Harbin Institute of Technology (HIT)

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Mervyn Walker
8 years ago
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1 FP7-PEOPLE-IRSES Europe-China High Value Engineering Network () Pack: Harbin Institute of Technology (HIT) - 1 -

2 A Brief Introduction to My Organization Harbin Institute of Technology (HIT) Founded in 1920 Member of C9 University League in China National Key Primary Disciplines: 9 (Ranking 5 in China) in which, Key Engineering Disciplines: 8 (Ranking 2 in China) In Top 1%, on Engineering, Material Science, Chemistry, Computer Science, Environment Engineering, in ESI Ranking, by Thomson Reuters (2011) In Top 100, on Engineering and Computer Science Domain, in ARWU Ranking (2011), by Shanghai Jiaotong University 21 Schools/Departments - 2 -

Engineering, Material Science, Chemistry, Computer Science, Environment Engineering, in ESI Ranking, by Thomson Reuters (2011) In Top

3 A Brief Introduction to My Organization School of Computer Science and Technology in HIT The earliest Computing division in China, founded in 1956 One of the National Key Primary Discipline on Computer Science and Technology ( 1/7 ) No.1 of the Best Computing Major on Teaching, ranked by Teaching- Evaluation-Network in China (2009, 2010) No.3 of the Best Computing Disciplines on Research, evaluated by MOE in China (2003, 2007) No.5 of the Best Disciplines on Computer Science and Technology, evaluated by MOE in China (2003, 2007) Top 100, in the ARWU Ranking on Computer Science (2010, 2011), by Shanghai Jiaotong University Top 1%, in the ESI Ranking on Computer Science (2011), by Thomson Reuters - 3 -

3 of the Best Computing Disciplines on Research, evaluated by MOE in China (2003, 2007) No.

4 A Brief Introduction to My Organization Research Center of Intelligent Computing for Enterprises and Services (ICES) in HIT Founded in 1993 Mission: facing to the increasing requirements of IT application of industrial enterprises and business services, research and develop on integrated, intelligent and inter-networked computing technology for enterprises and services. Fields: service engineering and service computing, enterprise computing, ERP & SCM, cloud computing & manufacturing, enterprise interoperability, data mining and business intelligence, software engineering, etc. Size: 20 faculty members graduated students, one of biggest research group on service engineering in Chinese universities - 4 -

A Brief Introduction to My Organization ICES Center (Research Center of Intelligent Computing for Enterprises & Services) ICES Harbin Site Weihai Site Shenzhen Site ICES Center Province Kay Lab on

5 A Brief Introduction to My Organization ICES Center (Research Center of Intelligent Computing for Enterprises & Services) ICES Harbin Site Weihai Site Shenzhen Site ICES Center Province Kay Lab on ICES & Intelligent Engineering HIT-IBM Joint Lab. European INTEROP-VLab (China Pole) HUITON-CINEE IT Company ICES Center (Weihai) Province ERC on Intelligent Computing for Enterprises HUITON-TANBU ICES IT Company ICES ICES Center (Shenzhen) HIT-HKU Joint Lab. On Business Intelligence - 5 -

Lab. European INTEROP-VLab (China Pole) HUITON-CINEE IT Company ICES Center (Weihai) Province ERC on Intelligent

6 Key Members of My Research Team Team Leader: Prof. Xiaofei Xu, Phone: Key Contact and member: Prof. Ting He Phone: Key member: Prof. Dechen Zhan Phone: Key member: Asso. Prof. Zhongjie Wang Phone: Key member: Asso. Prof. Dianhui Chu Phone: Key member: Asso. Prof. Lanshun Nie Phone:

Dechen Zhan E-mail: dechen@hit.edu.cn, Phone: +8613945062510 Key member: Asso. Prof. Zhongjie Wang E-mail: rainy@hit.edu.cn, Phone: +8613796006210 Key member: Asso.

7 Main Research Theme 1 Service Engineering Innovative service operations mode: Bi-Lateral Resource Integration Service Mode (BIRIS) Service modeling & methodology: Service Model Driven Architecture (SMDA) & methodology Value modeling approach for product-service system & service supply chain Value-Aware Service Engineering and Methodology (VASEM) Case study: typical services and manufacturing sectors, e.g. smart logistics and supply chain Relevance to : Providing the appropriate global engineering service operations mode, modeling technologies and mehods based on service value - 7 -

8 Main Research Theme 2 Service Value oriented ICT Platforms for Cloud Manufacturing BIRIS based SaaS platform: Cloud service platform for ICT solutions of cloud manufacturing ICT-enabled service collaboration modeling / value coproduction modeling in cloud service platform ICT for services: Workflow engine for service processes, Web service based collaboration and corrdination Case study: Cloud service system in a manufacturing sector, ICT-enabled service value in cloud manufacturing Relevance to : Providing the appropriate enabling ICTs for the design, operations and implementation of HVEN - 8 -

engine for service processes, Web service based collaboration and corrdination Case study: Cloud service system in a manufacturing sector, ICT-enabled

Main research roadmap for value oriented service engineering Idea Generation and Selection Exemplar service value added engineering service chain Design and Development Production and Delivery

9 Main research roadmap for value oriented service engineering Idea Generation and Selection Exemplar service value added engineering service chain Design and Development Production and Delivery Service and Support Recycling and Disposal service modeling technologies Innovative service operations mode service value modeling technologies business service process model Mapping interaction Mapping business service value model ICT enabled service collaboration model / value co-production model Service value oriented cloud manufacturing service system architecture and its applications Cloud service platform prototype software with ICT solutions - 9 -

modeling technologies business service process model Mapping interaction Mapping business service value model ICT enabled service collaboration model / value

10 My Wish-List for Participating Networking: faculty visiting & exchange, community network, work meetings, seminars & workshops, symposiums & conferences, etc. Joint research: joint papers, co-research, use case study Joint education: Msc & Ph.D. students exchange, UG students transfer study, students co-supervision Project preparation: proposals for the projects supported by EC FP8, Bilateral co-funding, EPSRC in UK, NSFC & MOST in China, etc

Joint research: joint papers, co-research, use case study Joint education: Msc & Ph.D.

11 My Contribution to the Three Objectives SO1: Increasing awareness of the importance and potential value of engineering and networking within the community of high value engineering research. 1. Report on the current state of ICT enabling technologies within HVE areas in China 2. Introducing VLAB to community 3. Building new partnership in the HVE areas of EC & China SO2: Providing a supportive environment for building collaborative research projects focusing on high value engineering capabilities and novel concepts of operations. 1. Providing innovative service operations model & methodology, SMDA, VASEM 2. Linking industrial sectors in HVE areas between EC & China 3. Proposing new projects SO3: Establishing a framework for global network collaborations in high value engineering areas. 1. Cloud service system architecture for manufacturing sectors 2. Cloud service platform prototype software with ICT solutions

Building new partnership in the HVE areas of EC & China SO2: Providing a supportive environment for building collaborative research projects focusing on high value engineering capabilities and novel

12 Key Contacts for Partners Ting He Phone: , ext

Evolution of Chinese Research Data Policy

Bilateral US-China CODATA Workshop 2014 Evolution of Chinese Research Data Policy Jianhui Li(lijh@cnic.cn) Computer Network Information Center, CAS CODATA-China 25 Aug 2014 Outline Scientific Data Sharing