| 257 - 264 |
Neural-Network Approach to Signal Modeling in Power-Systems
Ting KL, Berger CS, Conlon MF |
| 265 - 271 |
New Frequency-Domain Design Method for PID Controllers
Wang L, Barnes TJ, Cluett WR |
| 272 - 276 |
Robustness Bounds for Continuous Systems with Lq Regulators
Huang SN, Qian JX, Shao HH |
| 277 - 285 |
Nonlinear Control Design for a Hammerstein Model System
Hwang CL, Hsu JC |
| 286 - 294 |
Mixed Objective Constrained Stable Generalized Predictive Control
Rossiter JA, Kouvaritakis B, Gossner JR |
| 295 - 306 |
2-Degree-of-Freedom Linear-Quadratic Gaussian Predictive Control
Grimble MJ |
| 307 - 314 |
Dynamic Recurrent Neural-Network for System-Identification and Control
Delgado A, Kambhampati C, Warwick K |
| 315 - 322 |
Digital Interval Model Conversion and Simulation of Continuous-Time Uncertain Systems
Shieh LS, Zou X, Coleman NP |
| 323 - 328 |
Discretization of Continuous-Time Control-Systems with Guaranteed Stability
Markazi AH, Hori N |
| 329 - 334 |
Linear Switching Controller Convergence
Ledwich G |
| 335 - 344 |
Control-System Design Issues for Unstable Linear-Systems with Saturated Inputs
Seron MM, Goodwin GC, Graebe SF |
| 345 - 350 |
Stability Robustness Bounds for Linear-Systems with Delayed Perturbations
Trinh H, Aldeen M |
| 351 - 358 |
Multifrequency Routh Approximants for Linear-Systems
Hwang C, Hwang JH, Guo TY |
| 359 - 368 |
Real-Time Identification of Robot - Dynamic Parameters Using Parallel-Processing .1. Theory
Temeltas H, Asher GM |
| 369 - 377 |
Real-Time Identification of Robot - Dynamic Parameters Using Parallel-Processing .2. Implementation and Testing
Temeltas H, Asher GM |
| 378 - 384 |
Stable and Fast Neurocontroller for Robot Arm Movement
Morris AS, Khemaissia S |
| 385 - 400 |
Mobile Vehicle Navigation in Unknown Environments - A Multiple Hypothesis Approach
Maksarov D, Durrantwhyte H |
