The Hardware and Software Architecture of the Transputer
The Transputer was a microprocessor too far ahead of its time. Update the clock speeds, and the architecture would be impressive today. It was a actually a microcomputer, having a cpu, memory, and I/O on one chip. External logic required was minimal. Large arrays of Transputers were easily implemented. However, like many advanced technological artifacts, it was hard to understand. It took a while to get used to the software approach. The tools were difficult to use. In fact, the software approach, the conceptual model, was what made the Transputer powerful. The implementation in silicon came later. You had to understand and buy into the conceptual model and then the software to maximize your return from the Transputer. A steep learning curve was involved. In the end, the Transputer was overtaken by simpler, better-funded, mainstream approaches. This book gives an overview of the Transputer history and architecture. Two real-world project case studys and over 300 references are included.
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The Hardware and Software Architecture of the Transputer
The Transputer was a microprocessor too far ahead of its time. Update the clock speeds, and the architecture would be impressive today. It was a actually a microcomputer, having a cpu, memory, and I/O on one chip. External logic required was minimal. Large arrays of Transputers were easily implemented. However, like many advanced technological artifacts, it was hard to understand. It took a while to get used to the software approach. The tools were difficult to use. In fact, the software approach, the conceptual model, was what made the Transputer powerful. The implementation in silicon came later. You had to understand and buy into the conceptual model and then the software to maximize your return from the Transputer. A steep learning curve was involved. In the end, the Transputer was overtaken by simpler, better-funded, mainstream approaches. This book gives an overview of the Transputer history and architecture. Two real-world project case studys and over 300 references are included.
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The Hardware and Software Architecture of the Transputer

The Hardware and Software Architecture of the Transputer

by Patrick Stakem
The Hardware and Software Architecture of the Transputer

The Hardware and Software Architecture of the Transputer

by Patrick Stakem

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Overview

The Transputer was a microprocessor too far ahead of its time. Update the clock speeds, and the architecture would be impressive today. It was a actually a microcomputer, having a cpu, memory, and I/O on one chip. External logic required was minimal. Large arrays of Transputers were easily implemented. However, like many advanced technological artifacts, it was hard to understand. It took a while to get used to the software approach. The tools were difficult to use. In fact, the software approach, the conceptual model, was what made the Transputer powerful. The implementation in silicon came later. You had to understand and buy into the conceptual model and then the software to maximize your return from the Transputer. A steep learning curve was involved. In the end, the Transputer was overtaken by simpler, better-funded, mainstream approaches. This book gives an overview of the Transputer history and architecture. Two real-world project case studys and over 300 references are included.

Product Details

BN ID: 2940013168183
Publisher: PRB Publishing
Publication date: 01/06/2011
Sold by: Barnes & Noble
Format: eBook
Pages: 41
File size: 256 KB

About the Author

Mr. Patrick H. Stakem received a Bachelors degree in Electrical Engineering from Carnegie-Mellon University, and Masters Degrees in Physics and Compute Science from the Johns Hopkins University.

Mr. Stakem is affiliated with the Computer Science Department of Loyola University in Maryland, and with the Whiting School of Engineering of the Johns Hopkins University.
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