saya ingin mempelajari tentang cara mengoptimasi bobot pada jaringan saraf tiruan dengan menggunakan algoritma genetika. bagaimanakah mekanismenya?
software apa yang bisa saya gunakan?
jika ada literatur yang berhubungan dan memungkinkan untuk saya pelajari mohon di-share ya, mas…. (via email lebih ok)
mohon sangat pncerahannya
terima kasih

current system Algoritma genetika yg ada sekarang sprt apa?
dan apa kelemahan2 pada Algoritma genetika?

karena skripsi saya menggunakan metode Algoritma genetika.

Thx ya. :-)

rw itu yang dipakai john holland, saya sendiri lebih suka memakai rw daripada sistem tournament yang harus melakukan pertandingan “head to head”, dalam rw, individu yang kurang baik pun ada kemungkinan masih survive sehingga dapat mengurangi kemungkinan terjebak kepada optimasi lokal

surface evolver 2.3
The Surface Evolver program is freely available and is in use by a number of researchers. Some of the applications of the Evolver so far include modelling the shape of fuel in rocket tanks in low gravity [Te], calculating areas for the Opaque Cube Problem [B4], computing capillary surfaces in cubes [MH] and in exotic containers [C], simulating grain growth [FT] [WM], studying grain boundaries pinned by inclusions, finding partitions of space more efficient than Kelvin’s tetrakaidecahedra [WP] [KS1], foam rheology [KR1] [KR2], sphere eversion [FS], modelling the shape of molten solder on microcircuits [RSB], studying polymer chain packing, modelling cell membranes [MB], and classifying minimal surface singularities.

http://www.stderr.org/doc/evolver-doc/install.htm

Evolver is written to be portable between systems. There are pre-compiled versions for Windows and Macintosh; source files and a Makefile are provided for unix/Linux systems. The distribution packages for various systems are available from the Evolver homepage. Each package also contains documentation and sample datafiles and scripts. The documentation subdirectory is named doc, and contains the manual in PDF format, an HTML version of the documentation (except for the mathematical parts), and a brief unix man page evolver.1. The HTML files are also used by the Evolver help command. The samples are in the subdirectory fe (which is the file extension I use for datafiles; it stands for “facet-edge,” referring to the internal structure of surfaces in the Evolver).

http://www.susqu.edu/brakke/evolver/evolver.html