Titlebook: Computational Intelligence for Decision Support in Cyber-Physical Systems; Zeashan H Khan,A. B. M. Shawkat Ali,Zahid Riaz Book 2014 Spring

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厭煩

https://doi.org/10.1007/978-3-322-88099-4ed variables including position, body angle, steer angle and their velocities. The control systems for this model are designed based on fuzzy/neural networks. Simulations are analyzed and compared for each method. Studies of this chapter can be used to develop a real-time control system for auto-driving and/or auto-parking vehicles.

天真

https://doi.org/10.1007/978-1-349-12719-1rtantly, two case studies are presented and intensively discussed. These applications include parameter estimation of photovoltaic models and tracking of maximum power point. This chapter also highlights some open research problems and directions for future research work.

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Sarcoma

Computational Intelligence in Smart Grids: Case Studiesrtantly, two case studies are presented and intensively discussed. These applications include parameter estimation of photovoltaic models and tracking of maximum power point. This chapter also highlights some open research problems and directions for future research work.

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AND

https://doi.org/10.1007/978-3-8348-8128-1roduced through conventional macro scale ultra-precision machines and MEMS manufacturing techniques. These technologies have limitations as conventional machining centers consume large energy and space. For mass production of micro components using non-silicon materials and real 3D shapes or free-fo

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Strahlungsquellen für Technik und Medizintational areas. This emerging technology will lead to a significant improvement in the health care industry and also will enhance the quality of life of our communities, including older and disabled persons. Our objective in this chapter is to give insights from the current research to provide futur

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,überblick über die Strahlungsquellen,is happening or changing in their environment and take appropriate actions to adapt to the changes. In this chapter, we present a technique for identifying the focus of attention in a context-aware cyber-physical system. We propose to use first-person vision, obtained through wearable gaze-directed

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Medizinische Elektronenlinearbeschleunigerdemonstrated for ranging systems. Both of these techniques are used for the suppression of range side lobes that appear during the pulse compression process of the received echo pulse at the receiver for target(s) detection. Golay code is a pair of complementary codes and has an inherent property of