NetSim allows users to design a network, simulate and analyse the performance of an IOT network using:
•Devices: Sensor Motes, 6LoWPAN Gateway, Routers, Switches, AP, Nodes can be dragged and dropped for network design
•Data link and physical layer implementation is as per IEEE 802.15.4 standards•Network layer is IPV6 (RFC 2460) and can run both on IPV4 and IPv6
•Routing via AODV (RFC 3561), RPL (RFC 6550)
•6LoWPAN Gateway will switch the packet from one network to another
Please practice the following sections of the user manual for you to get some hold on NetSim's IoT Code:
For v13.0
1. Section 8 - Analysis
2. Section 9 of User Manual - Custom code in NetSim
3. Section 10.4 of User Manual - Adding Custom Performance Metrics
4. Section 10.2 of User Manual - MATLAB Interfacing (Optional)
For v12.2
1. Section 8 - Analysis
2. Section 9 of User Manual - Custom code in NetSim
3. Section 10.4 of User Manual - Adding Custom Performance Metrics
4. Section 10.2 of User Manual - MATLAB Interfacing (Optional)
For v12.1:
1. Section 8 - Analysis
2. Section 9 of User Manual - Custom code in NetSim
3. Section 10.4 of User Manual - Adding Custom Performance Metrics
4. Section 10.2 of User Manual - MATLAB Interfacing (Optional)
For v12.0:
1. Section 7 - Analysis
2. Section 8 of User Manual - Custom code in NetSim
3. Section 9.4 of User Manual - Adding Custom Performance Metrics
4. Section 9.2 of User Manual - MATLAB Interfacing (Optional)
For v11.1 and lower versions:
1. Section 6 - Analysis
2. Section 7 of User Manual - Custom code in NetSim
3. Section 8.5 of User Manual - Adding Custom Performance Metrics
4. Section 8.4 of User Manual - MATLAB Interfacing (Optional)
File Exchange Projects Related to IoT in NetSim:
3. RPL-DODAG_Visualization_v13.0
5. SinkHole_attack_in_IoT_RPL_v13.0
3. Other file exchange projects involving NetSim's WSN Module can also be referred to optionally
KnowledgeBase Section on NetSim IoT: