Course Details

Subject {L-T-P / C} : EC6205 : Integrated Circuit for Digital Signal Processing { 3-0-0 / 3}

Subject Nature : Theory

Coordinator : Prof. Debiprasad Priyabrata Acharya

Syllabus

Introduction to DSP Integrated Circuits Standard Digital Signal Processors Application-Specific ICs for DSP, Facets, Introduction to VLSI Circuit Technologies, MOS Transistors, VLSI Process Technologies, Bipolar Technologies
Introduction to Digital Signal Processing, The Fourier Transform, The z-Transform, Sampling, Signal Processing Systems, Difference Equations, Frequency Response, Adaptive DSP Algorithms, RLS (Recursive Least Square) Lattice Filters, DFT, FFT, Image Coding, Digital Filters, Finite Word Length Effects, Parasitic Oscillations, Quantization in WDFs, Scaling of Signal Levels, Round-Off Noise, Sensitivity and Noise, Interpolator, FFT Processor, DCT Processor, Precedence Graphs, SFGs in Precedence Form, Computation Graphs, Equivalence Transformations, Interleaving and Pipelining, Algorithm Transformations, Direct Mapping Technique, Scheduling, Resource Allocation, DSP Architectures, Synthesis of DSP Architectures, Digital Systems, Combinational Networks, Sequential Networks, Storage Elements, Clocking of Synchronous Systems, Asynchronous Systems, Finite State Machines (FSMs),
Processing Elements, Number Systems, Bit-Parallel Arithmetic, Bit-Serial Arithmetic , Bit-Serial Two-Port Adapter, S/P Multipliers with Fixed Coefficients, Minimum Number of Basic Operations, Bit-Serial Squarers, Serial/Serial Multipliers, Digit-Serial Arithmetic, The CORDIC Algorithm, Distributed Arithmetic, The Basic Shift-Accumulator, Reducing the Memory Size, Complex Multipliers, Improved Shift-Accumulator
Integrated Circuit Design, Layout of VLSI Circuits, Layout Styles, Economic Aspects

Course Objectives

Course Outcomes

CO1: Able to carry out research and development in the IC design for various DSP applications. <br />CO2: Learn various DSP algorithms including adaptive ones. <br />CO3: Design the VLSI architecture for various DSP algorithms. <br />CO4: Design VLSI ICs from font-end to back-end for DSP algorithms. <br />CO5: Design ICs for fabrication applying different economic aspects to serve different DSP industries.

Essential Reading

Supplementary Reading