to visualize node deployment, communication links, energy levels, and data flow within the network. What are the limitations of WSN simulation in MATLAB? While MATLAB offers powerful modeling capabilities, it may hav
ncy, packet delays, or link utilization to detect congestion. ```matlab % Example: Buffer occupancy tracking buffers = zeros(numNodes,1); threshold = 80; % buffer occupancy threshold in percentage for t=1:simulationTime for node=1:numNodes buffers(node) = buffers(node) + data
mulation results against real-world scenarios Conclusion Implementing mobility in WSN source code within MATLAB is a crucial step toward designing resilient, adaptable, and efficient sensor networks. By leveraging MATLAB's simulation capabilities, researchers and developers can model variou
d optimize sensor networks effectively. From initial topology design to energy-aware routing and performance analysis, MATLAB’s flexible environment accelerates innovation in wireless sensor network development. As WSN applications c
