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Digital Hardware Design

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Lecture 1: Introduction - I

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Video Lectures on Digital Hardware Design by Prof. M. Balakrishnan

Course Description :

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

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  1. lecture 1 - Introduction - I
  2. lecture - 2 Introduction - II
  3. lecture 3 - Review of Combinational Circuit Design
  4. lecture 4 - Combinational Circuit Design Using MSI Blocks
  5. lecture 5 - Combinational Circuit Using Multiple Module
  6. lecture 6 - Iterative Circuits
  7. lecture 7 - Iterative Circuits (contd.)
  8. lecture 8 - Logic Minimization Tabular Methods
  9. lecture 9 - Sequential Circuits: Definitions and Classification
  10. lecture 10 - Sequential Circuits: State Equivalance and Minimization
  11. lecture 11 - State Machine Synthesis
  12. lecture 12 - State Machine Implementation Using Registers & Counters
  13. lecture 13 - Multiple State Machine Implementation and Clock Period
  14. lecture 14 - Designing with Memories
  15. lecture 15 - System Design Case Studies
  16. lecture 16 - Asynchronous Sequential Circuit
  17. lecture 17 - Asynchronous Sequential Circuit Design
  18. lecture 18 - State Assignment in Asynchronous Circuit
  19. lecture 19 - Microprogrammed Control
  20. lecture 20 - Microprogrammed Control Design
  21. lecture 21 - Microsequencer Design
  22. lecture 22 - Microprogram Optimization
  23. lecture 23 - Microinstruction Optimization
  24. lecture 24 - Introduction to VHDL
  25. lecture 25 - VHDL Modeling Styles
  26. lecture 26 - Behavioral Description in VHDL
  27. lecture 27 - Data Flow and Behavioral Modeling
  28. lecture 28 - Testing of Digital Circuits
  29. lecture 29 - Test Generation Methods
  30. lecture 30 - Test Generation Methods (Contd.) Boolean Difference and D - Algorithm
  31. lecture 31 - D - Algorithm
  32. lecture 32 - Testing of Sequential Circuits
  33. lecture 33 - Signature Analysis & Built In Self Test (BIST)
  34. lecture 34 - Multi Level Logic Synthesis
  35. lecture 35 - Low Power Design
  36. lecture 36 - Behavioral Synthesis
  37. lecture 37 - System Level design and modeling