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ORCIDMicroprocessing and Microprogramming, Volume 12
Volume 12, Number 1, 1983
- Editorial Board. I
- Klaus Waldschmidt, Gerhard Chroust:
Guest editor's preface. 1-2 - Rolf Hoffmann:
A classification of interpreter systems. 3-8 - Ewald von Puttkamer:
A microprogrammed Lisp machine. 9-14 - Werner Grass:
A synthesis system for PLA-based programmable hardware. 15-31 - Veljko Milutinovic, Klaus Waldschmidt:
A high-level language architecture for time-critical dedicated microprocessing. 33-41 - Hans Liebig:
Microprogramming with microprocessors. 43-52 - Standards. 53-58
- Reports. 59-70
- Horst Kästner:
Niklaus Wirth: Programming in Modula-2. 71
Volume 12, Number 2, 1983
- Wolfgang A. Halang:
On real-time features available in high-level languages and yet to be implemented. 79-87 - Emmanuel Skordalakis:
Towards a quick implementation of assemblers for the proposed IEEE microprocessors assembly language draft standard. 89-97 - Román Hermida, José J. Ruz, José Francisco Tirado Fernández, Alfredo Bautista:
RDBAS: A relational database system for non-experienced users. 99-109 - J. Vinyes-Sanz, Juan Quemada Vives, Angel Fernández:
A building access control system with alarm monitoring. 111-114 - Measurement and process control need clearly defined interfaces. 115-118
- Bruce D. Shriver:
International repository for material related to microprogramming and firmware engineering. 119-120 - Governments and microelectronics in Europe. 120-123
- David Rine:
Computers and higher education: A new partnership. 123-124 - Fault-tolerant systems & diagnostics. 124-127
- Reliability and maintainability. 127-130
- Microprocessor development system market expected to triple in Europe by 1988. 130-131
- Lutz Richter:
Forth theory & practice. 133
Volume 12, Numbers 3-4, 1983
- Cees J. van Spronsen:
From processor architectures to education editorial introduction. 141-142 - Veljko Milutinovic:
A high level language architecture: Bit-slice-based processor and associated system software. 143-151 - Arieh Plotkin, Daniel Tabak:
Modular, object-oriented microcomputer architecture. 153-157 - Antonio Corradi, Antonio Natali:
Using the iAPX-432 system as a support for chill parallel constructs. 159-165 - Ng X. Dang, M. Diaz-Nava, N. Husovic:
Small local area network with a collision-free technique for connecting heterogeneous microcomputer systems. 167-174 - H. Leich, F. V. Levchanovsky, V. I. Prikhodko:
A multi-microprocessor based intelligent graphics terminal. 175-180 - Helmut Kerner:
Microprogramming by data flow. 181-184 - Barbara Grossmann, Eva Kwee, Axel Lehmann:
Practical experiences with vertical migration. 185-192 - Lambert J. M. Nieuwenhuis:
MIRTEX: A real-time, multi-tasking executive for microprocessors. 193-198 - Helnye Azaria, Daniel Tabak:
The MODHEL microcomputer for RISCS study. 199-205 - A. Castillo, Miguel A. Díaz, Pedro Luis Chas Alonso, F. Mínguez:
Microprocessor controlled data acquisition system for radio propagation measurements. 207-210 - M. van Viegen:
A distributed data acquisition and control system. 211-215 - J. Carracedo, M. A. Núñez, Encarna Pastor:
MICROSIMPLEX: A didactic microcomputer specially designed for computer education. 217-221 - Michael J. Coleman:
Educational software and the Primary School teacher. 223-225 - Du Chang Zheng:
CAI system for basic. 227-230 - Neal Hutchinson:
Bandwidth reduction for speech transmission: A microprocessor based simulator. 231-236 - Pradip Kumar Das, Bijan Behari Bhaumik, Kallol Kumar Bagchi:
DORMS - A design tool for multiple microprocessor systems. 237-244 - Carlos Fernández, J. A. Martínez:
Concurrent Pascal as a simulation language. 245-248 - Euromicro 83. 249-262
Volume 12, Number 5, 1983
- Gunter Bolch, Fridolin Hofmann, Beate Hoppe, Hans-Joachim Kolb, Claus-Uwe Linster, Rudolf Polzer, Hans Wilhelm Schüßler, Günter Wackersreuther, Franz-Xaver Wurm:
A multiprocessor system for simulating data transmission systems (MUPSI). 267-277 - Giuseppe Fazio, Adelio Salsano:
A fault-tolerant microcomputer with fail-safe outputs. 279-284 - Bozena Kaminska, Jan Zabrodzki:
The concept of proper operation region in digital integrated circuit testing, the 8080A microprocessor as an example. 285-290 - Adriaan Rijllart:
An MC68000 stand-alone CAMAC microprocessor system. 291-297 - Nancy A. Schreiner-Novick:
Computer architecture. 299-310
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