| The LEP control system (p. 1) |
| by Innocenti, Pier Giorgio |
| Recent progress in the control system for KEK 2.5-GeV e-/e+ linac (p. 16) |
| by Furukawa, K |
| The status and prospects of the control system of the accelerator test facility for linear collider (p. 23) |
| by Urakawa, J |
| Improving reliability in the SLC control system (p. 27) |
| by Heinen, N |
| The high speed bus system for LISA (p. 33) |
| by Catani, L |
| The Vivitron process control [presented at Vancouver] (p. 78) |
| by Lutz, Jean Robert |
| Problems in rejuvenating a control system and plans for the CERN proton synchrotron (CPS) (p. 81) |
| by Perriollat, F |
| The CERN antiproton source : controls aspects of the additional collector ring and fast sampling devices(p. 93) |
| by Chohan, V |
| Aspects of automation and applications in the CERN antiproton source (p. 98) |
| by Chohan, V |
| Initial operation and current status of the Fermilab DZero VMEBUS-based hardware control and monitor system (p. 125) |
| by Goodwin, R W |
| Monitor and control systems for the SLD Cherenkov ring imaging detector (p. 136) |
| by Antilogus, P |
| The control system of the OPAL detector at LEP (p. 145) |
| by Amundsen, A K |
| The beam synchronous timing system for the LEP instrumentation (p. 192) |
| by Baribaud, Guy |
| The TRISTAN timing system (p. 198) |
| by Urakawa, J |
| Timing system of the accelerator test facility for a linear collider (p. 206) |
| by Urakawa, J |
| The SPS and LEP control network architecture (p. 215) |
| by Liénard, P |
| Personal computers in the LEP controls system (p. 221) |
| by Jirdén, L |
| Tools for remote computing in accelerator control (p. 225) |
| by Anderssen, P S |
| A distributed data acquisition and monitoring system for the beam instrumentation of LEP (p. 231) |
| by Baribaud, Guy |
| A new data communication strategy for accelerator control systems (p. 239) |
| by Parker, C R C B |
| Use of real-time kernels in process control : an application to beam instrumentation(p. 276) |
| by Brahy, D |
| A new closed orbit correction procedure for the CERN SPS and LEP (p. 305) |
| by Brandt, D |
| Accelerator controls at CERN : some converging trends(p. 308) |
| by Kuiper, B |
| Report of the Los Alamos accelerator automation application toolkit workshop (p. 321) |
| by Clout, P N |
| A software kit for building applications in accelerator control systems : a proposal(p. 325) |
| by Daneels, A |
| Operational protocols for controlling accelerator equipment (p. 332) |
| by Bailey, R |
| Implementation of a control protocol in the instrumentation field (p. 338) |
| by Benincasa, G P |
| The CERN/LEP-SPS Librarian system (p. 363) |
| by Corniaux, C |
| Software development and maintenance : an approach for a large accelerator control system(p. 368) |
| by Casalegno, L |
| Report on the EPS case study group (p. 382) |
| by Daneels, A |
| SASD and the CERN/SPS run time coordinator (p. 385) |
| by Morpurgo, G |
| Process equipment data organisation in CERN PS controls (p. 412) |
| by Casalegno, L |
| Experience with workstations for accelerator control at the CERN SPS (p. 437) |
| by Ogle, A |
| Beam modelling with a window-oriented user interface (p. 450) |
| by Raich, U |
| Recent developments in MAD version 8 [presented at Vancouver] (p. 464) |
| by Grote, H |
| GENI : a graphical environment for model-based control(p. 475) |
| by Kleban, S D |
| Computation and control with neural networks (p. 507) |
| by Corneliusen, A |