June Paulo Mendes, Rute Sofia, "Adoption of Social Principles into a Dynamic Internet Design", FIA Research Workshop, Brussels, Belgium, June 2012 Luis Correia, editor, Smart Cities Applications and Requirements, Net!Works Technological Platform White Paper, Rute C. Sofia, Paulo Mendes and Graça Carvalho, Social Sustainability Enabler: a usage scenario for e-inclusion, EFIA 3rd UsageArea Workshop, Brussels, Belgium, June Rute C. Sofia, Paulo Mendes, José Legatheaux Martins, Susana Sargento, The Impact of dotsocialism on the Internet end-to-end Principle, API Interest Group. December Paulo Mendes, Rute Sofia, The role of the Information-centric Networking Paradigm on Future Internet Architectures, API Interest Group. December Paulo Mendes, Rute C. Sofia, Susana Sargento and André Zúquete, The Different Perspectives of the Impact of Virtualization on the Internet, API Interest Group, December Waldir Moreira, Paulo Mendes, Rute Sofia Symbiotic Wi-Fi A Smart Cooperative Solution for an Enhanced Life Experience, RECOOP White Paper, February, Rute Sofia, Paulo Mendes, WIZ: Wireless Wide Internet Access A low-cost Solution to Expand Internet Access, RECOOP White Paper, February Rute Sofia, Paulo Mendes. User-centricity Impact on Future Internet Architectures. Future Internet Assembly Workshop, Valencia, Spain, April EIFFEL Think Tank, The Future Networked Society: A white paper from the EIFFEL Think- Tank, (Editors: Petri Mähönen, Dirk Trossen, Dimitri Papadimitriou, George Polyzos, David Kennedy), December Paulo Mendes, Rui Campos, Nadeem Akhtar, Carlos Pinho, Jose Ruela, Manuel Ricardo, Cornelia Kappler, Cornel Pampu, Louise Burness, Philip Eardley, Peteri Pöyhönen, Di Zhou, Marian Rodríguez, Jorge Colás, Linghang Fan, Laura Feeney, Roger Kalden, Pekka Koskela, Gosta Leijonhuvud, Klaus Mössner, Morten Schläger, Brynjar-Age Viken Scenarios for Composition in Ambient Networks: a new paradigm for Inter-networking, White paper to Wireless World Research Forum, Oslo, Norway, June Technical Reports Waldir Moreira, Paulo Mendes, Structure and Dynamics of Social-aware Pervasive Networks, COPELABS Technical Report, COPE-TR-14-01, January Waldir Moreira Junior, Paulo Mendes, Structural Analysis of Social-aware Opportunistic Networks, SITILABS Technical Report, SITI-TR-13-05, August 2013 Namusale Chama, Waldir Moreira, Antonio Oliveira Junior, Marilia Curado, Vítor Rola and Paulo Mendes, UCR D3: Routing for User-provided Networks, SITILABS Technical Report, SITI-TR-13-03, April 2013 Tauseef Jamal, Paulo Mendes, Medium Access Control In MiXiM, SITILABS Techni- 17

18 cal Report, SITI-TR-13-02, March 2013 Waldir Moreira, Paulo Mendes, Social-aware Opportunistic Routing Solutions, SITILABS Technical Report, SITI-TR January Tauseef Jamal, Luis Amaral Lopes and Paulo Mendes, Towards Implementing Cooperative Relaying, COPELABS Technical Report, COPE-TR-13-06, January 2013 Paulo Mendes, Cooperative Mobile Sensing Framework, SITILABS Technical Report, SITI-TR December Thiago Coqueiro, Eduardo Cerqueira, Paulo Mendes, A Scalable Naming System for Opportunistic Networks, SITILABS Technical Report, SITI-TR-12-07, 2012 Waldir Moreira, Paulo Mendes, Social-aware Utility Functions for Opportunistic Routings, SITI Technical Report SITI-TR May Rute C. Sofia, Paulo Mendes, Waldir Moreira, Andréa Ribeiro, Saulo Queiroz, Antonio Oliveira Junior, Tauseef Jamal, Namusale Chama and Luís Carvalho, UPNs: User-provided Networks, Technical Report: Living-examples, challenges, advantages, SITI, Technical Report, SITI-TR-11-03, 2011, March Waldir Moreira, Paulo Mendes, Survey on Opportunistic Routing for Delay/Disruption Tolerant Networks, SITI Technical Report SITI-TR-11-02, Saulo Queiroz, Paulo Mendes, Edmundo Monteiro, Resource Management in User-provided networks, SITILABS Technical Report, SITI-TR-10-02, September Paulo Mendes, Rute Sofia, Jon Crowcroft, James Kempft, User-Centric Networking, Dagstuhl Seminar Technical Report 10372, September Eduardo Cerqueira, Luis Veloso, Marilia Curado, Edmundo Monteiro, Paulo Mendes, Quality Level Control for Multi-user Sessions in Future Generation Networks, Q3M Technical Report TR-Q3M-Qualitis, December Augusto Neto, Eduardo Cerqueira, Marília Curado, Edmundo Monteiro, Paulo Mendes, A Self- Organized Approach to Control Multi-user Sessions, Q3M Technical Report TR-Q3M-Qualiti, December Vasco Pereira, Edmundo Monteiro, Paulo Mendes, Evaluation of an Overlay for Source-Specific Multicast in Asymmetric Routing Environments, Q3M Technical Report TR-Q3M-Osmar, December Augusto Neto, Eduardo Coelho, Paulo Mendes, Marília Curado, Edmundo Monteiro, Synchronized Resource Reservation and Multicast Tree Control, Q3M Technical Report, TR-Q3M-Recast, December Eduardo Cerqueira, Luis Veloso, Augusto Neto, Edmundo Monteiro, Paulo Mendes, Control of Publish-Subscribe Multimedia Services in IP-based Mobile System, Q3M Technical Report, TR-Q3M-Arch, December Luis Veloso, Paulo Mendes, Edmundo Monteiro, Mobility Management Techniques in Heterogeneous Environments, Docomo Euro-Labs Technical Report EUL-IFN-96, January

