Simulator - Revision history

Dgorissen at 23:40, 26 January 2009

2009-01-26T23:40:23Z

← Older revision		Revision as of 23:40, 26 January 2009
Line 4:		Line 4:
	* a dataset		* a dataset
	* a native executable taking input from command line		* a native executable taking input from command line
	* a native executable taking input from ~~stdin~~		* a native executable taking input from standard input
	* a Matlab function		* a Matlab function
	* a Matlab class		* a Matlab class
	* a Java class		* a Java class
	* a shell script		* a shell script
			* a human, this is useful if SUMO cannot be coupled to the simulation code directly but a human needs to input the data manually

	Usually you already have some kind of simulator and you want to model it with the SUMO Toolbox. See the [[Adding an example]] page for details how to do this.		Usually you already have some kind of simulator and you want to model it with the SUMO Toolbox. See the [[Adding an example]] page for details how to do this.

Tdhaene at 13:33, 10 June 2008

2008-06-10T13:33:57Z

← Older revision		Revision as of 13:33, 10 June 2008
Line 1:		Line 1:
	The simulator is the data generating black box for which you want an approximation model (surrogate model). The simulator is anything that, when given a set of data points, provides a set of ~~ouput~~ points. The simulator could be:		The simulator is the data generating black box for which you want an approximation model (surrogate model). The simulator is anything that, when given a set of input data points, provides a set of output points. The simulator could be:

	* a predefined mathematical function, e.g, ''y = sin(x)'' (x is the input, y the output)		* a predefined mathematical function, e.g, '<code>y = sin(x)</code>' (<code>x</code> is the input, <code>y</code> the output)
	* a dataset		* a dataset
	* a native executable taking input from command line		* a native executable taking input from command line
	* a native executable taking input from stdin		* a native executable taking input from stdin
	* a ~~matlab~~ function		* a Matlab function
	* a ~~matlab~~ class		* a Matlab class
	* a Java class		* a Java class
	* a shell script		* a shell script

	Usually you already have some kind of simulator and you want to model it with the ~~toolbox~~. See the [[Adding an example]] page for details how to do this.		Usually you already have some kind of simulator and you want to model it with the SUMO Toolbox. See the [[Adding an example]] page for details how to do this.

Kcrombec at 14:49, 25 January 2008

2008-01-25T14:49:13Z

← Older revision		Revision as of 14:49, 25 January 2008
Line 3:		Line 3:
	* a predefined mathematical function, e.g, ''y = sin(x)'' (x is the input, y the output)		* a predefined mathematical function, e.g, ''y = sin(x)'' (x is the input, y the output)
	* a dataset		* a dataset
	* a native executable		* a native executable taking input from command line
			* a native executable taking input from stdin
	* a matlab function		* a matlab function
	* a matlab class		* a matlab class

Dgorissen at 22:05, 18 May 2007

2007-05-18T22:05:02Z

← Older revision		Revision as of 22:05, 18 May 2007
Line 6:		Line 6:
	* a matlab function		* a matlab function
	* a matlab class		* a matlab class
			* a Java class
	* a shell script		* a shell script

	Usually you already have some kind of simulator and you want to model it with the toolbox. See the [[Adding an example]] page for details how to do this.		Usually you already have some kind of simulator and you want to model it with the toolbox. See the [[Adding an example]] page for details how to do this.

Dgorissen at 22:00, 18 May 2007

2007-05-18T22:00:54Z

New page

The simulator is the data generating black box for which you want an approximation model (surrogate model). The simulator is anything that, when given a set of data points, provides a set of ouput points. The simulator could be:

* a predefined mathematical function, e.g, ''y = sin(x)'' (x is the input, y the output)
* a dataset
* a native executable
* a matlab function
* a matlab class
* a shell script

Usually you already have some kind of simulator and you want to model it with the toolbox. See the [[Adding an example]] page for details how to do this.