| 71 - 87 |
Applications of chaos and fractals in process systems engineering
Lee JS, Chang KS |
| 89 - 98 |
Data reconciliation -- progress and challenges
Crowe CM |
| 99 - 110 |
Control of unconventional processes
Edgar TF |
| 111 - 117 |
Human-computer interaction in the new process technology
Nishitani H |
| 119 - 127 |
On-line monitoring and control of a batch polymerization reactor
Crowley TJ, Choi KY |
| 129 - 136 |
Piecewise linear controller improving its own reliability
Hashimoto Y, Katoh T, Shiina T, Yoneya A, Togari Y, McGreavy C |
| 137 - 144 |
Robust generalised predictive control with terminal output weightings
Noh SB, Kim YH, Lee YI, Kwon WH |
| 145 - 156 |
Dynamic behaviour of integrated plants
Morud J, Skogestad S |
| 157 - 160 |
Experimental investigation of a robust control system based on the EMC structure
Wu WT, Hwang ZP, Chuang IH |
| 161 - 167 |
A probability chart for statistical process analysis, with applications
Thornhill NF, Hutchison RJ, Haughie BT |
| 169 - 176 |
A micro module approach to the design and control of autonomous decentralized chemical plant
Koshijima I, Niida K, Umeda T |
| 177 - 186 |
A computer-aided design tool for robustness analysis and control-relevant identification of Horizon Predictive Control with application to a binary distillation column
Jun KS, Rivera DE, Elisante E, Sater VE |
| 187 - 193 |
A new time-optimal strategy for column startup and product changeover
Kruse C, Fieg G, Wozny G |
| 195 - 202 |
Nonlinear tracking and input disturbance rejection with application to pH control
Graebe SF, Seron MM, Goodwin GC |
