分数阶matlab工具箱

代码说明：

说明：  分数阶fotf/foss等工具箱，用于分数阶建模、控制仿真。(The toolbox of fractional order FOTF / FOSS is used for fractional order modeling and control simulation.)

文件列表：

FOTF Toolbox内容.docx, 17945 , 2019-12-03
fotf, 0 , 2020-03-06
fotf\@foss, 0 , 2020-03-06
fotf\@foss\bode.m, 400 , 2017-07-25
fotf\@foss\coss_aug.m, 645 , 2017-07-25
fotf\@foss\ctrb.m, 286 , 2017-07-25
fotf\@foss\display.m, 547 , 2017-07-25
fotf\@foss\eig.m, 263 , 2017-07-25
fotf\@foss\eq.m, 299 , 2017-07-25
fotf\@foss\feedback.m, 775 , 2017-07-25
fotf\@foss\foss.m, 976 , 2017-07-25
fotf\@foss\foss2fotf.m, 713 , 2017-07-25
fotf\@foss\impulse.m, 347 , 2017-07-25
fotf\@foss\inv.m, 289 , 2017-07-25
fotf\@foss\isstable.asv, 602 , 2017-07-25
fotf\@foss\isstable.m, 655 , 2017-07-25
fotf\@foss\lsim.m, 357 , 2017-11-13
fotf\@foss\margin.m, 413 , 2017-07-25
fotf\@foss\mfrd.m, 338 , 2017-07-25
fotf\@foss\minreal.m, 355 , 2017-07-25
fotf\@foss\minus.m, 198 , 2017-07-25
fotf\@foss\mpower.m, 582 , 2017-07-25
fotf\@foss\mtimes.m, 652 , 2017-07-25
fotf\@foss\nichols.m, 349 , 2017-07-25
fotf\@foss\norm.m, 316 , 2017-07-25
fotf\@foss\nyquist.m, 348 , 2017-07-25
fotf\@foss\obsv.m, 283 , 2017-07-25
fotf\@foss\order.m, 254 , 2017-07-25
fotf\@foss\plus.m, 666 , 2017-07-25
fotf\@foss\rlocus.m, 236 , 2017-07-25
fotf\@foss\size.m, 377 , 2017-07-25
fotf\@foss\ss_extract.m, 324 , 2017-07-25
fotf\@foss\step.m, 338 , 2017-07-25
fotf\@foss\uminus.m, 271 , 2017-07-25
fotf\@fotf, 0 , 2020-03-06
fotf\@fotf\base_order.m, 418 , 2017-07-25
fotf\@fotf\bode.m, 448 , 2017-07-25
fotf\@fotf\diag.m, 525 , 2017-07-25
fotf\@fotf\display.m, 1587 , 2017-07-25
fotf\@fotf\eig.m, 270 , 2017-07-25
fotf\@fotf\eq.m, 522 , 2017-07-25
fotf\@fotf\feedback.m, 971 , 2017-07-25
fotf\@fotf\foss_a.m, 751 , 2017-07-25
fotf\@fotf\fotf.m, 986 , 2017-07-25
fotf\@fotf\fotf2cotf.m, 755 , 2017-07-25
fotf\@fotf\fotf2foss.m, 432 , 2017-07-25
fotf\@fotf\fotfdata.m, 586 , 2017-07-25
fotf\@fotf\freqresp.m, 622 , 2017-07-25
fotf\@fotf\high_order.m, 921 , 2017-07-25
fotf\@fotf\impulse.m, 326 , 2017-07-25
fotf\@fotf\inv.m, 776 , 2017-07-25
fotf\@fotf\isstable.m, 1175 , 2017-07-25
fotf\@fotf\iszero.m, 355 , 2017-07-25
fotf\@fotf\lsim.m, 836 , 2017-07-25
fotf\@fotf\margin.m, 438 , 2017-07-25
fotf\@fotf\maxdelay.m, 349 , 2017-07-25
fotf\@fotf\mfrd.m, 381 , 2017-07-25
fotf\@fotf\minus.m, 197 , 2017-07-25
fotf\@fotf\mldivide.m, 315 , 2017-07-25
fotf\@fotf\mpower.m, 821 , 2017-07-25
fotf\@fotf\mrdivide.m, 317 , 2017-07-25
fotf\@fotf\mtimes.m, 1118 , 2017-07-25
fotf\@fotf\nichols.m, 312 , 2017-07-25
fotf\@fotf\norm.m, 762 , 2017-07-25
fotf\@fotf\nyquist.m, 311 , 2017-07-25
fotf\@fotf\plus.m, 1304 , 2017-07-25
fotf\@fotf\residue.m, 442 , 2017-07-25
fotf\@fotf\rlocus.m, 520 , 2017-07-25
fotf\@fotf\sigma.m, 506 , 2017-07-25
fotf\@fotf\simplify.m, 1054 , 2017-07-25
fotf\@fotf\step.m, 1023 , 2017-07-25
fotf\@fotf\uminus.m, 314 , 2017-07-25
fotf\aux_func.m, 627 , 2017-07-25
fotf\beta_c.m, 418 , 2017-07-25
fotf\c10mpdm2.slx, 25045 , 2017-07-25
fotf\c10mpo1.slx, 19698 , 2017-07-25
fotf\c10mpopt.slx, 17770 , 2017-07-25
fotf\c2exnls.m, 387 , 2017-07-25
fotf\c8mblk1a.slx, 13773 , 2017-07-25
fotf\c8mblk1b.slx, 19083 , 2017-07-25
fotf\c8mblk2.slx, 23572 , 2017-07-25
fotf\c8mblk3.slx, 17348 , 2017-07-25
fotf\c8mblk4.slx, 19616 , 2017-07-25
fotf\c8mblk5.slx, 23272 , 2017-07-25
fotf\c8mcap2.slx, 21323 , 2017-07-25
fotf\c8mcaputo.slx, 21418 , 2017-07-25
fotf\c8mcaputo1.slx, 21099 , 2017-07-25
fotf\c8mcaputos.slx, 25067 , 2017-07-25
fotf\c8mchaos.slx, 17544 , 2017-07-25
fotf\c8mchaos1.slx, 19008 , 2017-07-25
fotf\c8mchaosd.m, 343 , 2017-07-25
fotf\c8mchaosd1.m, 344 , 2017-07-25
fotf\c8mchua.m, 408 , 2017-07-25
fotf\c8mchua1.m, 413 , 2017-07-25
fotf\c8mchua2.m, 342 , 2017-07-25
fotf\c8mchuasim.slx, 23437 , 2017-07-25
fotf\c8mexp1.m, 360 , 2017-07-25
fotf\c8mexp1x.m, 363 , 2017-07-25
fotf\c8mexp2.m, 347 , 2017-07-25
fotf\c8mexp2.slx, 21146 , 2017-07-25