Hi Bharati,
Creating a sensor network with multiple layers in MATLAB involves simulating the behavior of each layer to understand the interactions and communication within the network. I will illustrate it with a code snippet which will initialize a sensor network with 10 nodes, setting up the physical layer, data link layer, and network layer for each node. It will then assign random transmit power, MAC addresses, IP addresses, and initializes buffers and routing tables.
% Define the number of nodes in the network numNodes = 10;
% Create the physical layer, data link layer, and network layer cell arrays
physicalLayer = cell(numNodes, 1);
dataLinkLayer = cell(numNodes, 1);
networkLayer = cell(numNodes, 1);
% Initialize each layer for all nodes
for i = 1:numNodes % Initialize physical layer for node i
physicalLayer{i} = struct('nodeID', i, 'sensorData', [], 'transmitPower', randi([1, 10])); % Assign random transmit power
% Initialize data link layer for node i
dataLinkLayer{i} = struct('nodeID', i, 'MACAddress', sprintf('MAC-%d', i), 'buffer', []);
% Initialize network layer for node i
networkLayer{i} = struct('nodeID', i, 'IPAddress', sprintf('192.168.1.%d', i), 'routingTable', []); end
% Display the layers for each node
disp('Sensor Network Layers:');
for i = 1:numNodes % Convert struct elements to strings for display
physicalStr = sprintf('NodeID: %d, SensorData: %s, TransmitPower: %d', physicalLayer{i}.nodeID, mat2str(physicalLayer{i}.sensorData), physicalLayer{i}.transmitPower);
dataLinkStr = sprintf('NodeID: %d, MACAddress: %s, Buffer: %s', dataLinkLayer{i}.nodeID, dataLinkLayer{i}.MACAddress, mat2str(dataLinkLayer{i}.buffer));
networkStr = sprintf('NodeID: %d, IPAddress: %s, RoutingTable: %s', networkLayer{i}.nodeID, networkLayer{i}.IPAddress, mat2str(networkLayer{i}.routingTable));
% Display the layers for each node
fprintf('Node %d - Physical Layer: %s\nData Link Layer: %s\nNetwork Layer: %s\n', i, physicalStr, dataLinkStr, networkStr); end
Please see attached results.
Feel free to customize the snippet code based on your specific requirements and network design. Hope this code snippet will help you get started with your project. Please let me know if you have any further questions.