The scheduler's task is to assign users to slots (which means to find all combinations of elements, at a time) whereas one user may be scheduled in multiple slots (repetitions are allowed).
The second paper titled "Throughput versus fairness: channel-aware scheduling in multiple antenna downlink" by E. A. Jorswieck, A. Sezgin, and X. Zhang studies the trade-off of using four channel-aware scheduling algorithms using majorization theory for a space-time coded multiple antenna downlink system, where TDMA-based scheduling is employed and spatial diversity is exploited.
A modified GA with new features in chromosome encoding, mutation, crossover, selection operation as well as GA structure is proposed herein to optimize the multidimensional integration problem of precedence-constrained production planning and scheduling in multiple production line environment as described above.
FV-162 displays potent anticancer activity and maintains a wide differential activity between malignant and normal cells despite a continuous daily dosing schedule in multiple myeloma cell lines, primary patient cells, and animal models.
We analyze the complexity of the problem and discuss two sub-problems of scheduling jobs in a single machine and scheduling jobs in multiple machines.
The key reason is because our algorithm is able to schedule transmissions in multiple layers as opposed to layer by layer, as is done by [7]. .
The key reason is our algorithm is able to schedule transmissions in multiple layers as opposed to layer by layer, as is done by OTAB.
In our previous work [40], we also examined the scheduling problem in multiple-clusters environments focusing on the budget/performance trade-off of the possible jobs-to-clusters assignments.
In [26], optimal packet scheduling in a multiple access communication system with two energy harvesting transmitters was investigated.
Consequently, HBA is able to schedule simultaneous transmissions in multiple layers of a BFS tree, which helps to reduce broadcast latency.
