In a real life practice, the case of commercial PEV fleet is not rare, but the problem of its usage and scheduling for frequency regulation has not been addressed so far.
Disease management programmes with fixed schedules for frequency and contents of consultations have been developed, and consultations with patients with chronic conditions are considered obvious domains for involvement of practice nurses [ 13].
As a static power adjustment approach, Rountree et al. use linear programming to derive the offline schedule for CPU frequency so that energy saving is optimal [7].
Let ψ 1 ( m ) ⋯, ψ k ( m ), …, ψ | K m | ( m ) be a permutation of the scheduled user indices for frequency band m that sorts the channel gains in increasing order, i.e. g ψ 1 ( m ) ≤ ⋯ ≤ g ψ k ( m ) ≤ ⋯ ≤ g ψ | K m | ( m ).
Next we address the problem of finding the optimal frequency schedule for a complex computation, with frequencies varying multiple times over the course of the computation's execution.
This reasoning enables creation of fine-grained schedules for the frequencies at which the cores should operate for energy-efficient execution of concurrent computations, without compromising on performance requirements.
Compared to asynchronous contention-based random access, e.g., carrier sensing multiple access, synchronous and distributed link scheduling for orthogonal frequency-division multiplexing (OFDM) systems is a viable solution to improve system throughput for device-to-device (D2D) ad hoc network.
Within two weeks after the questionnaire, each study participant was scheduled to be observed for frequency of her performance of high risk patient-handling tasks (HRPHTs), which are physically demanding, during a workday (day shift).
Although DREAM-MCP introduces overhead, it helps conserve energy by generating a per-core frequency schedule for the computation.
