MATLAB Simulation of Radar Equation
MATLAB simulation program for radar equation calculations, primarily designed to compute radar detection range, transmit power, echo power, and other critical parameters with detailed code implementation.
Ad Hoc Network Communication Protocol with Power Control
This implementation models an ad hoc network where mobile nodes maintain constant transmission power (PTx = 1W). Each node employs carrier sensing by measuring received signal power X = I + N (interference plus noise) before transmission. Transmission is permitted only when X < INThre (background noise threshold = 1.2e-10). Key parameters include receiver sensitivity Smin = -80 dBm and minimum signal-to-noise ratio γ_min = 2 dB. The simulation implements power control logic through conditional transmission authorization.
Constant Transmission Power for Mobile Nodes
In our simulation setup, each mobile node is configured with a constant transmission power of PTx = 1W. The receiver sensitivity at the receiving node is set to Smin = -80 dBm, with a minimum signal quality requirement of γ_min = 2 dB, and a system background noise threshold of INThre = 1.2e-10. These parameters are typically implemented as global constants in the simulation code to ensure consistent physical layer behavior across all nodes.
Optical Communication Outage Probability Decision
Determining optical communication outage probability to calculate minimum transmit power under specified bit error rate constraints, including implementation approaches for power optimization algorithms