SDCRb.PC: Software Defined and Cognitive Radios II |
Symposium: Software Defined and Cognitive Radios |
Session Type: Poster |
Time: Thursday, December 5, 16:00 - 18:00 |
Location: Poster Area C |
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SDCRb.PC.1: A GRAPHICAL APPROACH TO GPS SOFTWARE-DEFINED RECEIVER IMPLEMENTATION |
Zaher Kassas; The University of Texas at Austin |
Jahshan Bhatti; The University of Texas at Austin |
Todd Humphreys; The University of Texas at Austin |
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SDCRb.PC.2: A LABVIEW-BASED FAST PROTOTYPING SOFTWARE DEFINED GPS RECEIVER PLATFORM |
David Akopian; The University of Texas at San Antonio |
Arpine Soghoyan; The University of Texas at San Antonio |
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SDCRb.PC.3: EPUMA: A UNIQUE MEMORY ACCESS BASED PARALLEL DSP PROCESSOR FOR SDR AND CR |
Andréas Karlsson; Linköping University |
Joar Sohl; Linköping University |
Jian Wang; Linköping University |
Dake Liu; Linköping University |
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SDCRb.PC.4: PERFORMANCE EVALUATION OF LDPC DECODING ON A GENERAL PURPOSE MOBILE CPU |
Stefan Grönroos; Åbo Akademi University |
Jerker Björkqvist; Åbo Akademi University |
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SDCRb.PC.5: PIPELINED FFT FOR WIRELESS COMMUNICATIONS SUPPORTING 128-2048 / 1536 -POINT TRANSFORMS |
Inkeun Cho; University of Maryland |
Tomasz Patyk; Dolby Laboratories |
David Guevorkian; Nokia Siemens Networks |
Jarmo Takala; Tempere University of Technology |
Shuvra S. Bhattacharyya; University of Maryland |
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SDCRb.PC.6: SOFTWARE DEFINED FFT ARCHITECTURE FOR IEEE 802.11AC |
Peng Wang; Queen's University Belfast |
John McAllister; Queen's University Belfast |
Yun Wu; Queen's University Belfast |
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SDCRb.PC.7: HIGH PERFORMANCE REAL-TIME PRE-PROCESSING FOR FIXED-COMPLEXITY SPHERE DECODER |
Yun Wu; Queen's University Belfast |
John McAllister; Queen's University Belfast |
Peng Wang; Queen's University Belfast |
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SDCRb.PC.8: A PROCESSOR BASED MULTI-STANDARD LOW-POWER LDPC ENGINE FOR MULTI-GBPS WIRELESS COMMUNICATION |
Meng Li; IMEC |
Frederik Naessens; IMEC |
Min Li; IMEC |
Peter Debacker; IMEC |
Claude Desset; IMEC |
Praveen Raghavan; IMEC |
Antoine Dejonghe; IMEC |
Liesbet Van der Perre; IMEC |
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SDCRb.PC.9: HIGH THROUGHPUT LOW LATENCY LDPC DECODING ON GPU FOR SDR SYSTEMS |
Guohui Wang; Rice University |
Michael Wu; Rice University |
Bei Yin; Rice University |
Joseph R. Cavallaro; Rice University |
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SDCRb.PC.10: A CARRIER RECOVERY ARCHITECTURE FOR NEXT GENERATION WIDEBAND MODEMS |
Fred Harris; San Diego State University |
Xiaofei Chen; San Diego State University |
Elettra Venosa; San Diego State University |
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SDCRb.PC.11: A SDR ARCHITECTURE BASED ON FPGA FOR MULTI-STANDARD TRANSMITTER |
Benjamin Bautista Contreras; CINVESTAV-GDL |
Ramon Parra Michel; CINVESTAV-GDL |
Roberto Carrasco Alvarez; Universidad de Guadalajara |
Eduardo Romero Aguirre; Instituto tecnologico de Sonora |
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SDCRb.PC.12: SELECTIVE DECODING IN ASSOCIATIVE MEMORIES BASED ON SPARSE-CLUSTERED NETWORKS |
Hooman Jarollahi; McGill University |
Naoya Onizawa; McGill University |
Warren J. Gross; McGill University |
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SDCRb.PC.13: OPEN THE GATES: USING HIGH-LEVEL SYNTHESIS TOWARDS PROGRAMMABLE LDPC DECODERS ON FPGAS |
Frederico Pratas; INESC-ID, IST, Universidade de Lisboa |
Joao Andrade; Instituto de Telecomunicações, University of Coimbra |
Gabriel Falcao; Instituto de Telecomunicações, University of Coimbra |
Vitor Silva; Instituto de Telecomunicações, University of Coimbra |
Leonel Sousa; INESC-ID, IST, Universidade de Lisboa |
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SDCRb.PC.14: FROM OPENCL TO GATES: THE FFT |
Joao Andrade; Instituto de Telecomunicações, University of Coimbra |
Vitor Silva; Instituto de Telecomunicações, University of Coimbra |
Gabriel Falcao; Instituto de Telecomunicações, University of Coimbra |
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SDCRb.PC.15: SCALABLE SUCCESSIVE-CANCELLATION HARDWARE DECODER FOR POLAR CODES |
Alexandre J. Raymond; McGill University |
Warren J. Gross; McGill University |
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SDCRb.PC.16: TOWARDS ELASTIC SDR ARCHITECTURES USING DYNAMIC TASK MANAGEMENT |
Oliver Arnold; Technische Universität Dresden |
Emil Matus; Technische Universität Dresden |
Benedikt Nöthen; Technische Universität Dresden |
Friedrich Pauls; Technische Universität Dresden |
Gerhard Fettweis; Technische Universität Dresden |
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SDCRb.PC.17: ENHANCED PERFORMANCE IN WIDEBAND COGNITIVE RADIOS VIA COMPRESSIVE SENSING |
Sk. Alam; University of Genoa |
Lucio Marcenaro; University of Genoa |
Carlo Regazzoni; University of Genoa |
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SDCRb.PC.18: EFFICIENT RECONFIGURABLE SCHEME FOR THE RECOVERY OF SUB-NYQUIST SAMPLED SPARSE MULTI-BAND SIGNALS |
Anu Kalidas Muralidharan Pillai; Linköping University |
Håkan Johansson; Linköping University |
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