1983 Rochester Forth Applications Conference
The Rochester Forth Applications Conference was hosted by the Laboratory for Laser
Energetics, University of Rochester and the
Institute for Applied Forth Research, Inc.,
June 7-11, 1983.
Presentations include:
- C-Forth: A portable Forth System, by Peter Blaser and Lawrence P. Forsley
- Real-Time Interactive Spectroscopy, by Robert Boni and Lawrence P. Forsley
- The Multiple Mirror Telecope Observatory Mount Servo Control System, by Marc Chamberlin
- Tucson Amateur Packet Radio Dynamic Addressing Protocol, by Marc Chamberlin
- The Industrial Robot, by Donald A. Davenport
- Using the AIM-65 Forth as a macro assembler, by F. N. DiMeo
- The QUAN concept expanded, by Thomas Dowling
- Forth-Based Products for Robotic Applications, by Randy M. Dumse
- A Robotic Application for Contamination Free Assembly, by Randy M. Dumse
- A Non-Conventional Implementation of Forth for the Z80 with CP/M, by David C. Farden
- A Review of Recursive Structures in Forth, by Lawrence P. Forsley
- A Forth-Based Array Processor Driver, by Rober Frankel
- Use of State Tables and Sensory Information for Control of a Cartesian Robot, by Judy Franklin, Terri Noyes and Gerry Pocock
- Towards a More Writable Forth Syntax, by Harvey Glass
- Forth as the Kernel of a Functional Programming System, by Harvey Glass
- Telescope Pointing: A Forth Application, by James V. Harwood
- Blocking Out Bad Memories, by Peter H. Helmers
- Is This still Forth?, by Peter H. Helmers
- Generic Operators for use with infix, postfix, and prefix notations, by David Hofert and Lawrence P. Forsley
- DELTA: A Forth-Based Expert System, by Harold E. Johnson, Jr.
- A Forth-System for a Waste Water Treatment: Plant Control and data logging, by C. P. Kuznia and A. Kroneberg
- A Forth-Based Bioengineering Class, by Steven M. Lewis
- Verify: A useful Forth programming tool, by Steven M. Lewis
- Forth-Based software for real-time control of a machanically-scanned ultrasonic imaging system, by E. T. Lynk and H. E. Johnson
- The Evolution of Forth through its application, by David B. McClain
- Identification of Functionally-related word groups in Forth programs by correlating word usage, by Herbert C. McClees
- They, Robots, by Charles H. Moore
- Forth products for business packages, by Pierre Moreton
- Computer music synthesis: A real-time application in Forth, by Jeff C. Morriss and Kim Harris
- Recursive Dragon Designs, by Victor T. Norton, Jr.
- Design of a Forth-Based robot control language, by Terri Noyes, Gerry Pocock and Judy Franklin
- System Architecture of the Perceptual Robotics Laboratory, by Gerry Pocock, Judy Franklin and Terri Noyes
- A Software clock-divider, by Carol Pruitt
- Single-Key Macros: Vectored I/O in Action, by John Rible
- Forth and automation reaserch at the National Bureau of Standards, by William G. Rippey
- Dysan IEEE P-754 Binary floating point architecture, by Jonathan R. Sand and John O. Bumgarner
- Describing activity scheduling problems with Forth, by Joel Shprentz, Jim Whitehead and Art Kubo
- A file system in Forth: One approach, by Theodore Sizer II, Lawrence Forsley and Peter H. Helmers
- A Robot Langague for two unique application, by Dan Slater
- An instruction set architecture for abstract Forth Machines, by Nichola Solntseff
- Reserved Prefixes: A routine to identifying standardized Forth words and segregated application packages, by Leonard Spialter
- A Hardware/Software finite state machine implementation, by Michael K. Starling
- Improvement of a human/robot interface through the use of Forth, by Doug Thompson
- Optimization of three-dimensional Forth graphics using an array processor, by Carole A. Winkler
- A Forth simulator for the TMS 320 IC, by Richard Wyckoff
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