Sentence examples for dispatching solutions from inspiring English sources

It can be easily seen that different levels of risk imply different dispatching solutions, and ultimately, different transmission loss under the uncertain wind power environment.

In Part I of Fig. 3, with the forecasted wind power, the master problem provides the UC and dispatching solution to minimize the operating cost.

Most third-party security firms focus on the "practice" of cybersecurity this is, checking the regulatory and certification boxes rather than focusing on the reality of incident response: the practical deployment of dispatching security solutions for cyber mitigation, SOC monitoring, and proactive/attack-based cyber resolution solutions from the datacenter to the edge.

The main objective of this paper is to construct a distributed environment through which the economic load dispatch solutions of multi-area power systems can be monitored and controlled.

A single-server/multi-client architecture which enables the neighboring power systems to access the remote economic load dispatch (ELD) server at any time with their respective data and to get the economic load dispatch solutions from the remote server has been proposed.

A.NET remoting architectural model has been implemented in such a way that for every specific period of time, the remote server obtains the system data simultaneously from the neighboring power systems which are the clients registered with the remote ELD server and the optimized economic load dispatch solutions from the server have been sent back to the respective clients.

Furthermore, our approach improves the overall quality of dispatch solutions and alleviates the decision making burden.

It is noted that different risk tolerance parameters correspond to different dispatch solutions.

Open image in new window Fig. 5 Transmission loss corresponding to 400 wind speed samples in terms of different dispatch solutions.

To demonstrate the different effectiveness in terms of the dispatch solutions obtained in Table 3, Fig. 5 shows transmission loss corresponding to different wind speed samples among the LHS-CD simulation, in terms of the dispatch solutions A (λ = 0.5), B (λ = 0.2) and C (λ = 0).

In order to further compare the quality of solutions obtained by the original objective set in (36) and the final objective set in (43), the statistic data of their Pareto-optimal fronts and the selected dispatch solutions are listed in Table 7, where SS denotes the solution which is selected by the decision making method named improved entropy weight method.