Multi-Level Simulation for VLSI Design

1. Front Matter

   Pages i-xv

   PDF

2. Introduction and Background

   • Dwight D. Hill, David R. Coelho

   Pages 1-11

3. Principles of Multi-Level Simulation

   • Dwight D. Hill, David R. Coelho

   Pages 13-23

4. The ADLIB Language

   • Dwight D. Hill, David R. Coelho

   Pages 25-60

5. Examples of Designing with ADLIB

   • Dwight D. Hill, David R. Coelho

   Pages 61-100

6. Advanced Principles

   • Dwight D. Hill, David R. Coelho

   Pages 101-138

7. Implementation

   • Dwight D. Hill, David R. Coelho

   Pages 139-160

8. Conclusion

   • Dwight D. Hill, David R. Coelho

   Pages 161-166

9. Back Matter

   Pages 167-206

   PDF

AND BACKGROUND 1. 1 CAD, Specification and Simulation Computer Aided Design (CAD) is today a widely used expression referring to the study of ways in which computers can be used to expedite the design process. This can include the design of physical systems, architectural environments, manufacturing processes, and many other areas. This book concentrates on one area of CAD: the design of computer systems. Within this area, it focusses on just two aspects of computer design, the specification and the simulation of digital systems. VLSI design requires support in many other CAD areas, induding automatic layout. IC fabrication analysis, test generation, and others. The problem of specification is unique, however, in that it i!> often the first one encountered in large chip designs, and one that is unlikely ever to be completely automated. This is true because until a design's objectives are specified in a machine-readable form, there is no way for other CAD tools to verify that the target system meets them. And unless the specifications can be simulated, it is unlikely that designers will have confidence in them, since specifications are potentially erroneous themselves. (In this context the term target system refers to the hardware and/or software that will ultimately be fabricated. ) On the other hand, since the functionality of a VLSI chip is ultimately determined by its layout geometry, one might question the need for CAD tools that work with areas other than layout.

• Counter
• Hardware
• Software
• VHDL
• VLSI
• algorithms
• computer
• computer-aided design (CAD)
• data structures
• integrated circuit
• layout
• model
• modeling
• simulation
• verification

• AT&T Bell Laboratories, USA

  Dwight D. Hill

• Zeta Tech, Inc., USA

  David R. Coelho

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