Download The Computer Engineering Hand Book By Vojin G. Oklobdzija


Recently, information technology (IT) such as Internet, i-mode, cellular phone, and car navigation
has spread very rapidly all over of the world. IT is expected to dramatically raise the efficiency of our
society and greatly improve the quality of our life. It should be noted that the progress of IT entirely
owes to that of semiconductor technology, especially Silicon LSIs (Large Scale Integrated Circuits). Silicon
LSIs provide us high speed/frequency operation of tremendously many functions with low cost, low
power, small size, small weight, and high reliability. In these 30 years, the gate length of the metal oxide
semiconductor field effect transistors (MOSFETs) has reduced 100 times, the density of DRAM increased
500,000 times, and clock frequency of MPU increased 2,500 times, Without such
a marvelous progress of LSI technologies, today’s great success in information technology would not be
realized at all.
The origin of the concept for solid-state circuit can be traced back to the beginning of last century,
. It was more than 70 years ago, when J. Lilienfeld using Al/Al2O3/Cu2S as an MOS
structure invented a concept of MOSFETs. Then, 54 years ago, first transistor (bipolar) was realized using
germanium. In 1960, 2 years after the invention of integrated circuits (IC), the first MOSFET was realized
by using the Si substrate and SiO2 gate insulator. Since then Si and SiO2 became the key materials
for electronic circuits.


SECTION I Fabrication and Technology:-
Trends and Projections for the Future of Scaling and Future Integration Trends
CMOS Circuits
VLSI Circuits Eugene John
Pass-Transistor CMOS Circuits
Synthesis of CMOS Pass-Transistor Logic
Silicon on Insulator (SOI)
High-Speed, Low-Power Emitter Coupled Logic Circuits
Price-Performance of Computer Technology

Computer Systems and Architecture
Computer Architecture and Design
Server Computer Architecture
Very Large Instruction Word Architectures
Vector Processing
Multithreading, Multiprocessing
Survey of Parallel Systems
Virtual Memory Systems and TLB Structures
System Design
Superscalar Processors
Register Renaming Techniques
Predicting Branches in Computer Programs
Network Processor Architecture
Performance Evaluation
Measurement and Modeling of Disk Subsystem Performance
Performance Evaluation: Techniques, Tools, and Benchmarks
Trace Caching and Trace Processors Eric Rotenberg
Computer Arithmetic
High-Speed Computer Arithmetic
Fast Adders and Multipliers
Design Techniques
Timing and Clocking
Design of High-Speed CMOS PLLs and DLLs
Latches and Flip-Flops Fabian
High-Performance Embedded SRAM Cyrus
Multiple-Valued Logic Circuits
FPGAs for Rapid Prototyping

Issues in High-Frequency Processor Design
Design for Low Power 14
Low-Power Design Issues
15 Low-Power Circuit Technologies
16 Techniques for Leakage Power Reduction
17 Dynamic Voltage Scaling
18 Low-Power Design of Systems on Chip Christian
19 Implementation-Level Impact on Low-Power Design
20 Accurate Power Estimation of Combination CMOS Digital Circuits
21 Clock-Powered CMOS for Energy-Efficient Computing
Embedded Applications
Embedded Systems-on- Chips
Embedded Processor Applications

What is Computer Engineering?

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