No abstract available.
LSI microprocessors and microprograms for user-oriented machines
The fundamental aspect of microprogramming as introduced by Wilkes in 1951 [1,2] is the implementation of sequential control with stored or programmed logic in contrast to hardwired random logic involving adhoc connections of large numbers of simple ...
BLAISE - 1726
Microprogramming as a valuable tool for both experimental and production products is shown through the effective realization of an alien, experimental architecture by a microprogrammable host machine
Described is the micro-implementation of the BLAISE ...
Execution time (and memory) optimization in microprograms
Availability of dynamically writable control memories for microprogramming motivates researchers in the design of appropriate languages. Certain processors allow simultaneous activation of several microoperations. Exploitation of parallelism existing in ...
Structured microprogramming
Current practices in micro- programming and structured programming are examined. It is noted that micro- programming as defined by Rosin and structured programming as defined by Dijkstra are similar in that they are both methods for hiding the structure ...
Instruction decomposition and microprogramming by exception in a generalized processor
A control structure is described whereby a limited set of tagged commands achieves the function of the typical fetch, decode, and execute processes of a higher level instruction but with fewer steps and decreased execution time than that required by the ...
Applications of a microprogrammed microprocessor
FOR MINIMUM SYSTEM COST, A MICROPROGRAMMED APPROACH IS OFTEN VERY ATTRACTIVE, THIS IS PARTICULARLY TRUE WHEN THE APPLICATION IS RESTRICTED TO MINIMUM MEMORY REQUIREMENTS, IN SUCH CASES IT BECOMES FEASIBLE TO COMBINE MICROPROCESSOR, CONTROL MEMORY, AND ...
Index Terms
- Supplement to the conference record of the 7th annual workshop on Microprogramming