The primary goal of the research presented here was to use critical high throughput criteria discernable from gene sequence and expression characteristics to identify additional proteins that can reasonably be expected to function during parasitism.
In this paper we study performance tradeoffs of fairness algorithms for ring networks with spatial bandwidth reuse, by using two measures: (i) the fairness cycle size as a complexity measure; and (ii) the Max Min optimal fairness criterion as a throughput measure.
In this case the throughput fair criterion of the previous equation degenerates to (17).
The throughput maximization criterion results in the selection of a scheduled vector of users that achieves the largest sum rate among all possible vectors of users.
In terms of system-wide performance metric such as the network throughput, this criterion can ensure more fairness than the weighted-sum of rates, while achieving better performance than the max-min fairness in term of the network throughput [15].
This suggests a high true positive rate; additionally, >50% of sites assigned only using the MS/high-throughput proteomics criteria had five or more citations corresponding to each site in the database, indicating a high potential for other sites to be true positives too.
A choice is then made for the final configuration, based on the throughput requirement, the criteria mentioned above and practical considerations.
The efficiency of the proposed system is evaluated based on the following criteria: throughput, variance of energy, energy consumption for data aggregation, average energy utilization, remaining residual energy, end-to-end delay and packet delivery ratio.
In this section we describe the details of the proposed MAC layer handoff mechanism which addresses the achievable throughput as a handoff criterion rather than the RSSI.
For patients with intact control of eye movements, eyetrackers are the device-of-choice, at least if information throughput is the evaluation criterion.
