Difference between revisions of "Continuous Simulation"

From CIPedia
Jump to navigation Jump to search
Line 10: Line 10:
 
{{quote-diesis|In a continuous [[computer simulation]], the system behaviour is represented by differential equations and the simulation consists in solving the equation.}}
 
{{quote-diesis|In a continuous [[computer simulation]], the system behaviour is represented by differential equations and the simulation consists in solving the equation.}}
  
 +
<!--
 
=== Other International Definitions ===
 
=== Other International Definitions ===
<!-- Insert here definitions from international organizations, if available. Each new definition should be formatted as a heading level 4, followed by the unformatted text of the definition. An example follows below:
 
==== United Nations’ Definition ====
 
Insert the definition found in the document “2009 UNISDR Terminology on Disaster Risk Reduction” (this is an example). -->
 
 
 
=== National Definitions ===
 
=== National Definitions ===
<!-- Insert official national definitions, if available.  Each definition should be formatted as a heading level 4, followed by the text of the definition. An example follows below:
 
 
==== Country Name====
 
==== Country Name====
  Insert the definition found on the DHS Lexicon (this is an example). -->
+
   
 +
===Standard Definition===
 +
-->
  
===Standard Definition===
 
<!--Insert the text of the definition. Each definition should be formatted as a heading level 4, followed by the text of the definition. -->
 
  
 
== Discussion Topic ==
 
== Discussion Topic ==

Revision as of 13:48, 22 December 2016


Definitions

European Project Definitions

CIPRNet project

The CIPRNet project [1] uses the following definition:

In a continuous computer simulation, the system behaviour is represented by differential equations and the simulation consists in solving the equation.

DIESIS project

The DIESIS project [2] gives the following definition:

In a continuous computer simulation, the system behaviour is represented by differential equations and the simulation consists in solving the equation.



Discussion Topic

See also

Notes

References