通訊系統晶片設計

* Understand how digital signal processing techniques can be used in VLSI design * To be familiar with algorithm development and architecture design for base band communication ICs * Understand how to realize the theoretical results to practical applications in standards * Part I: Digital filtering in hardware  Interation bound  Pipelining and parallel processing  Retiming  Unfolding and folding  Quantization and Roundoff effects  Numerical Strength Reduction  Multirate signal processing * Part II Communication systems  Wireless communication channel model  OFDM systems  Synchronization  MIMO systems  FFT & CORDIC  Channel coding

* It is recommended that students have background in digital signal processing and digital communications (Not mandatory) * Some homework may need the use of Matlab and Verilog - TAs will allocate time to teach Verilog and design tools

* Course style - The course will be presented using slides - Some homeworks require the use of Matlab and Verilog (TA will allocate time to teach Verilog and the corresponding tools) * Grading - Homework 30% (5-6 homeworks) - Midterm project 30% - Final project with presentation 40%

* Textbook: -“VLSI Digital Signal Processing Systems: Design and Implementation,” by Keshab K. Parhi  * References: -“Digital Signal Processing,” by A. V. Oppenheim and R. W. Schafer, Prentice Hall -“Digital Communications,” by J. G. Proakis, McGraw-Hill - Papers from IEEE