Other Course , Prof. M.Balakrishnan
Digital Hardware Design
Overview
Contents:
Introduction - Introduction of Combinational Circuit Design - Combinational Circuit Design Using MSI Blocks - Combinational Circuit Using Multiple Module - Iterative Circuits - Logic Minimization Tabular Methods - Sequential Circuits: Definitions and Classification - Sequential Circuits: State Equivalance and Minimization - State Machine Synthesis - State Machine Implementation Using Registers & Counters
Multiple State Machine Implementation and Clock Period - Designing with Memories - System Design Case Studies - Asynchronous Sequential Circuit - Asynchronous Sequential Circuit Design - State Assignment in Asynchronous Circuit - Microprogrammed Control - Microprogrammed Control Design - Microsequencer Design
Microprogram Optimization - Microinstruction Optimization - Introduction to VHDL - VHDL Modeling Styles - Behavioral Description in VHDL - Data Flow and Behavioral Modeling - Testing of Digital Circuits - Test Generation Methods - Boolean Difference and D - Algorithm
D - Algorithm - Testing of Sequential Circuits - Signature Analysis & Built - in - Self - Test (BIST) - Multi - Level Logic Synthesis - Low Power Design - Behavioral Synthesis - System Level Design & Modeling
Introduction - Introduction of Combinational Circuit Design - Combinational Circuit Design Using MSI Blocks - Combinational Circuit Using Multiple Module - Iterative Circuits - Logic Minimization Tabular Methods - Sequential Circuits: Definitions and Classification - Sequential Circuits: State Equivalance and Minimization - State Machine Synthesis - State Machine Implementation Using Registers & Counters
Multiple State Machine Implementation and Clock Period - Designing with Memories - System Design Case Studies - Asynchronous Sequential Circuit - Asynchronous Sequential Circuit Design - State Assignment in Asynchronous Circuit - Microprogrammed Control - Microprogrammed Control Design - Microsequencer Design
Microprogram Optimization - Microinstruction Optimization - Introduction to VHDL - VHDL Modeling Styles - Behavioral Description in VHDL - Data Flow and Behavioral Modeling - Testing of Digital Circuits - Test Generation Methods - Boolean Difference and D - Algorithm
D - Algorithm - Testing of Sequential Circuits - Signature Analysis & Built - in - Self - Test (BIST) - Multi - Level Logic Synthesis - Low Power Design - Behavioral Synthesis - System Level Design & Modeling
Lecture 1: lecture 1 - Introduction - I
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Video Lectures on Digital Hardware Design by Prof. M. Balakrishnan
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