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Microprogramming: principles and practices
Samir S. Husson,Paula Schneider +1 more
- 01 Jan 1970
204
TL;DR: Details how one can use a four-state cell to store logic which has been ex'and-not' and 'exclusive-or' functions as well as the standard sum of products to recognize these additional functions further reduces the size of required memory.
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Abstract: details how one can use a four-state cell to store logic which has been ex'and-not' and 'exclusive-or' functions as well as the standard sum of products ity to recognize these additional functions further reduces the size of required Th i s reduction is illustrated in detail using both Karnaugh maps and Roolean examples including increment and parity are also included. one typographical error in section 1.3. The number of words required for the 2-state associative memory and an operand width of 'n' bits should be
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Citations
Curriculum recommendations for graduate professional programs in information systems
TL;DR: The need for education related to information systems in organizations is discussed, and a curriculum is proposed for graduate professional programs in universities, at the Master's level, and courses incorporating it are specified.
201
The application of amorphous materials to computer memories
R.G. Neale,J.A. Aseltine +1 more
TL;DR: In this article, two specific examples of the application to computer memories of order-disorder transitions in amorphous semiconductors are discussed and the particular physical changes utilized and accompanying the order disorder transition are a resistance change and an optical change.
151
A High-Level Language for Horizontal Microprogramming
C.V. Ramamoorthy,M. Tsuchiya +1 more
TL;DR: A high-level language, SIMPL (Single Identity MicroProgramming), for horizontal microprogramming has been developed, which allows the SIMPL compiler to easily detect concurrent microoperations and to optimize their intricate timing and concurrency for generating highly parallel and efficient object microprograms in horizontal formats.
86
Local code generation and compaction in optimizing microcode compilers
Steven R. Vegdahl
- 01 Jan 1982
TL;DR: This dissertation explores three methods of coupling the code generation and compaction phases of the compiler, and concludes that subtle micromachine features make it very difficult to produce good code unless the code generator actually produces several candidate code sequences that are compacted and compared with one another.
69
Design Considerations for Single-Chip Computers of the Future
Patterson,Sequin +1 more
TL;DR: It is concluded that a viable modular building block for the next generation of computing systems will be a self-contained computer on a single chip.
67