APASS raises the minimum user data rate by a factor of 2.98 over equal-power allocation in LEO satellite systems while keeping Jain's fairness above 0.99, even when channel predictions contain substantial errors.
A primal-dual interior-point algorithm for nonsymmetric exponential-cone optimization
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Adaptive Power Allocation and User Scheduling for LEO Satellites using Channel Predictions
APASS raises the minimum user data rate by a factor of 2.98 over equal-power allocation in LEO satellite systems while keeping Jain's fairness above 0.99, even when channel predictions contain substantial errors.