Titlebook: Computing in Intelligent Transportation Systems; Archana Naganathan,Niresh Jayarajan,Mamun Bin Ibne Book 2024 The Editor(s) (if applicable

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,Crystallization Behavior of Ti–Sb–Te Alloy,s will operate autonomously by distributing duties and coordinating the operation of several UAVs. Thus, UAV-UAV communication is offered since it is a component of the SUAV’s autonomous coordinating capacity. Furthermore, future research paths and open difficulties that must be addressed, such as autonomous swarm UAVs, are discussed.

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Dynamic Control, Architecture, and Communication Protocol for Swarm Unmanned Aerial Vehicles,s will operate autonomously by distributing duties and coordinating the operation of several UAVs. Thus, UAV-UAV communication is offered since it is a component of the SUAV’s autonomous coordinating capacity. Furthermore, future research paths and open difficulties that must be addressed, such as autonomous swarm UAVs, are discussed.

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Book 2024technologies and applications. The book is intended for a wide range of readers from students to researchers and industry practitioners and is a useful resource for those planning to pursue research in the area of computing and autonomous driving vehicles..

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Dense Granule Antigens of , previous work in our laboratory has highlighted the great interest of tachyzoite excreted-secreted antigens (ESAs) for a vaccine [Darcy et al., 1988; Decoster et al., 1988; Ridel et al., 1988; Duquesne et al., 1990; Darcy et al, 1992]. These ESAs have been found to be stored in the dense granules of ..

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https://doi.org/10.1007/978-88-470-0700-0roblem is hard to approximate to a factor better than .. We give a polynomial time approximation algorithm with approximation guaranteed ., where . represents the maximum number of neighbors in . of any node in . Furthermore, we give an . time algorithm to solve the problem on trees.

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Dynamic GMMU Bypass for Address Translation in Multi-GPU Systemsaddress this issue, we propose GMMU Bypass, a technique that allows address translation requests to dynamically bypass GMMU in order to reduce translation overhead. Simulation results show that our technique outperforms distributed address translation architecture by 6% and centralized address translation architecture by 106% on average.