E 7
E 10
E 28
E 39A
E 117
E 128
E 177
E 191
E 290C

ME 40
ME C85
ME 92
ME 101
ME 102
ME 102A
ME 104
ME 105B
ME 105
ME 106
ME 107A
ME 107B
ME 108
ME 109
ME 110
ME C117
ME 118
ME 119
ME 122
ME C124
ME 127
ME 128
ME 130
ME 132
ME 133
ME 134
ME 135
ME 140
ME 142
ME 146
ME 151
ME 163
ME 164
ME 165
ME 167
ME 170
ME 173
ME 175
ME C176
ME C180
ME 185
ME 190L
ME 190Y

ME C214
ME C217
ME C218
ME C219
ME 220
ME 221
ME 222
ME C223
ME 224
ME C225
ME 226
ME 227
ME 228
ME 229
ME 230
ME 232
ME 233
ME 234
ME 235
ME C236
ME 237
ME 239
ME 240A
ME 240B
ME 241A
ME 241B
ME 243
ME 251
ME 252
ME 253
ME 254
ME 255
ME 256
ME 257
ME 258
ME 259
ME 260A
ME 260B
ME 262
ME 263
ME C268
ME 273
ME 274
ME 275
ME 277
ME 280A
ME 280B
ME 281
ME 282
ME 283
ME 284
ME 285A
ME 285C
ME 286
ME 287
ME 288
ME 289
ME C290
ME 290A
ME 290B
ME 290C
ME 290D
ME 290G
ME 290H
ME 290N
ME 290P
ME 290Q
ME 290R
ME 290T
ME C298
ME 299
ME 301
ME 602

ME 232. Advanced Control Systems I.  [3 units]

ONLINE RESOURCES: Course website

CATALOG DESCRIPTION

Input-output and state space representation of linear continuous and discrete time dynamic systems. Controllability, observability, and stability. Modelling and identification. Design and analysis of single and multi-variable feedback control systems in transform and time domain. State observer. Feedforward/preview control. Application to engineering systems.

COURSE PREREQUISITES

134 recommended.

TEXTBOOK(S) AND/OR OTHER REQUIRED MATERIAL

COURSE OBJECTIVES

TOPICS COVERED

CLASS/LABORATORY SCHEDULE

Three hours of lecture and one hour of discussion per week.

ASSESSMENT OF STUDENT PROGRESS TOWARD COURSE OBJECTIVES

PERSON(S) WHO PREPARED THIS DESCRIPTION: