Packaged: Fri Jun 17 21:42:15 2005; marchini

Packaged: Tue Oct  4 21:08:42 2005; root

Packaged: Tue May  2 21:00:40 2006; root

Packaged: Tue May 16 09:44:59 2006; marchini

Packaged: Thu Oct 18 22:32:20 2007; root

Packaged: Tue Dec 11 22:23:43 2007; lafaye

Packaged: Thu Dec 13 21:15:19 2007; lafaye

Title: Functions for I/O of ANALYZE format .img and .hdr image files.
Description: Functions for I/O of ANALYZE image format files
Depends: tcltk (but only for the GUI, all other functions are stand alone)

Author: Tran Thi Ngoc Han <tranthingochan01011994@gmail.com>_ Doan Hai Nghi <Hainghi1426262609121094@gmail.com>  _  Mai Thi Hong Diem <maidiemks@gmail.com>  _  Nguyen Thi Diem My <myntdhg@gmail.com>  _  Hong Viet Minh <hongvietminh@gmail.com>
Maintainer: Hong Viet Minh <hongvietminh@gmail.com>
Description: Main function of package is helped to analyze time series, peculiar is fuzzy time series. The package can calculate AIC value of common time series models and propose the best models according AIC values. To fuzzy time series by "Chen", "Sing", "Heuristic" and "Chen-Hsu" models, also can fuzzy and forecast time series by Abbasov-Mamedova model.

Author: Tran Thi Ngoc Han <tranthingochan01011994@gmail.com>_ Doan Hai Nghi <Hainghi1426262609121094@gmail.com>  _  Mai Thi Hong Diem <maidiemks@gmail.com>  _  Nguyen Thi Diem My <myntdhg@gmail.com>  _  Hong Viet Minh <hongvietminh@gmail.com> _ Vo Van Tai <vvtai@ctu.edu.vn>

Author: Tran Thi Ngoc Han, Doan Hai Nghi, Mai Thi Hong Diem, Nguyen Thi Diem My, Hong Viet Minh, Vo Van Tai.
Description: Analyze (fuzzy) time series, calculate AIC value of common time series models and propose the best model. Fuzzy time series can be analyzed by "Chen", "Sing", "Heuristic" and "Chen-Hsu" models. The Abbasov-Mamedova model and an improved version of the Abbasov-Mamedova model is included as well.
Packaged: 2016-06-25 08:41:05 UTC; Administrator

Description: Analyze (fuzzy) time series, calculate AIC value of common time series models and propose the best model. Fuzzy time series can be analyzed by "Chen", "Sing", "Heuristic" and "Chen-Hsu" models. The Abbasov-Mamedova model and NFTS model is included as well.