Multi-Agent Simulation
EnvironmentSeSAm
(Shell
for Simulated Agent
Systems) provides a generic environment for
modelling and experimenting with agent-based simulation. We specially focused
on providing a tool for the easy construction of complex models ,
which include dynamic interdependecies or emergent behaviour. SeSAm
provides: - Easy
visual agent modelling
,
- Flexible environment
and situation definition
, - The
whole power of a programming language
, - Integrated
graphical simulation analysis
,
- Distribution
of simulation runs in your LAN
,
- and
many further features....
SeSAm is usefull for simulations in many application domains, such as:
- Logistics (coordination, storage layout optimization, software test,,..),
- Production (factory, optimized plans for different requirements,..)
- Traffic (avoidance of traffic jams, traffic light control, route choice..),
- Passenger Flow (market improvement, evacuation of buildings)
- Health Care (optimization of clinical processes, reduction of costs)
- Biology (understanding of insect behaviour, testing theories)
- and many other domains....
SeSAm
is a tool for so called agent based simulation. Agents are active entities of the simulation and their behaviour
is implemented with activity diagrams. Based on an extensive number
of primitive components, a user is able to design a simulation graphically without
knowing the syntax of a traditional programming language.
The
model specification is executable in the same environment and the dynamics of
this simulation may be observed. As there are freely configurable instruments
for gathering data and scripting options for constructing simulation experiments,
SeSAm is a highly valuable tool for MAS simulations especially for complex models
with flexible agent behaviour and interactions. | |
| Related
Books | |
Franziska
Klügl: Multiagentensimulation . Konzepte, Werkzeuge, Anwendung (2000)

Christoph Oechslein:
Vorgehensmodell für Multiagentensimulationen (2004)

Rainer Herrler:
Agentenbasierte Simulation zur Ablaufoptimierung in Krankenhäusern
(2007)

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