19 Luis Veloso, Paulo Mendes, Edmundo Monteiro, MPEG over IP Networks, Docomo Euro-Labs Technical Report, EUL-IFN-107, January Paulo Mendes, Luis Veloso, Edmundo Monteiro Mobility Management for Mobile Distribution Services, Q3M Technical Report TR-Q3M-D22a. February Augusto Neto, Eduardo Cerqueira, Luis Veloso, Tiago Sousa, Vasco Pereira, Edmundo Monteiro, Paulo Mendes, Quality of Service for Mobile Multimedia Multicast, Q3M Technical Report; TR- Q3M-D11a, January Paulo Mendes, Henning Schulzrinne, Edmundo Monteiro, Session-Aware Popularity-based Resource Allocation Across Several Differentiated Service Domains, Columbia University technical report, CUCS , Paulo Mendes, Henning Schulzrinne, Edmundo Monteiro, Muti-Layer Utilization Maximal Fairness for Multi-Rate Multimedia Sessions, Columbia University technical report, CUCS , Bibliometrics This section provides information about the bibliometrics of the enumerated publications. The current h-index equals 17 (google scholar profile created in 2012), corresponding to 898 citations of 75 publications. Next is presented the list of the 17 publications with more than 17 citations, and the corresponding number of citations, in a total of 536. Qing Wei, Paulo Mendes, Christian Prehofer, Karoly Farkas and Bernhard Plattner "Contextaware Handover using Active Network Technology", Elsevier Computer Networks,Vol. 50, # 15, October Citations. Rute Sofia, Paulo Mendes, User-provided Networks: Consumer as Provider, IEEE Communication Magazine, Feature Topic on Consumer Communications and Networking - Gaming and Entertainment, Vol 46, # 12, pp , December, Citations. Cornelia Kappler, Nadeem Akhtar, Paulo Mendes GANS Generic Ambient Networks Signalling, John Wiley & Sons Book in Ambient Networks - Co-operative Mobile Networking for the Wireless World, April Citations. Augusto Neto, Eduardo Cerqueira, Anderson Rissato, Edmundo Monteiro, Paulo Mendes "A Resource Reservation Protocol Supporting QoS-aware Multicast Trees for Next Generation Networks", IEEE ISCC, Aveiro, Portugal, July Citations. Waldir Moreira, Paulo Mendes, Susana Sargento, "Opportunistic Routing based on daily routines", in Proc. of IEEE WoWMoM workshop on autonomic and opportunistic communications, San Francisco, USA, June, Citations. Cornelia Kappler, Paulo Mendes, Christian Prehofer, Petteri Poyhonen and Di Zhou, A Framework for Self-organized Network Composition, In Proc. of IFIP WAC, Berlin, October Citations. A. Bogliolo, P. Polidori, A. Aldini, W. Moreira, P. Mendes, M. Yildiz, C. Ballester, J.-M. Seigneur "Virtual Currency and Reputation-Based Cooperation Incentives in User-Centric Networks". in Proc. of IEEE IWCMC, Cyprus, August Citations. Augusto Neto, Eduardo Cerqueira, Marília Curado, Edmundo Monteiro and Paulo Mendes "Scalable Resource Provisioning for Communications in Next Generation Networks", In the Proc. of IEEE Globecom, New Orleans, USA, November Citations. 19

