Sure, here is an example of MATLAB source code for an AUV assisted routing protocol:

Code snippet

% AUV Assisted Routing Protocol % Define node locations node_locations = [10, 20; 30, 40; 50, 60; 70, 80; 90, 100]; % Define AUV location auv_location = [55, 65]; % Calculate distances between nodes distances = pdist(node_locations); % Create adjacency matrix adjacency_matrix = zeros(size(distances)); % Set edge weights for i = 1:length(distances) for j = 1:length(distances) if distances(i, j) distances(j, auv_location) routing_table(i, j) = shortest_paths(i, auv_location) + shortest_paths(auv_location, j); end end end routing_table = routing_table; end function transmit_data(source_location, destination_location, routing_table) % Simulate data transmission between two nodes % Calculate the path from the source to the destination using the routing table path = shortest_path(routing_table, source_location, destination_location); % Simulate data transmission along the path for i = 1:length(path) - 1 if rand() < 0.1 % Data packet lost else % Data packet successfully transmitted end end end

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This is just an example, and the specific implementation of an AUV assisted routing protocol will depend on the specific requirements of the application. However, this code should provide a good starting point for developing your own AUV assisted routing protocol in MATLAB.