The authors presented a longest virtual burst first (LVBF) scheduling algorithm to improve the energy efficiency of MSs and meet the requirement of minimal data rates for the connection with PSC I [14].
Maximum and minimum data-rate (R dmax, R dmin): These metrics give an indication of the peak and minimal achievable performance of a node using a given power manager.
To strike a better trade-off between the network throughput and fairness, we design a novel multi-channel assignment algorithm, targeting at maximizing the minimal data sending rate.
Our experimental results based on both chain and uniformly random sensor deployment topologies show that the minimal data sending rate can be improved by up to 100% comparing with the existing work TMCP.
The extensive evaluations confirm that the proposed algorithm is superior to the existing approaches and succeeds in maximizing the sum rate in a cell, while providing each user with the minimal requested data rate and the requested tolerable error probability.
They also exploited throughput optimization, i.e., to obtain energy management policies for the largest possible data rate and the minimal mean delay in the queue.
By focusing on SISO LTI plants, and a class of source coding schemes, we establish lower and upper bounds on the minimal average data-rate needed to achieve a prescribed performance level.
In order to provide the better QoS in terms of data rate, service time (delay) and minimal interruptions (channel switching), we add a new TOI gene inside the chromosome.
