Sentence examples for budget allocation algorithm from inspiring English sources

We provide a polynomial-time dynamic-programming budget allocation algorithm that minimizes the latency when questions form tournaments in each round.

The value of α depends on execution frequency of the budget allocation algorithm compared to the total Internet data budget plan period.

For performance evaluation, we have set (alpha = frac {Delta }{mathcal {T}}), where Δ is the time interval between two consecutive executions of data budget allocation algorithm.

Each data budget plan period (mathcal {T}) is divided into multiple time cycles, as depicted in Fig. 2. We also assume that the budget allocation algorithm periodically runs every after t time cycle where t changes proportionately with (mathcal {T}) and B. It tries to avoid over-provisioning as well as under-provisioning so as to maximize the resource utilization and application performances.

The total data plan period is assumed to be 720 h (i.e., 30 days) and the budget allocation algorithm execution time interval Δ is chosen 30∼50 min. We stored the user's application usage statistics in a log file and plotted the graph points based on real-time dataset.

We developed Android applications for each of the studied data budget allocation algorithms to be installed on the smartphones.

We used the following two metrics to evaluate the performance of the studied Internet data budget allocation algorithms.

As shown in Fig. 3 a, the average resource utilization linearly decreases with the number of applications for all studied budget allocation algorithms due to under-provisioning penalty.

The iterative algorithm that allocates more budget to the users with more power shortage and keeps the total budget as is summarized in Algorithm 1. Algorithm 1. Iterative algorithm for budget allocation on satisfying power demands Step 1:  Set power supply of each channel.

Algorithm 2 is similar to Algorithm 1 for budget allocation on satisfying power demands.

Table 1 lists the number of iterations required to find out the budget allocation with and by the above iterative algorithm.