We consider the time-averaged channel quality over the period, n c =100 ms. All the benchmark scheduling rules utilize the time-averaged throughput.
Our main goal is to study the fairness and efficiency performance of the proposed and benchmark scheduling rules when the delay bound and packet loss threshold constraints are considered.
Where Ewithsch and Ewithoutsch represent respectively the energy consumed by the benchmarks with scheduling routines and without scheduling routines.
Under each life plan, if the individual meets the benchmarks ahead of schedule, then he or she could be rewarded.
This paper presents a systematic methodology for designing a hard real-time multi-core testbed to validate and benchmark various rate monotonic scheduling (RMS -based task allocation and scheduling schemes in eneRMS -basedptask.
We demonstrate that the proposed control scheme is able to generate a spatial concentration profile which is uniform and close to the target concentration compared to that of the benchmark, Nolte's pumping schedule.
With data on the number of visits we use the fee schedule to benchmark the amount of retail revenue private providers would obtain from selling commodities distributed by PSI.
In this work, the existing exponential rule (EXP rule) is utilized to benchmark our proposed packet scheduling techniques so that we are able to further evaluate the scheduling performance.
Well-known benchmark instances in the scheduling literature [4, 29, 71, 132] are commonly used for evaluation purposes.
The evaluation with cost factors, relating execution time and resource utilization, is made through different benchmark examples and various scheduling algorithms.
The rest of the paper is organized as follows: Section 2 discusses related literature, Section 3 describes the system model, Section 4 describes the benchmark and the proposed scheduling algorithms, Section 5 describes the packet length adaptation schemes, Section 6 reports numerical results and, finally, Section 7 provides the conclusion.
