1992 Rochester Forth Conference
Biomedical Applications
The Rochester Forth Conference on Biomedical Applications
was hosted by Institute for Applied Forth Research, Inc., at the University of
Rochester, June 17-20, 1992.
The conference was orginised by the Institute for
Applied Forth Research, Inc, and was sponsored by:
Applied Biosystems, Inc.
Digalog, Inc.
Dash, Find Associates
MicroProcessor Engineering, Ltd.
Miller Microcomputer Services, Inc.
NASA Goddard Space Flight Center
New Micros, Inc.
Rhinodiagnostic Corp.
Sopha Medical
Presentations Include:
- Invited Papers
- Sophy: A Nuclear Medicine WorkStation, by Philippe A. Briandet
- Forth Application in Devices Serving Persons with Disabilities, by David L. Jaffe
- Rhinosoft: A Biomedical Application, by Steven M. Lewis
- Human Genome and Automation, by C. H. Ting
- ANS Forth as a Component of Advanced Programming Systems, by Jack J. Woehr
- Presented Papers
- Enhanced Perpetual Calendar, by Allen Anway
- LE CERVEAU: M37700 Based Forth Microcomputer for Real Time Applications, by E. Léonard and G.-E. April
- Stack Values, by Boris Bibershtein
- Forth in Space: Developing Reliable Software for SSBUV, a Scientific Instrument flown on the Space Shuttle, by Robert T. Caffrey, J. Thomas Riley and Stephen Sjolander
- Naive Token-Threaded Forth, by Elliot Chapin
- C Without C, by Rob Chapman
- Rhyme, Reason, and the Tao of Forth, by Lawrence P. G. Forsley
- WISC Status, by Glen B. Haydon
- An Advanced 32-bit Forth Microprocessor: The Next Generation, by J. R. Hayes, M. E. Fraeman, R. L. Williams and R. M. Henshaw
- Fixed-Point Tutle Graphics, by Robert F. Illyes
- Finding Faulty Fast Feet, by Andrzej Jaskielewicz
- Breakthroughs in Breakpointing, by Darrel Johansen
- SENTINELLE: A Forth 700 Based Measuring System, by E. Léonard, G.-E. April and J. G. Deschêenes
- A Visual Formalism for the Forth Music Language (FORMULA), by Alexander Luoma
- A Space Application for the SC32 Forth Chip, by George A. Nicol
- SC32 Based BioAcquisition System for Audience Response Gauging, by George A. Nicol and Barry A. Cole
- Forthing Around with the 80xC87 Math Chip, by J. V. Noble
- PROCIC - A Process Computer for Computationally Intensive Control, by Stephen Pelc
- Blocks in Forth, by Elizabeth D. Rather
- The Echelon Lighting Control System, by Brad Rodriguez
- FRP 16000 - 16-Bit real time processor, by Klaus Schleisiek-Kern
- Fast and Flexible: The MedTake Bedside Charting System, by Howard Schoen and others
- A Control Language in Forth used by Nonprogrammers in Immunoassay Development, by John C. Silvia
- Producing A Mining Dragline Monitor/Control System, by Ray St.-Laurent and Benjamin Lee
- An Integrated Development Environment for Systems with Embedded Forth, by Ernest St. Louis
- Review of Microcontroller and Microcomputer Interface Course, by Denise S. Stilling and L. Glen Watson
- 386 eForth: A 32 Bit Forth for 30386 Protected Mode Operations, by C. H. Ting
- Kwickly Forth, by Rick VanNorman
- The Sensor Driven Airborne Replanner: Artificial Intelligence for Unmanned Air Vehicles, by Richard C. Wagner
- Genetic Algorithms in Forth, by L. Glen Watson and Denise S. Stilling
- Abstracts
- Recent Forth Success Stories, by Mitch Bradly
- Forth Model for Internet, by James Brakefield
- Preliminary exploration of Optimized Stack Code Generation, by Philip Koopman, Jr.
- Working Groups
- ACM SigForth and Forth Interest
- Asyst
- Forth, C and C++
- New Micros
- Object Oriented Programming Systems
- Real-time Application and instrumentation
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