20 S. Lee, S. Jeong, H. Tschofenig, X. Fu, J. Manner "Applicability Statement of NSIS Protocols in Mobile Environments" IETF Internet Draft (draft-ietf-nsis-applicability-mobilitysignaling-01), March Further authors: Roland Bless, Robert Hancock, Paulo Mendes. 26 Citations. Eduardo Cerqueira, Luis Veloso, Augusto Neto, Marilia Curado, Edmundo Monteiro, Paulo Mendes "A Unifying Architecture for Publish-Subscribe Services in the Next Generation IP Networks" In Proc. of IEEE Globecom, San Francisco, USA, December Citations. Augusto Neto, Eduardo Cerqueira, Marília Curado, Paulo Mendes, Edmundo Monteiro, "Scalable Multimedia Group Communications through the Over-provisioning of Network Resources", In the Proc. of IEEE MMNS, Samos Island, Greece, September Citations. Waldir Moreira, Paulo Mendes, "Social-aware Opportunistic Routing: The new trend", Springer Book on Routing in Opportunistic Networks, ISBN , August Citations. Eduardo Cerqueira, Luis Veloso, Augusto Neto, Marília Curado, Paulo Mendes, Edmundo Monteiro "Q3M: QoS Architecture for Multi-user Mobile Multimedia Sessions in 4G systems", IEEE MMNS, San Jose, USA, October Citations. Eduardo Cerqueira, Luis Veloso, Marília Curado, Edmundo Monteiro, Paulo Mendes "QoS Mapping and Adaptation Control for Multi-user Sessions over Heterogeneous Wireless Networks", ACM Mobimedia, Nafpaktos, Greece, August Citations. Waldir Moreira, Paulo Mendes, Susana Sargento, "Assessment Model for Opportunistic Routing", IEEE Latin America Transactions, Vol 10 Issue 3 April Citations. Eduardo Cerqueira, Tiago Sousa, Augusto Neto, Luis Veloso, Marilia Curado, Edmundo Monteiro, Paulo Mendes "QoS Mapping and Adaptation in Next Generation Networks" In Proc. of IEEE SAINT/SPMS, Hiroshima, Japan, January Citations. Paulo Mendes, Christian Prehofer and Qing Wei "Context Management with Programmable Mobile Networks", In Proc. of IEEE CCW, Laguna Niguel, California, USA, September, Citations. 3.4 Intervention in Scientific and Professional Communities Invited Talks and Tutorials Impact of Human Behavior on Social Opportunistic Forwarding, Technical University of Munich, July 2014 How to Achieve Impact?, Networked and Embedded Systems Institute of Alpen-Adria-Universität Klagenfurt, Austria, 2014 Internet-of-Things: towards a pervasive large scale network, S-BRAIN meeting, November 2013 People-centric Pervasive Sensing: Enabler for a reality-driven Internet, Telefonica Research, Barcelona, Spain, October DTN and Data Named Networking for disruptive Networks, University of California at Los Angeles, Los Angeles, USA, August 2013 dlife: Opportunistic Routing based on Users Daily Life Routine, WiNeMo Technical Meeting, Coimbra, Portugal, May

21 Structure and Dynamics of Large-scale Complex Networks S-BRAIN meeting, December 2012 Information-centric Opportunistic Networking, IRTF ICNRG meeting, Vancouver, Canada, August 2012 dlife: Opportunistic Routing Based on Daily Routines, DTN Research Group meeting, Google, Mountain View, USA, July 2012 Large-scale Opportunistic Sensing in Urban Scenarios, S-BRAIN meeting, Lisbon, Portugal, July 2012 Opportunistic Networking: Extending Internet Communications Through Spontaneous Networks, invited tutorial in IEEE Latincom 2011, Belem, Brazil, October 2011 Detection of Social Structures by Networked Objects, 4th think-tank meeting of the Forum on Approaches to Paradigms of a future Internet, Coimbra, Portugal, July 2011 Social Sustainability Enabler, 3rd Usage Area Workshop, European Future Internet Alliance. Brussels, Belgium. June 2011 Internet of Interconnected Objects, an Overview, S-BRAIN meeting, Lisbon, Portugal, May 2011 People-centric sensing, S-BRAIN meeting, Lisbon, Portugal, January 2011 Cooperation Framework for User-centric Networking, Dagstuhl seminar on user-centric networking, Dagstuhl Schloss, Germany, September 2010 The Tussle Around Network Neutrality, 1st think-tank meeting of the Forum on Approaches to Paradigms of a future Internet, Porto, Portugal, April 2010 "Build-Your-Own-Networks (BYON): Contribution to the Internet (R)evolution", IST EIFFEL SA Think-Tank, Athens, Greece, October Cooperation and Opportunism: Finding a Suitable Balance, VDE/ITG workshop, Klagenfurt, Austria, June "Cooperative Networking: an Approach to User-centric Radio Networks", Seminar of the MAP- Tele PhD course, Guimarães, December "End-User Empowerment: Driver for Networking Revolution", IST EIFFEL SA Think-Tank, Langen, Germany, September "Cooperative Networking as Boosting Tool for Internet Interactivity", ACM NOSSDAV 2008, Braunschweig, Germany, May "Delay Tolerant Networking: Communication over challenged networks" Seminar of the MAP- Tele PhD course, Aveiro, February "Dynamic Control of Inter-Network QoS Agreements: Ambient Networks proposal", First IST OpenNet Workshop, Brussels, March "Dynamic Control of Inter-Network QoS Agreements: Requirements and Design" First European Workshop on End-to-End QoS (organized by IST Mescal and IST EuQoS), Paris, June

22 "An Architecture for Quality of Service for Mobile Multimedia Multicast" First meeting of the COST 290 Traffic and QoS Management in Wireless Multimedia Networks (Wi-QoST), Malta, October Participation in Scientific Committees Editorial Teams Journal of Internet Engineering (since 2006) Organization Committees ACM Conferences and Workshops: Conference on Information-Centric Networking (ICN) 2014 and 2015: Publication Chair CoNext Workshop on User-provided Networking (U-NET) 2009: Organizing Chair and Steering Committee IEEE Conferences and Workshops: Globecom Workshop on User-provided Networking (U-NET) 2010: Organizing Chair and Steering Committee ICC Workshop on User-provided Networking (U-NET) 2012: Organizing Chair and Steering Committee Dagstuhl Schloss Seminars: User-centric Networking (September 2010): Coordinator together with Jon Crowcroft (Cambridge University, UK) James Kempf (Ericsson Research, USA) and Rute Sofia (University Lusofona, Portugal) EU Support Actions: EIFFEL ( ): Invited participation in EIFFEL think-tank. Coordination of the discussion around the topic of User-Centric Networks. Industrial events: CeBit2010 workshop - Recoop, Cooperative Wireless Networks, Hannover, Germany, March ICT 2008 Networking Event Organization, title User-centric networking: challenges and opportunities, Lyon, November 2008 Innovation events: National Support Action Approaches to Paradigms of a future Internet (API) ( ). API is a Portuguese scientific and technological support action aiming at strengthening ongoing work and discussion on the topic of Internet architectures and networking. National Arduino Hands-on Workshop(ArdWorks) ( ). Ardworks aims to foster experimenting with immersive reality solutions able to connect real and virtual worlds. 22

