A BESS capacity allocation method for improving PV penetration in distribution network is proposed in [7].
By contrast, the bit allocation algorithm for improving SE proposed in [5,6] only exploits the receive powers in the desired and interfering channels but does not consider the different QoS requirements, and thus cannot be applied in this work.
Next, we integrate the proposed distributed power control approach with the back-pressure algorithm[20] and devise a joint scheduling and power allocation policy for improving the queue stability in the presence of dynamic packet arrivals and departures.
The resource allocation problem in wireless system has been widely addressed in some literatures, but it is still challenging in LTE system to design a buffer-aware resource allocation scheme for improving the performance including increasing the system throughput as large as possible, guaranteeing QoS requirements, and achieving fairness.
The importance of revisiting the algorithms for dynamically mapping user-driven virtual resources into physical resources within distributed clouds is highlighted in [12], where an optimal unified resource allocation framework for improving cost efficiency of networked clouds is formulated, and efficient heuristics to solve the problem are proposed.
In this paper, we propose Recursively-Adjusting Co-Allocation, a dynamic co-allocation scheme for improving data transfer performance in Data Grids.
The effects of thermal extender block, thermal conductance, the ratio of total heat transfer allocation are conducted for improving the cooling capacity and reducing the chip temperature of electric devices.
However, in the multi-OLT PON-based hybrid networks, data transmission in the single upstream channel requires a complicated dynamic bandwidth allocation (DBA) algorithm for improving the bandwidth sharing efficiency among the multiple service providers.
Large plant size is an important challenge to studying C-allocation in large grasses such as Sorghum bicolor, particularly later in plant development when understanding of C-allocation is crucial for improving grain yields or composition of bioenergy feedstocks.
