Extreme events cause blackouts, resulting in the distribution network being unable to obtain power from the upstream transmission system. In this situation, local distributed resources can be fully utilized to improve...
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Extreme events cause blackouts, resulting in the distribution network being unable to obtain power from the upstream transmission system. In this situation, local distributed resources can be fully utilized to improve system resilience. A distribution service restoration model is proposed in this paper, where three-phase unbalance condition and renewable sources uncertainty have been considered. the network reconfiguration strategy based on traditional tie switch operation is adopted to isolate faults. To cope with uncertainty, the chance-constrained method is introduced to enable renewable sources to participate in restoration, improving load recovery level. the proposed distribution service restoration model is essentially a mixed-integer nonlinear programming problem (MINLP) with probability constraints. To this end, linearization method is introduced to convert original MINLP into a deterministic mixed-integer linear programming problem. Simulation tests based on IEEE 33-bus network is carried out to demonstrate the feasibility of proposed distribution service restoration model. (c) 2022 Published by Elsevier Ltd. this is an open access article under the CC BY-NC-ND license (http://***/licenses/by-nc-nd/4.0/).
Physical therapy combined with robotic, electrical, and/or multimedia systems is a promising approach for the development of innovative, engaging, and more effective rehabilitation tasks. To foster the development of ...
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ISBN:
(数字)9781665458498
ISBN:
(纸本)9781665458498
Physical therapy combined with robotic, electrical, and/or multimedia systems is a promising approach for the development of innovative, engaging, and more effective rehabilitation tasks. To foster the development of new rehabilitation strategies and protocols, we propose a fully-customizable and open-source software framework named ReRobApp for robotic rehabilitation and other human-robot interaction applications. ReRobApp allows, e.g., an easy integration of different robotic devices and sensors in the same rehabilitation task, and the development of control strategies based on an block programming intuitive architecture. To showcase the versatility of our proposed framework, we performed case studies using serious games, functional electrical stimulation, electromyography, and two different lower limb robotic devices for ankle rehabilitation in a single multiplayer task with different subjects.
this paper addresses a no-wait two-machine permutation flow shop scheduling problem with a single server and separable setup times. Each operation has to be prepared by a single server onto the corresponding machine b...
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Unlike most popular mobile cross-platform development frameworks, transpilers promise maintainable code bases that are independent of the continued life of the development tools used. As more and more transpiler proje...
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ISBN:
(纸本)9781450393010
Unlike most popular mobile cross-platform development frameworks, transpilers promise maintainable code bases that are independent of the continued life of the development tools used. As more and more transpiler projects using the native programming languages Kotlin (Android) and Swift (iOS) were presented in recent years, this paper provides an overview of the language coverage of three representative transpilers, Gryphon (Swift-to-Kotlin), Kotlift (Kotlin-to-Swift), and SequalsK (both directions). For the test cases based on the overview chapters of the Swift and Kotlin documentation, good results were obtained in terms of functionality and readability of the output code for Gryphon and SequalsK. Although some shortcomings are visible in all transpilers, Kotlift is classified as a less mature project.
Variable renewable energy generation requires management to provide a stable energy supply. the management consists of making decisions at different time scales;harmonization of such decisions is the main challenge ad...
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Recover FLFBA algorithm for Economic Load Dispatch this article presents the performance and reliability of the recover FLFBA algorithm for Economic load dispatch (ELD), which is a complex issue in electrical power sy...
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the manual programming of Programmable Logic Controllers (PLCs) is a time-consuming and error-prone task, particularly for complex systems. Researchers have proposed various techniques, such as the modular, decentrali...
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Scientifically constructing the power grid material warehousing network can improve the logistics operation efficiency, reduce the inventory cost and improve the efficiency of the whole power grid logistics system. In...
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this paper studies the assembly line balancing problem with collaborative robots in light of recent efforts to implement collaborative robots in industrial production systems under random processing time. A stochastic...
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Smart microgrids (SMGs) represent an innovative and adaptive approach to energy distribution, integrating advanced technologies and intelligent control systems to enhance energy efficiency and reliability. In these SM...
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