Publications

1. Electronic random number generator

2. The `Servo Scaler' - an Analogue-to-Digital Converter
3. Controller for data aquisition and tape punch device
4. Tape punch device controller
5. Flexible electronic kit for data acquisition in nuclear research
6. Modified controller for tape punch device and IBM electronic typewriter
7. The PATTERN-HANDLING Software Package
8. Automatized Design of classifiers 9. Pattern processin, generation and recognition
10. Finite state machine application to the pattern recognition
11. Design of finite state machines from regular expressions and their application to the pattern recognition problem
12. Finite state acceptor application to the pattern recognition problem
fsm syn
13. Finite state machine synthesis for pattern processing and recognition
14. List structure for synthesis and minimization of finite state machnie
15. Finite state machine design
16. (see no. 13)
17. Feedback in combinational logic
18. Logic testers
19. Fundamentals of microprogramming
20. Future aspects of data processing
21. Data base systems are coming
22. Information, yesterday, today tomorrow
23. Management information by CRT terminals
24. The 4th industrial revolution
25. The 4th industrial revolution
26. Concept of an advanced hardware lab
27. Lab manual for undergraduate hardware lab
28. Tools for digital circuit testiung
29. Computer architecture and microprogramming
35. A hardware breadbording and lab kit standard proposal
40. Microprogramming concepts
53. A SC/MP multiprocessor system for road traffic data acquisition and reduction
54. Approaches to Integrated Hardware/Software Design
56. Generalization of the Principles of Microprogrammable Computer Structures
65. Is Computer Science an Engineering Science?
66. The role of Hardware Topics in Computer Science Curricula
68. Innovative Developments in VLSI Technology and Design
69. VLSI circuit prototyping and manufacturing in small quantities
71. Software Reliability in Local Computer Network Kits for Distributed Programming
74. The ESRA Computer Network Kit: an Approach toward a Methodology for Reliable Software
75. The PASCAL Implementation of the Hardware Description Language KARL
76. Quote of the Day
77. see 76
78. see 76
85. Status Report - Introduction of the New Mircoelectronics (Mead & Conway Method) in the Federal Republic (of Germany)
86. KARL-II - a language for specification in designing digital custom integrated circuits
87.  see 76
88. (editorial): VLSI: that's just the beginning
95. Innovations by the New Microelectronics using new ways of instruction in electrical engineering and computer science
96.  VLSI System Design - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
97.   see 76
98. Germany as a Developing Country
99. ABLED - a CAD tool for VLSI design
101. The translation of superKARL descriptions into the hardware language KARL
103.  VLSI System Design - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
106. Conceptual design and specification of digital hardware, guided by a design language
118. VLSI algorithms - innovative circuits for software
119. VLSI System Design - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
120. VLSI System Design for Managers - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
124. Designing symbolic layout using RT level tools
125. Deriving behavioural descriptions from matrix-oriented layout
126. see 125
131. KARL (textual) and ABL (graphical): a user/designer interface in microelectronics
130. ABLED - a CAD Tool for VLSI Design
135. The Microelectronics market and new infrastructures
134. Outbreak of the E.I.S. Age
137. Digital Hardware Design (technical informatics) - undergraduate lecture notes
140. Simulation of VLSI Circuits
142. MLED- A multi-level graphic Editor for VLSI Design
143. Partitioning Schemes for Computer Structures
146. Xputers: Computers using innovative Machine Principles
147. A Computer from the Ivory Tower
148. Reconfigurable ALU permitting very low level Paallelism
153. Automatic Extraction of RT level Descriptions from IC Layout
154. Multi-Level Graphics Editor used as a DBMS for Simulation Environments
155. Designing a Universal High Level Language Processor
160. KARL-3 Manual for Atari-ST
163. Automatic Extraction of RT level Descriptions from IC Layout
165. VLSI System Design - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
166. VLSI System Design for Managers - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
167. Integration of Test Desveloment into full custom Design
172. MLED -  a graphical multi-level Editor for VLSI Design
173. A  Partitioning Scheme for Computer Structures
175. Explicit Fault Modeling with the KARATE System
179. Integrating Test Development into Full Custopm VLSI Design
188. VLSI System Design - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
189. VLSI System Design for Managers - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
192. Xputers: a Machine Paradigm for very high performance computing
193. The Computer form the Ivory Tower
196.Explicite Fault Modelling by the  KARATE- System
201. A systolic Synthesis System
206. Design of a universal Processor with high level Architecture
207. VLSI System Design - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
208. VLSI System Design for Managers - lecture notes for DLR Oberpfaffenhofen (German Center for Aerospace and Space Research)
214. Automatic Extraction of RT level Descriptions from IC Layout
223. Reconfigurable ALU supports low level parallelism
224. Tool Interface Requirements from the Tool Side View
226. Tool Interface Requirements for Digital Simulators und Test Pattern Generators at RT Level
228. Tool Interface Requirements from the Tool Side's Point of View
229. Concept of the procedural Tool Interface within DASSY Prototypes
233. reconfigurable ALU permits Parallelisation at lowest Level
234. Xputer - a New Machine Paradigm for Supercomputing
240. Interfaces between CAD and TCAD
246. DASSY - a Survey on its Information Models
254. A Novel Co-Processor for Acceleration of Algorithms with Regular Data Dependencies
255. GAG  Address Generator and Its Application as an Accelerator
262. Why Microchips? Introduction to Methods in Technixal Informatics
284. Hardware/Software Co-Design
300. Our Society does not fancy High Tech
305. No Fancy for High Tech; Labour Export - just because of high wages?; IT Press 1996
308. (invited paper) High-Performance Computing": about Scenes in Crisis
312. Knowledge is the new Fuel for Jobs and Wealth
313.Powerful Innovation Armies decide the Competition between Nations
314. Competitiveness should be the highest Priority Goal of  the Eductation  System
345. (keynote) Requirements of the Knowledge Society
348. (invited paper) The Microprocessor in the new Millennium
 

 For total publicationslist see: here

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