A tailored deep reinforcement learning framework for adaptive antenna impedance matching delivers better tuning accuracy, speed, and stability than heuristic or gradient-based methods.
An analysis of the performance of a handset diversity antenna influenced by head, hand, and shoulder effects at 900 MHz. I. Effective gain characteristics
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An Adaptive Antenna Impedance Matching Method via Deep Reinforcement Learning
A tailored deep reinforcement learning framework for adaptive antenna impedance matching delivers better tuning accuracy, speed, and stability than heuristic or gradient-based methods.