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OMNET++ SAMPLE PROJECT
Wireless Sensor and Actor network (WSAN) - OMNET++ SAMPLE PROJECT
OMNET++ SAMPLE PROJECT can be easily extended with other nodes further capable of actuating, forming a wireless sensor and actor network (WSAN).The realization of wireless sensor and actor networks (WSANs) needs to satisfy the requirements introduced by the coexistence of sensors and actors. To provide effective sensing and acting, coordination mechanisms are required among sensors and actors.
Components of sensor and actor networks:
- Controller (Decision unit).
- Actuation unit.
- Sensing unit.
- Receiver/transmitter.
- Processor & storage.
Characteristics of WSAN:
- Real time application
- Low latency.
- Long network lifetime
Research challenges on WSAN:
- There is a need for an analytic framework in order to characterize the three planes, that is, management, coordination and communication planes
- For sensor-actor coordination, algorithms that can provide ordering, synchronization and eliminate the redundancy of actions need to developed
- sophisticated distributed coordination algorithms need to be developed for effective sensing and acting task
- For actor–actor coordination, there is a need to provide a unified framework that can be exploited by different applications
- For sensor-actor coordination, algorithms that can provide ordering, synchronization and eliminate the redundancy of actions need to developed
WSN can be easily extended with other nodes further capable of actuating, forming a wireless sensor and actor network (WSAN).The realization of wireless sensor and actor networks (WSANs) needs to satisfy the requirements introduced by the coexistence of sensors and actors. To provide effective sensing and acting, coordination mechanisms are required among sensors and actors.
Sample code for WSAN:
void dbg(const char *format, …)
{ //{{{
va_list args;
va_start(args, format);
vsprintf(dbgStr, format, args);
ev << dbgStr;
va_end(args);
} //}}}
void dbgt(simtime_t t, const char *format, …)
{ //{{{
va_list args;
va_start(args, format);
sprintf(dbgtfnStr, “%11.6f “, t);
vsprintf(dbgStr, format, args);
strcat(dbgtfnStr, dbgStr);
ev << dbgtfnStr;
va_end(args);
} //}}}
void dbgf(const char *funcName, const char *format, …)
{ //{{{
va_list args;
va_start(args, format);
sprintf(dbgtfnStr, “[%s] “, funcName);
vsprintf(dbgStr, format, args);
strcat(dbgtfnStr, dbgStr);
ev << dbgtfnStr;
va_end(args);
} //}}}
void dbgfn(const char *funcName, nodeid_t nodeID, const char *format, …)
{ //{{{
va_list args;
va_start(args, format);
sprintf(dbgtfnStr, “[%s] <%d>”, funcName, nodeID);
vsprintf(dbgStr, format, args);
strcat(dbgtfnStr, dbgStr);
ev << dbgtfnStr;
va_end(args);
} //}}}
void dbgtfn(simtime_t time, const char *funcName, nodeid_t nodeID, const char *format, …){ //{{{
va_list args;
va_start(args, format);
sprintf(dbgtfnStr, “%11.6f [%s] <%d>”, time, funcName, nodeID);
vsprintf(dbgStr, format, args);
strcat(dbgtfnStr, dbgStr);
ev << dbgtfnStr; va_end(args);}
OMNeT++ Simulator
Introduction to OMNeT++ Simulator
OMNeT++ PROJECTS OUTPUT
Latest OMNeT++ Simulator Projects Output Video
OMNeT++ PROJECTS Screenshots
Latest OMNeT++ Simulator Projects Screenshots
OMNeT++ Simulator Installation
OMNeT++ Simulator Installation Manual.
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