23 Technical Program Committees IEEE: ACM: IFIP: Wired/Wireless Internet Communication (WWIC): Since 2006 International Conference on Next Generation Wired/Wireless Networking (New2AN): Since 2006 Global Communication Conference (Globecom): 2008, 2014, 2015 International Workshops in Local and Metropolitan Area Networks (LANMAN): 2008 International Symposium on a World of Wireless, Mobile and Multimedia Networks (WoWMoM): 2008 International Conference on Communications (ICC): International Workshop on the Emergence of Delay-/Disruption-Tolerant Networks (E- DTN): 2009 International Workshop on Collaborative Security Technologies (Cosec); INFOCOM Workshop on Smart Data Pricing (SDP): 2014 International Conference on Pervasive Computing and Communications (Percom): 2015 PerCom International Workshop on the Impact of Human Mobility in Pervasive Systems and Applications (PerMoby): 2015 PerCom International Workshop on Crowd Assisted Sensing, Pervasive Systems and Communications (CASPer): 2015 International Conference on emerging Networking EXperiments and Technologies (CoNEXT): 2007 International Conference on Mobility Management and Wireless Access Conference (MobiWac): Since 2007 User-Centric Networking workshop (U-NET): SIGCOMM Workshop on Future Human-Centric Multimedia Networking (FhMN): 2013 International Conference on Computing and Network Communications (Coconet): 2015 Networking: International Workshop on Networking and Object Memories in the Internet-of-Things (NOMe-IoT): 2011 Portuguese Conference on Wireless Sensor Networks (CNRS): 2011 Portuguese Conference on Computer Networks (CRC): International Workshop on Quality, Reliability, and Security in Information-Centric Networking (Q-ICN):

24 Reviewing Committees ACM: Transactions on Networking International Conference on emerging Networking EXperiments and Technologies (CoNEXT) Elsevier: IEEE: IFIP: Journal on Computer Communication Journal on Computer Networks Journal of Electronics and Communications Journal of AdHoc Networks Journal of Network and Computer Applications Transactions on Networking Journal on Selected Areas in Communications Communication Letters Communication Magazine Network Magazine International Conference on Computer Communications (INFOCOM) Wireless Communications and Networking Conference (WCNC) Networking Conference Springer: Awards Journal on Wireless Personal Communications Journal on Wireless Networks Journal on Wireless Communications and Networking Grant from the Portuguese Science Foundation for SAPRA: Session-aware Popularity-based Resource Allocation, Distinction and Honor, obtained for the Ph.D. degree in Informatics Engineering, University of Coimbra Session-aware Popularity-based Resource Allocation Support for Streaming Applications in Networks with Differentiated Services, Best paper award for "RelaySpot: A Framework for Opportunistic Cooperative Relaying", in the IARIA International Conference on Access Networks, Luxembourg, June Best paper award for A Resource Reservation Protocol Supporting QoS-aware Multicast Trees for Next Generation Networks", in the IEEE Symposium on Computers and Communications, Aveiro, Portugal, July

25 3.5 Participation in Scientific Management Academic Cooperations Active participation in the cooperation strategy of SITILABS (and then COPELABS), via the establishment of the following cooperations: University of California at Los Angeles, USA (since 2013): Data-centric Networking University Federal of Pará, Brazil (since 2010): Delay-tolerant Networks in the amazon region. University of Kent, UK ( ): Resource management for wireless user-centric networks University of Urbino, Italy ( ): Incentives for cooperation in wireless user-centric networks University of Minho, Portugal ( ): Self-organized caching in information-centric networks University of Aveiro, Portugal ( ): Social-aware routing for opportunistic networks; University of Aveiro, Portugal ( ): Cooperative relaying for wireless networks. University of Coimbra, Portugal ( ): User-centric routing approaches Active participation in the cooperation strategy of the Future Networking Laboratory of NTT Docomo, Munich, Germany, via the establishment of cooperations with the University of Coimbra, Portugal (Multicast, QoS, Mobility), ETH, Switzerland (Active Networking), and the Indian Institute of Technology, Guwahati, India (Seamless Mobility) Active participation in the cooperation strategy of the University of Coimbra, Portugal, via the establishment of cooperation with Columbia University, New York, USA (Differentiated services for multicast traffic) Industrial Cooperations Active participation in the cooperation strategy of SITILABS (and then COPELABS), via the establishment of the following cooperations: InnoWave, Portugal ( ): Pervasive Content Access Efacec, Portugal ( ): Intelligent transport systems Cisco Systems, USA ( ): Future Internet aspects, including network virtualization, machine-to-machine and information centric networking. Huawei Technologies, Germany ( ): User-centric mobile networks. 4 Technology Transfer Activity 4.1 Patents Cooperative Relaying for Dynamic Networks Publication number: EP ( ); Applicant: SITILabs (PT); Inventor: Paulo Mendes (PT); Tauseef Jamal (PT) 25

