Titlebook: Using Paired Constraints to Solve The Innovation Problem; Patricia D. Stokes,Michael Gibbert Book 2020 Springer Nature Switzerland AG 2020

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Patricia D. Stokes,Michael Gibbertscenario and enabled with mechanisms to localize and position objects in 3D and display them interactively to a user. Size, weight, and power constraints in a mobile robot constrain the type of computing hardware that can be integrated with the robotic platform. However, on the other hand, the robot

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Patricia D. Stokes,Michael Gibbert .-closed set, .-regular space, .-normal space and operators like . .. Moreover, some of its properties have been premeditated with the aid of bioperation-topological spaces. The generalized open sets and generalized closed sets play a vital role in the study of general topology as well as operation

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Patricia D. Stokes,Michael Gibberton. In perspective of proceeds with change of sharing information, interest in a multi-proprietor way to an untrusted cloud is still a testing issue. Here in this paper, we propose a safe multi-proprietor information sharing arrangement, for dynamic group in the cloud. By giving social affair mark a

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Patricia D. Stokes,Michael Gibbertteered unmanned ground vehicle (UGV) through the development of a kinetic model based on movement characteristics and moving rules. The model construction process carefully incorporates the steering characteristics, along with crucial geometric and kinematic features. Experimental validation is carr

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Patricia D. Stokes,Michael Gibbertacking (AMTT) in heterogeneous multiple distributed radar networks (HMDRNs) with imperfect detection performance. The main goal of the CTRS algorithm is to optimize the allocation of heterogeneous illumination resources, such as target-to-radar assignment, transmit power, dwell time length, and sign

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e same time in addition to considering the altitude, the velocity, the pitch angle and the angle of attack. In this paper, an optimization scheme based on improved Artificial Bee Colony (ABC) algorithm is proposed to solve the integrated optimization problem of morphing strategy and gliding trajecto