switchgng.html

关于自组织神经网络的一种新结构程序,并包含了其它几种神经网络的程序比较

<title>Selection of Competitive Algorithms</title>
<!-- hhmts start -->
Last modified: Mon Oct 19 11:08:48 MET DST 1998
<!-- hhmts end -->

<br>
<br>

<H2>Select an algorithm to start simulation.</H2>

<UL>
	<LH><h1>Algorithms</h1></LH>
	<LI><a href="GNG.html">Growing Neural Gas (Fritzke)</a>
		<UL>
			<LI><a href="GNG_0.html">start with rectangle</a>
			<LI><a href="GNG_1.html">start with circle</a>
			<LI><a href="GNG_2.html">start with ring</a>
			<LI><a href="GNG_3.html">start with UNI</a>
			<LI><a href="GNG_4.html">start with small spirals</a>
			<LI><a href="GNG_5.html">start with large spirals</a>
			<LI><a href="GNG_6.html">start with high/low density</a>
			<LI><a href="GNG_7.html">start with discrete</a>
			<LI><a href="GNG_8.html">start with UNIT</a>
			<LI><a href="GNG_9.html">start with Move & Jump</a>
			<LI><a href="GNG_10.html">start with Move</a>
			<LI><a href="GNG_11.html">start with Jump</a>
			<LI><a href="GNG_12.html">start with Right MouseB</a>
		</UL>
	<LI><a href="GNG-U.html">GNG-U (Fritzke)</a>
		<UL>
			<LI><a href="GNG-U_0.html">start with rectangle</a>
			<LI><a href="GNG-U_1.html">start with circle</a>
			<LI><a href="GNG-U_2.html">start with ring</a>
			<LI><a href="GNG-U_3.html">start with UNI</a>
			<LI><a href="GNG-U_4.html">start with small spirals</a>
			<LI><a href="GNG-U_5.html">start with large spirals</a>
			<LI><a href="GNG-U_6.html">start with high/low density</a>
			<LI><a href="GNG-U_7.html">start with discrete</a>
			<LI><a href="GNG-U_8.html">start with UNIT</a>
			<LI><a href="GNG-U_9.html">start with Move & Jump</a>
			<LI><a href="GNG-U_10.html">start with Move</a>
			<LI><a href="GNG-U_11.html">start with Jump</a>
			<LI><a href="GNG-U_12.html">start with Right MouseB</a>
		</UL>
	<LI><a href="HCL.html">Hard Competitive Learning (standard)</a>
		<UL>
			<LI><a href="HCL_0.html">start with rectangle</a>
			<LI><a href="HCL_1.html">start with circle</a>
			<LI><a href="HCL_2.html">start with ring</a>
			<LI><a href="HCL_3.html">start with UNI</a>
			<LI><a href="HCL_4.html">start with small spirals</a>
			<LI><a href="HCL_5.html">start with large spirals</a>
			<LI><a href="HCL_6.html">start with high/low density</a>
			<LI><a href="HCL_7.html">start with discrete</a>
			<LI><a href="HCL_8.html">start with UNIT</a>
			<LI><a href="HCL_9.html">start with Move & Jump</a>
			<LI><a href="HCL_10.html">start with Move</a>
			<LI><a href="HCL_11.html">start with Jump</a>
			<LI><a href="HCL_12.html">start with Right MouseB</a>
		</UL>
	<LI><a href="NG.html">Neural Gas (Martinetz)</a>
		<UL>
			<LI><a href="NG_0.html">start with rectangle</a>
			<LI><a href="NG_1.html">start with circle</a>
			<LI><a href="NG_2.html">start with ring</a>
			<LI><a href="NG_3.html">start with UNI</a>
			<LI><a href="NG_4.html">start with small spirals</a>
			<LI><a href="NG_5.html">start with large spirals</a>
			<LI><a href="NG_6.html">start with high/low density</a>
			<LI><a href="NG_7.html">start with discrete</a>
			<LI><a href="NG_8.html">start with UNIT</a>
			<LI><a href="NG_9.html">start with Move & Jump</a>
			<LI><a href="NG_10.html">start with Move</a>
			<LI><a href="NG_11.html">start with Jump</a>
			<LI><a href="NG_12.html">start with Right MouseB</a>
		</UL>
	<LI><a href="NGwCHL.html">Neural Gas with Competitive Hebbian Learning
				 (Martinetz)</a>
		<UL>
			<LI><a href="NGwCHL_0.html">start with rectangle</a>
			<LI><a href="NGwCHL_1.html">start with circle</a>
			<LI><a href="NGwCHL_2.html">start with ring</a>
			<LI><a href="NGwCHL_3.html">start with UNI</a>
			<LI><a href="NGwCHL_4.html">start with small spirals</a>
			<LI><a href="NGwCHL_5.html">start with large spirals</a>
			<LI><a href="NGwCHL_6.html">start with high/low density</a>
			<LI><a href="NGwCHL_7.html">start with discrete</a>
			<LI><a href="NGwCHL_8.html">start with UNIT</a>
			<LI><a href="NGwCHL_9.html">start with Move & Jump</a>
