Page 695 - Mathematical Techniques of Fractional Order Systems
P. 695

Index  667


             Field Programmable Gate Array method,  Fractional differential operators, 103 105
                  625 626                     Fractional dynamical system, 347 348
             Fitzhugh Nagumo equation, 41 43  Fractional fuzzy adaptive synchronization,
             Fixed point theorem                  599
               Bohnenblust Karlin’s, 187      Fractional higher order stochastic
               Leray Schauder, 186 187, 208       integrodifferential inclusions,
             Fixed points analysis, 390 392       controllability of, 229
             FO controllers, 160 161           discussion, 246
             FOFSMCPD controller design, 252, 259 264,  main results, 235 246
                  262f, 266 270, 267t          preliminaries, 231 235
               fractional order operator implementation,  Fractional integral operator, 107
                  264                         Fractional integration operator, 134 135
               fuzzy logic control (FLC) design, 261 263  Fractional operator
               Lyapunov stability criteria, stability  review and approximation of, 322 325
                  analysis using, 260 261     Fractional order (FO) generalized discrete
             FOPID, 160                           maps, 375
             “Forbidden” RHP sector, 82        FO generalized logistic map, 387 399
             Forced-response decomposition, 75, 78 81  dynamics of generalized discrete
               discussion and extensions, 95 98   fractional logistic map, 392 395
               examples, 87 95                   dynamics of Wu fractional logistic map,
               model reduction, 85 86             388 392
                approximation procedure, 85 86   generalized fractional logistic map
               notation and preliminaries, 77 78  design, 399
               stability conditions, 81 85       vertical scaling and zooming maps,
             FOS-TVD, 134                         396 399
             4D integral order hyperchaotic system,  FO generalized tent map, 399 403
                  356 357, 358f, 359 360         effects of main system parameters,
               fractional order, 362              401 402
               phase portraits of, 358f          effects of scaling parameters, 402 403
             FPGA implementations, 436 439     integer order generalized discrete maps,
             Fractal geometry, 637                377 387
             Fractional calculus, 1 2, 37 38, 103,  maps with scaling and shaping
                  162 163, 185 187, 319 321,      parameters, 387
                  347 349, 386, 561, 597 599, 625,  maps with scaling parameters, 380 384
                  633                            maps with shaping parameters, 384 387
               basic definition and preliminaries for,  maps with signed control parameter, 380
                  599 602                     Fractional order 4D integral order
               preliminaries of, 563 568          hyperchaotic system, 362
             Fractional complex chaotic and hyperchaotic  Fractional order adaptive laws (FOAL), 161,
                  systems, 285                    167 168, 173
             Fractional control, 1 2          Fractional order adaptive systems (FOAS),
             Fractional derivative, 347 348       163
               Caputo definition for, 323 324  Fractional order calculus preliminaries, 286
               Grunwald Letnikov definition for, 323  Fractional order chaotic systems (FOCS), 321,
               Gru ¨nwald Letnikov’s (GL) definition for,  350, 352, 428, 561 563
                  375                          generalized synchronization of, 639 644
               Riemann Liouville definition for, 323  topological synchronization, 641 644
             Fractional differential equations (FDEs), 38,  traditional methods, 639 641
                  185 187, 226, 229, 348       Gru ¨nwald Letnikov based FPGA
               general numerical solution of, 634 636  implementation of, 438 439
             Fractional differential inclusions, 185 186,  HDL coder-based implementation of,
                  229 230                         437 438
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