Wireless Networking and Communications Group Embedded Signal Processing Laboratory Prof. Brian L. Evans The University of Texas at Austin “From Applications to Gates” Collaboration with Profs.
Download ReportTranscript Wireless Networking and Communications Group Embedded Signal Processing Laboratory Prof. Brian L. Evans The University of Texas at Austin “From Applications to Gates” Collaboration with Profs.
Wireless Networking and Communications Group Embedded Signal Processing Laboratory Prof. Brian L. Evans The University of Texas at Austin “From Applications to Gates” Collaboration with Profs. Jeff Andrews (interference modeling), Gustavo de Veciana (cloud RAN), Andreas Gerstlauer (design automation), Mattan Erez (cloud RAN), Arjang Hassibi (data converters), Robert Heath (cloud RAN) and Todd Humphreys (GPS receivers) November 5, 2015 Wireless Networking and Communications Group Research Group • • • • Present: 3 PhD, 3 MS, 7 BS Alumni: 26 PhD, 9 MS, 151 BS 1500+ alumni of real-time DSP course Communication systems Smart grid communications (interference modeling & mitigation) Cloud radio access networks (baseband signal compression) • Image processing Synthetic and augmented reality (visual quality assessment) • Electronic design automation (EDA) tools/methods Wireless Networking and Communications Group Completed Projects System SW release Prototype Funding equalization Matlab DSP/C Freescale, TI 2x2 testbed LabVIEW LabVIEW/PXI Oil&Gas Wimax/LTE resource alloc. LabVIEW DSP/C Freescale, TI Underwater large rec. arrays Matlab Lake testbed ARL:UT Camera image acquisition Matlab DSP/C Intel, Ricoh video acquisition Matlab Android TI image halftoning Matlab C HP, Xerox video halftoning Matlab C Qualcomm Matlab FPGA Intel, NI Linux/C++ Navy sonar Navy, NI ADSL Display Contribution 26 PhD and 9 MS alumni Elec. design fixed point conv. automation distributed comp. DSP: Digital Signal Processor PXI: PCI Extensions for Inst. Wireless Networking and Communications Group Current Projects System Contributions 3 PhD and 2 MS students SW release Prototype Smart grid comm interference reduction; testbeds LabVIEW Wi-Fi interference reduction Matlab NI FPGA time-based analog-todigital converter Simulink IBM 45nm TSMC 180nm Cellular (LTE) cloud radio access net. baseband compression Synthetic Video visual quality assessment EDA reliability patterns Matlab Funding Freescale, TI Freescale, modems IBM, TI Intel, NI Huawei Database; Matlab NI