An introduction to VLSI physical design
著者
書誌事項
An introduction to VLSI physical design
（Computer engineering series）（McGraw-Hill computer science series）
McGraw-Hill, 1996
International ed.
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注記
Includes bibliographical references (p. 307-324) and index
内容説明・目次
内容説明
This international student edition text offers coverage of physical design flow and current VLSI design methodology. It covers performance-driven design, multi-chip module (mcm) technology and FPGAs. Each chapter has two exercise sections - one on concepts, the other on computer programming.
目次
- Part 1 Introduction. Part 2 The top-down approach - location: partitioning
- floor planning
- placement
- exercises
- computer exercises. Part 3 The top-down approach - routing: fundamentals
- global routing
- detailed routing
- routing in field-programmable gate-arrays
- exercises
- computer exercises. Part 4 Performance issues in circuit layout: interconnect delay model
- timing driven placement
- timing driven routing
- via minimization
- power minimization
- discussion and other performance issues
- exercises
- computer exercises. Part 5 Single layer routing and applications: planar subset problem
- single layer global routing
- single layer detailed routing
- wire-length and bend minimization techniques
- over-the-cell routing
- multi-chip modules
- discussion
- exercises
- computer exercises. Part 6 Cell generation and programmable structures: programmable logic arrays
- transistor chaining
- gate matrix layout and Weinberger arrays
- other CMOS cell layout generation techniques
- CMOS cell layout styles considering performance issues
- discussion
- exercises
- computer exercises. Part 7 Compaction: 1D compaction
- 2D compaction
- discussion
- exercises
- computer exercises.
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