26 Method and apparatus for Performing a Seamless Handover of a Mobile Entity Publication number: EP / JP (A) ( ); Applicant: NTT DoCoMo (JP); Inventor: Paulo Mendes (DE); Luis Veloso (PT); Marilia Curado (PT); Edmundo Monteiro (PT) Method and apparatus for Configuring Bandwidth in Class-based Networks Publication number: EP ( ); Applicant: NTT DoCoMo (JP); Inventor: Paulo Mendes (DE); Augusto Neto (PT); Marilia Curado (PT); Edmundo Monteiro (PT) Method and apparatus for Multicast Tree Allocation Publication number: EP ( ); Applicant: NTT DoCoMo (JP); Inventor: Paulo Mendes (DE); Augusto Neto (PT); Marilia Curado (PT); Edmundo Monteiro (PT) Method and apparatus for Managing Multicast Transmission Costs (Probe Unitary Costs) Number: EP / WO / JP ( ); Applicant: NTT DoCoMo (JP); Inventor: Paulo Mendes (DE) Method and apparatus for Performing a Seamless Handover of a Multicast Source Number: EP ( ); Applicant: NTT DoCoMo (JP); Inventors: Paulo Mendes (DE); Luis Veloso (PT); Marilia Curado (PT); Edmundo Monteiro (PT) Method and apparatus for QoS Resource Reservation and Configuration of Multicast Network Resources Number: EP ( ); Applicant: NTT DoCoMo (JP); Inventors: Paulo Mendes (DE); Augusto Neto (PT); Eduardo Cerqueira (PT); Marilia Curado (PT); Edmundo Monteiro (PT) Method and apparatus for Session aware Connectivity Control Number: EP ( ); Applicant: NTT DoCoMo (JP); Inventors: Paulo Mendes (DE); Eduardo Cerqueira (PT); Marilia Curado (PT); Edmundo Monteiro (PT) Method and apparatus for Quality of Service Mapping Number: EP ( ); Applicant: NTT DoCoMo (JP); Inventors: Paulo Mendes (DE); Eduardo Cerqueira (PT); Marilia Curado (PT); Edmundo Monteiro (PT) Method and apparatus for Packet Flow Control in a Communication Network based on Flow Control Agents Number: EP ( ); Applicant: NTT DoCoMo (JP); Inventors: Paulo Mendes (DE); Eduardo Cerqueira (PT); Marilia Curado (PT); Edmundo Monteiro (PT) Method and apparatus for Seamless Handover Number: EP ( ); Applicant: NTT DoCoMo (JP); Inventors: Paulo Mendes (DE); Luis Veloso (PT); Marilia Curado (PT); Edmundo Monteiro (PT) Method and apparatus for Session Setup in Dynamic Networks Number: EP / JP ( ); Applicant: NTT DoCoMo (JP); Inventors: Paulo Mendes (DE); Christian Prehofer (DE) Method and apparatus for Managing Multicast Transmission Costs (Splitting the transmission costs) Number: WO ( ); Applicant: NTT DoCoMo (JP); Inventor: Paulo Mendes (DE) 26

27 Method and apparatus for Source Specific Multicast Routing Number: EP / WO ( ); Applicant: NTT DoCoMo (JP); Inventor: Paulo Mendes (DE) 4.2 Relevant Software Suite RelaySpot (2013): A Cooperative MAC Protocol for Dynamic Wireless Networks for Linux. OM- NET++ module. (Authors: Tauseef Jamal, Paulo Mendes). Developed in the ULOOP project. COPE-SITI-SW SCORP (2013): Social-aware Content-based Opportunistic Routing Protocol. ONE simulator module. (Authors: Waldir Moreira, Paulo Mendes). Developed in the DTNAmazon project. SITI-SW Maestroo (2013): Sensing Middleware for Android, iphone and Windows Mobile, (Authors: Ricardo Barbosa, Bruno Batista, Paulo Mendes). Developed in the CitySense project. SITI-SW ICON (2013): Information and Context Oriented Networking Framework for Android, iphone, Windows Mobile, Windows, Linux, Macosx. (Authors: Nelson Morais, Bruno Batista, Paulo Mendes). Developed in the DTNAmazon and the CitySense projects. SITI-SW SocialDTN (2013): DTN module for Android based on social-aware opportunistic routing over bluetooth (Authors: Ronedo Ferreira, Douglas Cirqueira, Waldir Moreira, Paulo Mendes). Developed in the DTNAmazon project. dlife (2012): Opportunistic Routing based on Social Daily Routines. ONE simulator module. (Authors: Waldir Moreira, Paulo Mendes). Developed in the DTNAmazon and CitySense project. SITI-SW-12-02, 2012 Control of multi-user sessions (2008): Prototype for Multi-service Resource Allocation (MIRA), Multi-user Session Control (MUSC), Cache-based Seamless Mobility (CASM), to support multimedia multi-user sessions for mobile users. Developed in the SAPRA and Q3M projects. Relay CSMA/CD-PSDN (1993): Prototype of a relay to interconnect the CSMA/CD and PSDN networks. This work was developed in the project PMCT/C/TIT/454/90 financed by JNICT and EWOS/ED IETF/IRTF Standardization Reports W. Moreira, P. Mendes and E. Cerqueira, Opportunistic Routing based on Users Daily Life Routine, IETF Internet Draft (draft-moreira-dlife-04), May 2014 P. Mendes, C. Westphal, L. Zhang, K. Sollins Information-centric Networking Survey, IETF Internet Draft (draft-mendes-icnrg-survey-00), July J. Zhang, E. Monteiro, P. Mendes, G. Karagiannis, J. Andres-Coles "InterDomain-QoSM: The NSIS QoS Model to fulfill the E2E QoS Control in the ITU-T RACF Functional Architecture" IETF Internet Draft (draft-zhang-nsis-interdomain-qosm-04), April S. Lee, S. Jeong, H. Tschofenig, X. Fu, J. Manner "Applicability Statement of NSIS Protocols in Mobile Environments" IETF Internet Draft (draft-ietf-nsis-applicability-mobility-signaling-01), March Further authors: Roland Bless, Robert Hancock, Paulo Mendes 27

