In these scenarios a diversity based scheme has the potential to be more robust, more spectrally efficient and also more energy efficient.
The analytical results show that Boltzmann distribution based scheme has the best performance and should be adopted when developing initial allocation of carbon emission permits in Chinese power systems.
The figure shows that the random-based scheme has a smaller total task response time than the proposed scheme.
To summarize, as a TDMA-based scheme has a throughput τ = 1, it becomes very attractive for values of q beyond the maximum of the considered slotted ALOHA system, as the latter becomes unstable, i.e., the value of the delay DALOHA → ∞ since P s → 0. In scenarios with low reporting rate, the slotted ALOHA scheme is to be preferred.
Recently, some symbol-by-symbol based schemes have been proposed for FBMC-OQAM such as, OSLM [16] and DSLM [17].
Comparisons with LTE MBMS over single frequency network based schemes have shown our algorithms to offer enhanced spectral efficiency performance, while providing high client coverage.
Although many p-cycle based schemes have been proposed for single-link failure protection, protection against two-link failures have not received much attention.
The proposed technique as compared to conventional DFT and differential current based protection scheme, has a number of advantages, such as reduced computational complexity, reduced effect of bias setting for fault detection, quicker fault detection and classification, better accuracy of fault location and a faster relay response time (less than half cycle).
All performance based financing and community based health insurance scheme have a social accountability component.
The proposed joint power control, base station assignment, and channel assignment scheme has an average total delay of 1.8 sec.
For the latter method, a sub-layer based scheme, which has both high accuracy and less numerical capacity, is suggested for functionally graded plates.
