Design of VLSI Systems

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• Chapter 1 - Introduction to VLSI Systems

  • Historical Perspective
  • VLSI Design Flow
  • Design Hierarchy
  • Concepts of Regularity, Modularity and Locality
  • VLSI Design Styles

• Chapter 2 - CMOS Fabrication Technology and Design Rules

  • Introduction
  • Fabrication Process Flow - Basic Steps
  • The CMOS n-Well Process
  • Advanced CMOS Fabrication Technologies
  • Layout Design Rules

• Chapter 3 - Full-Custom Mask Layout System

  • Introduction
  • CMOS Layout Design Rules
  • CMOS Inverter Layout Design
  • Layout of CMOS NAND and NOR Gates
  • Complex CMOS Logic Gates

• Chapter 4 - Parasitic Extraction and Performance Estimation from Physical Structure

  • Introduction
  • The Reality with Interconnections
  • MOSFET Capacitances
  • Interconnect Capacitance Estimation
  • Interconnect Resistance Estimation

• Chapter 5 - Clock Signals and System Timing

  • On-Chip Clock Generation and Distribution

• Chapter 6 - Arithmetic for Digital Systems

  • Introduction
  • Notation Systems
  • Principle of Generation and Propagation
  • The 1-bit Full Adder
  • Enhancement Techniques for Adders
  • Multioperand Adders
  • Multiplication
  • Addition and Multiplication in Galois Fields, GF(2n)

• Chapter 7 - Low-Power VLSI Circuits and Systems

  • Introduction
  • Overview of Power Consumption
  • Low-Power Design Through Voltage Scaling
  • Estimation and Optimization of Switching Activity
  • Reduction of Switched Capacitance
  • Adiabatic Logic Circuits

• Chapter 8 - Testability of Integrated Systems

  • Design Constraints
  • Testing
  • The Rule of Ten
  • Terminology
  • Failures in CMOS
  • Combinational Logic Testing
  • Practical Ad-Hoc DFT Guidelines
  • Scan Design Techniques

• Chapter 9 - Fuzzy Logic Systems

  • Systems Considerations
  • Fuzzy Logic Based Control Background
  • Integrated Implementations of Fuzzy Logic Circuits
  • Digital Implementations of Fuzzy Logic Circuits
  • Analog Implementations of Fuzzy Logic Circuits
  • Mixed Digital/Analog Implementations of Fuzzy Systems
  • CAD Automation for Fuzzy Logic Circuits Design
  • Neural Networks Implementing Fuzzy Systems

• Chapter 10 - VLSI For Multimedia Applications - Case Study: Digital TV

  • Introduction
  • Digitization Of "TV Functions"
  • Points Of Concern For The Design Methodology
  • Conclusion

• Chapter 11 - VLSI For Telecommunication Systems
  • Introduction
  • Telecommunication Fundamentals
  • General Telecommunication Network Taxonomy
  • Comparison Between Different Switching Techniques
  • ATM Networks
  • Case Study: ATM Switch
  • Case Study: ATM Transmission of Multiplexed-MPEG Streams
  • Conclusion
  • Bibliography

• Chapter 12 - Digital Signal Processing Architectures
  • History
  • Typical DSP Application
  • The FIR Example
  • General Architectures
  • Data Path
  • Addressing
  • Peripherals
  • How is a DSP different from a general-purpose processor
  • Superscalar Architectures
  • References

• Chapter 13 - Architectures for video processing
  • Video Compression
  • MPEG-2 Video Compresion
  • Digital Video and Computer Graphics
  • TV, Computer Graphics and Multimedia: MPEG-4?
  • Video Processing Architectures: Generalities
  • Motion Estimation Case Study
  • IMAGE a Motion Estimation Chip for MPEG-2 applications