28 R. Bless, X. Fu, R Hancock, S. Jeong, S. Lee, J. Manner, P. Mendes, H. Tschofenig, Mobility and Internet Signaling Protocols, IETF Internet Draft (draft-manyfolks-signaling-protocol-mobility- 01), July X. Fu, P. Mendes, H. Schulzrinne, H. Tschofenig, Mobility Issues in Next Steps in Signaling (NSIS), IETF Internet Draft (draft-fu-nsis-mobility-01), April Teaching Activity Doctoral Programs: Reality Mining course of the NEMPS PhD Program on New Media and Pervasive Systems, Univeristy Lusofona (since 2012) Complex Systems course of the NEMPS PhD Program on New Media and Pervasive Systems, Univeristy Lusofona (since 2012) Advances in Forwarding and Routing course of the MAP-TELE PhD Program, University of Minho, Aveiro and Porto (2008 to 2009) Cooperative Networking course of the MAP-TELE PhD Program, University of Minho, Aveiro and Porto (2008 to 2009) Master Programs: Systems Complements (Cooperative Sensing), of the Master program on Informatics Engineering and Information Systems, University Lusofona ( ) Integration of Networks and Multimedia Systems (Information-centric Networking), of the Master program on Informatics Engineering and Information Systems, University Lusofona ( ) Undergraduation Programs C Programming, of the Graduation on Mecatronics Engineering, College of Transports and Communications (1996 to 1998) Information Technologies, of the Graduation on Mecatronics Engineering, College of Transports and Communications (1996 to 1998) 28

29 6 Annex A - Third-Party Funding This annex provides a description of research funding gathered since 1996, organized by funding institution. The total amount of raised fund in 11 projects was 10,600, The total eligible funding for the partner where I was working was 2,299, This value does include the Winemo project, since the budget of European Cost Actions is not divided among partners. A.1) European Projects A.1.1) UMOBILE: Universal, mobile-centric and opportunistic communications architecture Duration: Funding: 3,010,742.00; COPELABS share: 260,000.00; Senception share: 150, Partners: Democritus University of Thrace (Greece); University College of London (UK); University of Cambridge (UK); COPELABS (Portugal); Tecnalia (Spain); Tekever (Portugal); Senception (Portugal); FON (Spain); AFA Systems (Italy). Researchers at COPELABS: Paulo Mendes (Coordinator at COPELABS), Waldir Moreira; Researchers at Senception: Rute Sofia Description: Cars, sensors, home appliances, every device in the daily life of citizens is becoming a constituent in Future Internet, adding to the need to reconsider requirements and assumptions in terms of network availability and affordability to support the ever increasing traffic demand. Still, the current Internet can only evolve adequately, if its infrastructure can be devised to accommodate the emerging services. Our goal is to make the Future Internet universally pervasive supporting a diverse set of services. To achieve this, we develop a universal mobile-centric and opportunistic communications architecture, which integrates the principles of Delay Tolerant Networking (DTN) and Information Centric Networking (ICN) in a common framework. We utilize the benefits of both ICN and DTN to enable resource exploitation at minimal bandwidth, opportunistic access to information and more localized access to information through novel caching strategies. By relying on an instance of the UMOBILE architecture, users are able to share information directly with other peers without relying on infrastructure or expensive connectivity services. The proposed architecture targets the mobile part of the networks, extends Internet connectivity to regions that are not typically covered enhancing network resilience and is fully backward compatible with the current Internet architecture. URL: A.1.2) ULOOP: User-centric Wireless Local-Loop Duration: Funding: 4,076,247.00; University Lusofona share: 442, Partners: University Lusofona (Portugal); Alcatel Lucent BellLabs (France); Huawei (Germany); Zon (Portugal); Caixa Mágica (Portugal); FON (UK); Technische Universitaet Berlin (Germany); University of Kent (UK); Level7 (Italy); University of Genéve (Switzerland); University of Urbino (Italy). Researchers at University Lusofona: Rute Sofia (Coordinator), Paulo Mendes (WP3 leader), Waldir Moreira, Tauseef Jamal, Luis Lopes 29

