Joint communication-trajectory design for a single movable antenna yields closed-form optimal paths for two-path channels and an optimal graph-theoretic solution for general channels via discretization into a fixed-hop shortest-path problem.
6D movable antenna base d on user distribution: Modeling and optimization
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Movable antenna systems exhibit a fundamental tradeoff between movement duration for improved channels and transmission time, optimized via 1D search or a fitting method that yields a closed-form speed threshold below which stationary antennas are optimal.
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Joint Communication and Trajectory Design for Movable Antenna Systems
Joint communication-trajectory design for a single movable antenna yields closed-form optimal paths for two-path channels and an optimal graph-theoretic solution for general channels via discretization into a fixed-hop shortest-path problem.
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Fundamental Tradeoff in Movable Antenna Systems: How Long to Move Before Transmission?
Movable antenna systems exhibit a fundamental tradeoff between movement duration for improved channels and transmission time, optimized via 1D search or a fitting method that yields a closed-form speed threshold below which stationary antennas are optimal.