[1] Wenjun Sheng and Edgar S, Next generation wideband Multi-standard digital

Transcription

1 39 References [1] Wenjun Sheng and Edgar S, Next generation wideband Multi-standard digital receiver design, 43rd IEEE Midwest Symp On Circuits and Systems, August 8-11, [2] Jeffery D. Laster, Robust GMSK demodulation using demodulator diversity and BER estimation, PhD Thesis, Department of Electrical Engineering, Virginia Tech State University, March [3] G. Bauch and V. Franz, "Iterative Equalization and Decoding for the GSM - System", Vehicular Technology Conference VTC 98. Volume 3, Pages: , [4] C. Berrou et al., "Near Shannon Limit Error-Correcting Coding and Decoding: Turbo- Codes", IEEE transactions on communications, Volume. 44, NO IO, October [5] Ons BenRhouma, Maha BenZid, Sébastion Houcke and Ammar Bouallègue, An Iterative Blind Receiver: Implementation and Performance, IJCSNS International Journal of Computer Science and Network Security, VOL.7 No.9, September [6] Jan Mietzner and Peter A, Compatible Improvement of the GSM/EDGE System by Means of Space Time Coding Techniques, IEEE Transactions on wireless communications, Volume 2, no. 4, July 2003 ( /03). [7] Rodger E. Ziemer and Carl R. Ryan, Minimum-shift keyed modem implementations for high data rates. IEEE Communications Magazine, pages 2837, October [8] Giulio Colavolpe, Alan B., Iterative Decoding in presence of strong phase noise, IEEE Symposium on Information Theory, Chicago, IL, USA, June 2004.

2 [9] Sajal Kumar Das, Optimizing the design of a Multi-mode communication Receiver from performance to manufacturing implementation and yield, IEEE international conference - WOCN 2006, Bangalore. [10] Bo Wu, Jing Wang, and Yan Yao, A direct conversion receiver for GMSK in digital mobile communications. In 43rd IEEE Vehicular Technology Conference, pages 4047, [11] Delia Rodr ıguez de Llera Gonz alez, Ana Rusu, Mohammed Ismail, Automated Receiver Design and Optimization for 4G Wireless Communication Systems, Behavioral Modeling and Simulation Workshop, Proceedings of the 2006 IEEE International, ISBN: [12] GFSK/GMSK Detector with enhanced performance in co-channel interference and AWGN channels, US Patent number 7,515,665, April [13] Method for extending digital receiver sensitivity using analog correlation, US Patent number 6,678,312, Jan [14] Receiver front-end sensitivity booster, US Patent number 7,477,833, B2. [15] Automatic gain control method for highly integrated communication receiver, US Patent number US 2002/ A1, October [16] Sara A Van De Geer, Least Squares Estimation, Volume 2, pp , Encyclopaedia of Statistics in Behavioral Science, ISBN-13: [17] John G Proakis, Digital Communications, McGraw-Hill publishers, ISBN: , August 15, 2000

3 [18] Wilbur B. Davenport, An Introduction to the Theory of Random Signals and Noise, IEEE Communications Society, Wiley inter-science, 1987, ISBN [19] Marvin K. Simon and Mohamed-Slim Alouini, Digital Communication over Fading Channels, John Wiley & Sons, 2000, ISBN [20] Rahim Tofazalli, Technologies for the future, JOHN WILEY & SONS, INC, 2006, ISBN [21] Sajal Kumar Das, Mobile Handset Design, JOHN WILEY & SONS, ISBN: , April Earlier this book was published by the researcher and presently this book is also published in Google book website. Web link: < OoC&redir_esc=y > [22] Murota, K., GMSK modulation for Digital Mobile Radio Telephony, K.Murota and K Hirade; IEEE Trans on Comm, July,1981, Volume: 29, Issue: 7 Page(s): [23] Adel Ghazel, On Design and Implementation of a Decimation Filter for Multistandard Wireless Transceivers, IEEE Transaction on Wireless Communications, VOL. 1, NO. 4, Oct 2002 [24] A. Latiri, L. Joet, P. Desgreys and P. Loumeau, Passive second-order anti-aliasing filter for RF sampling based receivers, Electronics Letters 4th January 2007 Vol. 43 No. 1

4 [25] R. Veljanovski, A Proposed Reconfigurable Digital Filter for a Mobile Station Receiver, Australian Telecommunications Cooperative Research Centre,Victoria University of Technology. [26] 3GPP Technical Specification Group GSM/EDGE Radio Access Network; Radio Transmission and Reception, 3GPP TS V8.2.0, [27] Ayman Mostafa, Rich Kobylinski, Ivica Kostanic, Mark Austin1, Single Antenna Interference Cancellation (SAIC) for GSM Networks, /03, 2003 IEEE. [28] 3GPP TS , Mobile Station - Base Station System (MS - BSS) interface; Data Link (DL) layer specification, v , March [29] J. Cheng, Y. E. Wang, and S. Parkvall, Adaptive incremental redundancy, in Proc IEEE Vehicular Technology Conf., Orlando, FL, Oct. 2003, pp

