Research Interests:
Research Interests:
Research Interests: Computer Architecture, Signal Processing, Parallel Processing, Energy efficiency, OFDM, and 24 moreSystem Analysis and Design, Low Energy Buildngs, TDMA (Time division multiple access), Design Methodology, Low Power, Throughput, Viterbi algorithm, Low Power Electronics, Decoding, CDMA, Chip, Voltage, Very high throughput, Solid State Devices and Circuits, Energy Efficiency, Integrated Circuit, FIR filters, Code Division Multiple Access, Electrical And Electronic Engineering, Parallel Architecture, Viterbi Decoding, Low voltage, Application Specific Integrated Circuit (ASIC), and Integrated Circuit Design
Research Interests:
Research Interests:
Research Interests: Signal Processing, Wireless Sensor Networks, Field-Programmable Gate Arrays, Singular value decomposition, Asic, and 16 moreDesign Methodology, Field Programmable Gate Array, Pipelines, Chip, Design optimization, Matrix Decomposition, Sensitivity, Design framework, Waste minimisation, Multidimensional signal processing, Electrical And Electronic Engineering, Parallel Architecture, MIMO System, Circuit Optimization, Proof of Concept, and power efficiency
Research Interests:
Research Interests:
Research Interests:
A hierarchical automated design flow for low-energy direct-mapped signal processing integrated circuits is presented. A modular framework based on a combined Simulink and floorplan description drives automatic layout generation. Automatic... more
A hierarchical automated design flow for low-energy direct-mapped signal processing integrated circuits is presented. A modular framework based on a combined Simulink and floorplan description drives automatic layout generation. Automatic characterization of layout improves system-level estimates. The flow is demonstrated on the subsystems of CDMA and OFDM receivers and a 300 k transistor test-chip
Research Interests: Computer Architecture, Signal Processing, Parallel Processing, Energy efficiency, OFDM, and 24 moreSystem Analysis and Design, Low Energy Buildngs, TDMA (Time division multiple access), Design Methodology, Low Power, Throughput, Viterbi algorithm, Low Power Electronics, Decoding, CDMA, Chip, Voltage, Very high throughput, Solid State Devices and Circuits, Energy Efficiency, Integrated Circuit, FIR filters, Code Division Multiple Access, Electrical And Electronic Engineering, Parallel Architecture, Viterbi Decoding, Low voltage, Application Specific Integrated Circuit (ASIC), and Integrated Circuit Design
Page 1. EE225C Final Report Fall 2000 12/12/2000 OFDM Receiver Design Yun Chiu, DejanMarković, Haiyun Tang, Ning Zhang {chiuyun, dejan, tangh, ningzh}@eecs.berkeley.edu Abstract ... g x T T <... more
Page 1. EE225C Final Report Fall 2000 12/12/2000 OFDM Receiver Design Yun Chiu, DejanMarković, Haiyun Tang, Ning Zhang {chiuyun, dejan, tangh, ningzh}@eecs.berkeley.edu Abstract ... g x T T < < τmax where max τ is the worst-case multi-path spread. ...