Sentence examples for based on utility functions from inspiring English sources

For each water quality management scenario, robustness and opportuneness criteria are determined based on utility functions of different stakeholders.

Afterwards, the design of the proposed adaptive framework based on utility functions and autonomic computing concepts is delineated and the MAPE-K loop components are presented in detail.

Their work is not based on utility functions but likewise our work, their approach leverages from information the system already has about applications.

This paper presented an approach based on utility functions for creating a self-managing VM placement solution in cloud data centers that dynamically assigns VMs-to-hosts according to resource utilization.

This technology is general and can be deployed in conjunction with many DSM schemes proposed in smart grids based on utility functions so that selfish consumers find it in their self-interest to follow the DSM scheme.

One of the triumphs of wireline network research of the last decade has been the casting of the Internet congestion control problem within an optimization framework based on utility functions.

This article addresses this integrative resource scheduling problem based on utility function.

Then, to find the best solution, the bargaining model is performed considering a combination of robustness and opportuneness criteria for each scenario based on utility function of each stakeholder.

The model of or-constraints is based on utility function, which can associate utility with different resource requests to represent resource preferences and maximize overall utility to improve system efficiency.

The provided solution is based on utility function and integer linear programming and it aims at: (i) maximizing the user satisfaction while meeting application QoS and (ii) minimizing the energy consumption of devices when connecting to a target network.

The program is built on four strategic principles: (1) maximum objective efficiency functions based on utility per resource unit expended, (2) adaptive decision making, (3) continuous integration of biomarker and clinical information, and (4) validation of predictive biomarker hypotheses against clinical benefit.