30 Description: The flexibility inherent to wireless technologies is giving rise to new types of access networks and allowing the Internet to expand in a user-centric way. This is particularly relevant if one considers that wireless technologies such as Wireless Fidelity (Wi-Fi) currently complement Internet access broadband technologies, forming the last hop to the end-user. This fact becomes even more significant due to the dense deployment of Wi-Fi Access Points that is nowadays common in urban environments. Due to such density, a relevant aspect that can be worked upon is leveraging such wireless local-loop by developing networking mechanisms that allow adequate resource management and a future Internet architecture to scale in an autonomic way. Such wireless local-loop could then reach rates closer to the ones provided by current broadband access technologies. This is the underlying idea of ULOOP, which shall provide software functionality to sustain a user-centric robust, secure, and autonomic network growth. ULOOP objectives are two-fold. Firstly, to develop and to validate identified core mechanisms that aid in the development of user-centric robust, trustworthy, low-cost, and indirectly energy-efficient wireless local-loops. Secondly, to bring awareness to the topic of user-centric networking from a standardization and legislation perspective. URL: A.1.3) WiNeMo: Wireless Networking for Moving Objects Duration: Funding: 360, Partners: from 29 countries Researchers at University Lusofona: Paulo Mendes (Coordinator at COPELABS); Rute Sofia, Waldir Moreira, Tauseef Jamal. Description: The Internet of the Future will incorporate a large number of autonomous wireless objects moving with diverse patterns and speeds while communicating via several radio interfaces. Examples of such objects may include humans, cars or unmanned aerial vehicles, with every object acting as a networking device generating, relaying and/or absorbing data. Achieving the Internet of the Future, will require global interoperability amongst objects/devices, not typically commonplace due to inherent features of today s Internet. To overcome current shortcomings, a number of research challenges have to be addressed in the area of networking, including protocol engineering, development of applications and services, as well as realistic use-cases. The Action will increase the knowledge and coordinate research efforts of national and international projects in the area of Wireless Networking for Moving Objects (WiNeMO). Its activity will foster wide dissemination of research results, serving as an internationally recognized reference point. This will be achieved through capacity building of WiNeMO stakeholders offering appropriate networking opportunities to Early Stage Researchers. Results will also be demonstrated through joint living labs and showcases for researchers, decision makers and public exhibitions. URL: A.1.4.) SAFETY-NET: Safety Critical Industries Workplace Learning Telematic Network Duration: Funding: 1,800, total; Fernave share: 180,500.00; Partners: Fernave (Portugal); College of Railway Technology (UK); Fundesco (Spain); Warsash Maritime Centre (UK); Gwyncdd Technology Centre (UK); P&O Cruises (UK); 30

31 Port of Le Harve (France); Transtejo Ferries (Portugal); Norcontcl (Ireland); Dialogos Nca Media (Greece); CECOMM (UK); Stichting Scheepvaart en Transport Onderwijs (Nederland); International Port Development (Denmark). Researchers at Fernave: Paulo Mendes (Coordinator at Fernave), Miguel Lameiras; Description: SAFETY-NET is a project which demonstrates the potential of emerging multimedia information and communication (ICT) technologies to assure the performance of employees engaged in safety critical work in the railway, maritime, port and offshore exploration industries. The project is part funded by the European Commission s Telematics RTD Program. SAFETY-NET aims to directly confront various problems and demonstrate the value that new ICT technologies can add through providing: safety critical employees (learners), in remote locations, with access to competence development (training and assessment) resources and services in the workplace; traditional learning service providers with guidance, methodologies and resources to deliver competence development services to the workplace; managers in organizations with competence standards, methodologies and tools for conducting performance assessments in the workplace, the results of which can support company wide work authorization systems; designers and producers of multimedia flexible and distance learning/assessment materials with experience and best practice guidance on the design of such materials for users in safety critical contexts URL: A.2) Industrial Projects A.2.1) UcMC: User-Centric Mobile Core Duration: Funding: 103, Partners: University Lusofona; Huawei Germany (Funding Party) Researchers at University Lusofona: Rute Sofia (Coordinator), Paulo Mendes, Bruno Batista Description: The Internet has grown to be a key component of the day-to-day routine in our society. Restricting the use of the Internet to places such as home and office has become a major obstacle to fulfilling the promise of a ubiquitous Internet. The concept of an alwayson high-data rate Internet connectivity from mobile handsets introduces the possibility to consider new business models. However, technology around still limits the growth of such models. Such limitations may be mitigated with cooperation between the access network and end-user devices. Central to these aspects is the need to consider single sign-on low-cost, energy-efficient mechanisms capable of supporting, from an access perspective the highly nomadic lifestyle that mobile users today exhibit. URL: A.2.2) FIC: Future Internet Framework Duration: Partners: University Lusofona; Cisco USA (Funding Party) Funding: 277, Researchers at University Lusofona: Paulo Mendes (Coordinator), Rute Sofia 31

32 Description: The context of such cooperation relates to innovation and trend-scouting consulting within the context of Future Internet activities of relevance and aligned with the Cisco Consulting Engineering Team. URL: A.3) Portuguese Science Foundation A.3.1) SAPRA: Session-aware Popularity-based Resource Allocation Duration: Funding: 276, Partner: University of Coimbra Researchers: Edmundo Monteiro (Coordinator), Paulo Mendes, Tiago Sousa, Marilia Curado, Vasco Pereira, Augusto Neto, Eduardo Cerqueira, Luís Veloso, Anderson Rissato. Description: This project is based on my PhD thesis, which proposed a signaling protocol called Session-Aware Popularity-based Resource Allocation (SAPRA), which allows the management of streaming services for large audiences. SAPRA fairly allocates shared resources in class-based networks, by assigning more resources to streams with larger audiences. In addition, SAPRA punishes streams that induce congestion by using more than their fair share of resources. With SAPRA, it is not intended to develop an optimal fairness protocol, because social and economic issues can influence fairness as much as technical ones. However, SAPRA can serve as the basis of a fairness architecture, because SAPRA has three major advantages: first, it encourages the deployment of quality adaptation mechanisms by ensuring a fair distribution of resources. Secondly, it encourages the use of multicast by allowing users to get a better quality when joining multicast sessions instead, of unicast ones. Third, it encourages the deployment of multicast by allowing network providers to reach a larger number of clients, using fewer shared resources and without having to provide services with strict quality guarantees. URL: A.#.2) UCR: User-Centric Routing Duration: Funding: 105,193.00; University Lusofona share: 52,069.00; Partners: University Lusofona; University of Coimbra Researchers at University Lusofona: Paulo Mendes (Coordinator), Rute Sofia, Waldir Moreira. Description: The characteristics of user-provided networks require two basic properties: robustness from an end-to-end perspective, and intermittent connectivity support as such the User-Centric Routing project consider recent trends in wireless communications that will be used to develop novel routing metrics, algorithms and protocols for scenarios where information routing and relaying may be provided by end-user devices, and where networking nodes are essentially characterized by having restricted resources and a highly nomadic behaviour. URL:

