Difference between revisions of "LAMPS"

From CIPedia
Jump to navigation Jump to search
 
(5 intermediate revisions by the same user not shown)
Line 4: Line 4:
 
<!-- This section presents all available definitions of the above term.-->
 
<!-- This section presents all available definitions of the above term.-->
  
=== European Definitions ===
+
=== European Project Definitions ===
 +
==== CIPRNet project ====
 +
{{quote-ciprnet|''See DIESES below.''}}<br/>
 +
 
 
==== DIESIS project ====
 
==== DIESIS project ====
 
{{quote-diesis|
 
{{quote-diesis|
 
LAMPS (Language for Agent-based Modelling of Processes and Scenarios) is a general language to describe processes and scenarios. It has some similarities to Petri Nets as it also has places, tokens and transitions (called actions in LAMPS). Places can contain tokens that represent some data. There are rules associated with each action that invoke the actions under certain conditions. These actions get tokens as input data and may create one or several tokens as output. LAMPS can be used to describe all kinds of [[user-specified behaviour]] ([[component]] behaviour, [[scenario behaviour]] and [[fault behaviour]]).
 
LAMPS (Language for Agent-based Modelling of Processes and Scenarios) is a general language to describe processes and scenarios. It has some similarities to Petri Nets as it also has places, tokens and transitions (called actions in LAMPS). Places can contain tokens that represent some data. There are rules associated with each action that invoke the actions under certain conditions. These actions get tokens as input data and may create one or several tokens as output. LAMPS can be used to describe all kinds of [[user-specified behaviour]] ([[component]] behaviour, [[scenario behaviour]] and [[fault behaviour]]).
 
}}
 
}}
 
+
<!--
 
=== 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 ===
 
<!-- 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====
 
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 ==
Line 36: Line 34:
 
<!-- Additional references can also be added below.-->
 
<!-- Additional references can also be added below.-->
  
 
+
[[Category:CIPRNet-Glossary]][[Category:DIESIS-Glossary]]
<!-- Add category, i.e. [[Category:Main]] -->
 
[[Category:DIESIS-Glossary]]
 
 
[[Category:Simulation]]
 
[[Category:Simulation]]
 
{{#set:defined by=EU project}}
 
{{#set:defined by=EU project}}
 +
{{#set: Showmainpage=No}}

Latest revision as of 00:13, 28 June 2019


Definitions

European Project Definitions

CIPRNet project

The CIPRNet project [1] uses the following definition:

See DIESES below.


DIESIS project

The DIESIS project [2] gives the following definition:

LAMPS (Language for Agent-based Modelling of Processes and Scenarios) is a general language to describe processes and scenarios. It has some similarities to Petri Nets as it also has places, tokens and transitions (called actions in LAMPS). Places can contain tokens that represent some data. There are rules associated with each action that invoke the actions under certain conditions. These actions get tokens as input data and may create one or several tokens as output. LAMPS can be used to describe all kinds of user-specified behaviour (component behaviour, scenario behaviour and fault behaviour).



Discussion Topic

See also

Notes

References