5 40 Published PATENTs from this research work [30] Sajal Kumar Das, Systems and methods for demodulating a signal, Ericsson AB, US Patent Application Appl no-13/ <web-link: > [31] Sajal Kumar Das, Method and apparatus for decoding a repeated message, Ericsson AB, US Patent Application No. 13/297998, Filing date Nov. 16, A corresponding PCT application has also been filed with application no. PCT/EP2012/ <web-link: > [32] Sajal Kumar Das, A Method and Apparatus for Retransmission Processing in a Communication Receiver, Ericsson AB, US Patent Application Number US ( ). WO A1. <web-link: umar+das%22&hl=en&sa=x&ei=5ngvu7p-li2prge4rogobg&ved=0ceoq6aewaw > [33] Sajal Kumar Das, Method for Interference estimation and its application to AGC and SINR computation, Ericsson AB, US Patent Application Number: 13/181037, Filing date: < weblink: %22&ei=5ngVU7P-LI2Prge4roGoBg&cl=en > [34] Sajal Kumar Das, Method for Soft Frame Quality (SFQ) and raw BER Estimation from Viterbi Decoder, Ericsson AB, US Patent Application Number: 13/763955, date: Das%22

6 [35] Sajal Kumar Das, Method for Improved Frequency Offset Estimation in case of Early Block Detection or Decoding, Ericsson AB, US Patent Application Number: 13/ date [36] Sajal Kumar Das, Antenna activity detection in multi-antenna communication, Ericsson AB, WO A1, <link: > [37] Sajal Kumar Das, Parametric Estimation of SCPIR and AWGN Ratio for VAMOS, Ericsson AB, US A1, <link: > All these published patents from this research work can be found at below Google web link: Kumar+Das%22

7 41Published PAPERs from this research work [38] Sajal Kumar Das, Dynamic Detection of Wireless Channel Environment for Adaptive Equalization, IRNet Transactions on Computer Science and Engineering, ISSN No: , Publication paper12.pdf [39] Sajal Kumar Das, Optimizing Mobile Communication Receiver Design for Sensitivity Boosting, IEEEXplore digital library, International conference Preceding- on Emerging trends in communication, signal processing and computer applications - C2SPCA, ISBN no: , , <weblink: sc_p_sequence%26filter%3dand%28p_is_number%3a %29 And > [40] Sajal Kumar Das, Performance improvement of repeated transmission techniques for mobile receiver 2013 IEEE International Conference on Electronics, Computing and Communication Technologies (IEEE CONECCT), Jan-2013, [41] Sajal Kumar Das, Exploration of Receiver Filter for Sensitivity Boosting, International Conference on Wireless Technologies for Humanitarian Relief ACWR2011, [42] Sajal Kumar Das, Challenges in Multi-mode Mobile system transmitter Design, IEE Mobility Conference 2006, [43] System Architecture Exploration for Cognitive Radio, IEEE- International Conference on Embedded Systems, Mobile Communication and Computing- Aug- 2006,

8 [44] Sajal Kumar Das, Optimizing the design of a Multi-mode communication Receiver from performance to manufacturing implementation and yield, IEEE- WOCN 2006, Bangalore, iel5%2f11053%2f34866%2f pdf&authdecision=-203 [45] Sajal Kumar Das, Mobile receiver sensitivity boosting using iterative channel estimation, International conference on Emerging issues and challenges in higher education, JJTU, Nov 4 to 6 th, [46] Sajal Kumar Das, Book Mobile Terminal Receiver Design: LTE and LTE- Advanced, WILEY, < > (in press). [47] Sajal Kumar Das, Adaptive selection of Receiver Filter for Sensitivity Boosting, IEEE National Conference on Recent Advances in Communication, Control and Computing Technology, March, 2012, RACCCT1022: ISBN No: [48] Sajal Kumar Das, Simple convolution decoder for time, processing and battery power optimization, IEEE International Conference on Communication and Signal Processing - ICCSP' 13, Melmaruvathur, Tamilnadu, India, 3rd to 5th April ISBN No: < > Other Web link: [49] ShodhGangotri link: [50] External Presentation: Invited Speaker in Embedded System Conference 2013: Multi-RAT Mobile phone design and development < > < Bangalore-EDC_Blr13.html >