33 A.3.3) Design and Performance of Wireless Cooperative Relaying Duration: Funding: 47, Partner: University Lusofona Researchers: Paulo Mendes (Coordinator), Tauseef Jamal. Description: This project aims at contributing to the field of cooperative wireless networks. The focus of this research is on the relay-based Medium Access Control (MAC) protocol. Specifically, I provide a framework for cooperative relaying called RelaySpot which comprises on opportunistic relay selection, cooperative relay scheduling and relay switching. RelaySpot-based solutions are expected to minimize signaling exchange, remove estimation of channel conditions, and improve the utilization of spatial diversity, minimizing outage and increasing reliability. A.3.4) Social-aware Opportunistic Routing Duration: Funding: 47, Partner: University Lusofona Researchers: Paulo Mendes (Coordinator), Waldir Moreira. Description: This project combines the features of today s devices found in the regular urban environment with the current social-awareness trend in the context of opportunistic routing. To achieve this goal, this work was divided into different tasks that map to a set of specific objectives, leading to the following contributions: i) an up-to-date opportunistic routing taxonomy; ii) a universal evaluation framework that aids in devising and testing new routing proposals; iii) three social-aware utility functions that consider the dynamic user behavior and can be easily incorporated to other routing proposals; iv) two opportunistic routing proposals based on the users daily routines and on the content traversing the network and interest of users in such content; and v) a structure analysis of the social-based network formed based on the approaches devised in this work. A.3.5) QoS II: Quality of Service in Computer Communication Systems Duration: Funding: 40, Partner: University of Coimbra Researchers: Edmundo Monteiro (coordinator), Paulo Mendes, Fernando Boavida, António Pereira, Marilia Curado, Elisabete Reis. Description: Proposal and evaluation of algorithms, mechanisms and protocols to empower communication systems with QoS capabilities URL: 33

34 A.4) National Strategic Reference Program (QREN) A.4.1) RECOOP: Wireless Cooperative Networks Duration: Funding: 457, total; 213, for INESC Porto; Partners: INESC Porto; Nonius Software Researchers at INESC Porto: Paulo Mendes (Coordinator), Rute Sofia, Waldir Moreira, Andrea Ribeiro. Description: The major objective of the ReCoop project is to develop a novel communications solution that enables Internet users to cooperate with other users, in order to improve the broadband Wi-Fi experience, resulting in the development of a new communications box, named OpenBOX, that will be installed at the users homes. The OpenBOX will enable (1) cooperative Internet access sharing, (2) seamless mobility within the ReCoop cooperative network, similarly to what happens within a mobile operator network, (3) secure communications via visited networks, (4) secure access to home network via visited networks. For that purpose, the following scientific and technological components are considered in the project mobility, security, resource management, auto-configuration and cooperation models URL: 34

35 7 Annex B - References This document provides a list of references to this application, organized by country. Such references are available to provide the necessary recommendation letters. Austria Univ.-Prof. Dr.-Ing. Christian Bettstetter Germany Institution: University of Klagenfurt, Klagenfurt, Austria [email protected] International standing: International expert with a solid reputation in wireless systems, namely self-organized systems. Founder of the Networked and Embedded Systems group of the University of Klagenfurt, and founding Scientific Director of Lakeside Labs. Relationship with the candidate: Colleagues at NTT DoCoMo in Munich. Univ.-Prof. Dr.-Ing. Wolfgang Kellerer Japan Institution: Technical University of Munich, Munich, Germany [email protected] International standing: Internationally recognized expert in network services, namely in dynamic control of network infrastructure. Leader of the Institute for Communication Networks at Technical University of Munich. Relationship with the candidate: Colleagues at NTT DoCoMo in Munich. Dr. Anand R. Prasad Institution: NEC, Tokyo, Japan [email protected] International standing: Internationally recognized security expert with several published books. Leads the mobile communications related security activity at the NEC Corporation. Relationship with the candidate: Colleagues at NTT DoCoMo in Munich United States of America Prof. Dr. Henning Schulzrinne Institution: Columbia University, New York City, USA [email protected] International standing: Recognized international expert in the areas of Internet multimedia, and Internet telephony. Internet protocols co-developed by him are used in international standards, including protocols for establishing Internet telephony calls. At Columbia University he is the Julian Clarence Levi Professor of Computer Science and was chair of the Department of Computer Science ( ). Currently he is also CTO of the United States Federal Communications Commission. 35

36 Relationship with the candidate: Candidate s PhD co-advisor at Columbia University. Dr. Ashutosh Dutta Institution: AT&T, New Jersey, USA [email protected] International standing: Researcher with recognized reputation in the area of mobility and cloud security, with extended contributions in companies such as AT&T and Tercordia. Currently he is a candidate for IEEE Communication Society member-at-large. Relationship with the candidate: Colleagues at Columbia University. 36