			<LI><a href="NGwCHL_10.html">start with Move</a>
			<LI><a href="NGwCHL_11.html">start with Jump</a>
			<LI><a href="NGwCHL_12.html">start with Right MouseB</a>
		</UL>
	<LI><a href="CHL.html">Competitive Hebbian Learning (Martinetz)</a>
		<UL>
			<LI><a href="CHL_0.html">start with rectangle</a>
			<LI><a href="CHL_1.html">start with circle</a>
			<LI><a href="CHL_2.html">start with ring</a>
			<LI><a href="CHL_3.html">start with UNI</a>
			<LI><a href="CHL_4.html">start with small spirals</a>
			<LI><a href="CHL_5.html">start with large spirals</a>
			<LI><a href="CHL_6.html">start with high/low density</a>
			<LI><a href="CHL_7.html">start with discrete</a>
			<LI><a href="CHL_8.html">start with UNIT</a>
			<LI><a href="CHL_9.html">start with Move & Jump</a>
			<LI><a href="CHL_10.html">start with Move</a>
			<LI><a href="CHL_11.html">start with Jump</a>
			<LI><a href="CHL_12.html">start with Right MouseB</a>
		</UL>
	<LI><a href="LBG.html">LBG (Linde, Buzo, Gray)</a>
		<UL>
			<LI><a href="LBG_0.html">start with rectangle</a>
			<LI><a href="LBG_1.html">start with circle</a>
			<LI><a href="LBG_2.html">start with ring</a>
			<LI><a href="LBG_3.html">start with UNI</a>
			<LI><a href="LBG_4.html">start with small spirals</a>
			<LI><a href="LBG_5.html">start with large spirals</a>
			<LI><a href="LBG_6.html">start with high/low density</a>
			<LI><a href="LBG_7.html">start with discrete</a>
			<LI><a href="LBG_8.html">start with UNIT</a>
			<LI><a href="LBG_9.html">start with Move & Jump</a>
			<LI><a href="LBG_10.html">start with Move</a>
			<LI><a href="LBG_11.html">start with Jump</a>
			<LI><a href="LBG_12.html">start with Right MouseB</a>
		</UL>
	<LI><a href="LBG-U.html">LBG-U (Fritzke)</a>
		<UL>
			<LI><a href="LBG-U_0.html">start with rectangle</a>
			<LI><a href="LBG-U_1.html">start with circle</a>
			<LI><a href="LBG-U_2.html">start with ring</a>
			<LI><a href="LBG-U_3.html">start with UNI</a>
			<LI><a href="LBG-U_4.html">start with small spirals</a>
			<LI><a href="LBG-U_5.html">start with large spirals</a>
			<LI><a href="LBG-U_6.html">start with high/low density</a>
			<LI><a href="LBG-U_7.html">start with discrete</a>
			<LI><a href="LBG-U_8.html">start with UNIT</a>
			<LI><a href="LBG-U_9.html">start with Move & Jump</a>
			<LI><a href="LBG-U_10.html">start with Move</a>
			<LI><a href="LBG-U_11.html">start with Jump</a>
			<LI><a href="LBG-U_12.html">start with Right MouseB</a>
		</UL>
	<LI><a href="GG.html">Growing Grid (Fritzke)</a>
		<UL>
			<LI><a href="GG_0.html">start with rectangle</a>
			<LI><a href="GG_1.html">start with circle</a>
			<LI><a href="GG_2.html">start with ring</a>
			<LI><a href="GG_3.html">start with UNI</a>
			<LI><a href="GG_4.html">start with small spirals</a>
			<LI><a href="GG_5.html">start with large spirals</a>
			<LI><a href="GG_6.html">start with high/low density</a>
			<LI><a href="GG_7.html">start with discrete</a>
			<LI><a href="GG_8.html">start with UNIT</a>
			<LI><a href="GG_9.html">start with Move & Jump</a>
			<LI><a href="GG_10.html">start with Move</a>
			<LI><a href="GG_11.html">start with Jump</a>
			<LI><a href="GG_12.html">start with Right MouseB</a>
		</UL>
	<LI><a href="SOM.html">Self-Organizing Map (Kohonen)</a>
		<UL>
			<LI><a href="SOM_0.html">start with rectangle</a>
			<LI><a href="SOM_1.html">start with circle</a>
			<LI><a href="SOM_2.html">start with ring</a>
			<LI><a href="SOM_3.html">start with UNI</a>
			<LI><a href="SOM_4.html">start with small spirals</a>
			<LI><a href="SOM_5.html">start with large spirals</a>
			<LI><a href="SOM_6.html">start with high/low density</a>
			<LI><a href="SOM_7.html">start with discrete</a>
			<LI><a href="SOM_8.html">start with UNIT</a>
			<LI><a href="SOM_9.html">start with Move & Jump</a>
			<LI><a href="SOM_10.html">start with Move</a>
			<LI><a href="SOM_11.html">start with Jump</a>
			<LI><a href="SOM_12.html">start with Right MouseB</a>
		</UL>
</UL>