Abstract is missing.
- Hardware microcontrol schemes using PLAsChristos A. Papachristou. 3-16 [doi]
- Contrasting translation, verification and synthesis in software and firmware engineeringRobert A. Mueller, Gearold R. Johnson. 17-22 [doi]
- Two implementations of the 'FLEX' machineJohn Kershaw. 25-37 [doi]
- The use of a meta-assembler to design an M code interpreter on AMD2900 chipsStanley Habib, Xue-liang Yang. 38-50 [doi]
- Adaptation and personalization of VLSI-based computer architectureChiaki Ishikawa, Ken Sakamura, Mamoru Maekawa. 51-61 [doi]
- Toward user sharing of the microprogramming level under UNIX on the Perkin-Elmer 3220J. Eric Roskos, Robert I. Winner. 67-73 [doi]
- Development tools for user microprogrammingSteven Geyer, Anthony Lake. 74-77 [doi]
- The Micro8 microcode assemblerKenneth F. Greenberg. 78-82 [doi]
- MIDAS - microprogram description and analysis systemIgor Hansen. 87 [doi]
- Issues of the design of a low level microprogramming language for global microcode compactionMichael D. Poe, Ross Goodell, Simon C. Steely Jr.. 88-94 [doi]
- MIDL - a microinstruction description languageMarleen Sint. 95-106 [doi]
- MicroTAL - a machine-dependent, high-level microprogramming languageJoel F. Bartlett. 109-114 [doi]
- A retargetable microcode generation system for a high-level microprogramming languagePeter Marwedel. 115-123 [doi]
- S*(QM-1): An instantiation of the high level microprogramming language scheme S* for the nanodata QM-11Alynn Klassen, Subrata Dasgupta. 124-130 [doi]
- High-level microprogramming with APL syntaxRichard F. Hobson, Patrick Hannon, Jonathan Thornburg. 131-139 [doi]
- General microprogram width reduction using generator setsJorge Francisco Martinez Carballido, V. Michael Powers. 144-153 [doi]
- Automatic microcode generation for horizontally microprogrammed processorsRobert J. Sheraga, John L. Gieser. 154-168 [doi]
- Using an oracle to measure potential parallelism in single instruction stream programsAlexandru Nicolau, Joseph A. Fisher. 171-182 [doi]
- Some scheduling techniques and an easily schedulable horizontal architecture for high performance scientific computingB. Ramakrishna Rau, Christopher D. Glaeser. 183-198 [doi]
- Considerations for local compaction of nanocode for the nanodata QM-1Douglas J. Rideout. 205-214 [doi]