The potential of solid-propellant two-pulse motors with variable interpulse time period for range extension of air-to-air missiles by thrust profile optimization, has been studied. One-dimensional coaltitude flight tr...
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A method for calculating aseismatic reliability of gathering and transferring pipeline network in large-scale gas field is put forward. Taking the maximal seismic intensity S that might occurred during the design serv...
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nonlinear Model Predictive Control (NMPC) algorithms are based on various nonlinear models. Recently, an on-line optimization approach for stochastic NMPC based on a Gaussian process model was proposed. A significant ...
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The efficiency of Li-ion 21700 class cells is studied under various electrochemical, thermal, and geometrical properties. An advanced automated workflow was developed using Newman P2D model and Non-Linear programming ...
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In the deregulated electricity market, total transfer capability (TTC) is a measure of the network capability for further commercial activity above the already committed uses. This paper deals with the development of ...
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In the deregulated electricity market, total transfer capability (TTC) is a measure of the network capability for further commercial activity above the already committed uses. This paper deals with the development of an interior point nonlinear programming methodology for evaluating Dynamic TTC. By establishing a novel method for integrating transient stability constraints into conventional steady-state TTC problem, we have proposed the dynamic TTC solution methodology using a Transient Stability Constrained OPF. In the TSCOPF based TTC formulation, we have assumed that three phase to ground faults will occur in the simulation period. In Japan, power system operator considers more severe faults conditions, like 3 phases 4 lines to ground fault with double circuits (3φ4LG). In this paper, we will propose a solution of Transient Stability Constrained OPF with unbalanced faults, where three phase transmission model was considered in the dynamic simulation period. The proposed method has been implemented and tested on IEEJ WEST30 model systems.
The multi-objective optimal design of low-thrust multigravity-assist trajectories is formulated within the hybrid optimal control framework. A new automated solution strategy for this problem is proposed in this Paper...
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Many real-world tasks require fast planning of highly dynamic movements for their execution in realtime. The success often hinges on quickly finding one of the few plans that can achieve the task at all. A further cha...
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As more and more cleaning robots joined the tens of thousands of households,their traversal efficiency is always what users and manufacturers are very much concerned about.A mathematical model is established for the r...
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ISBN:
(纸本)9781509001668
As more and more cleaning robots joined the tens of thousands of households,their traversal efficiency is always what users and manufacturers are very much concerned about.A mathematical model is established for the robot obstacle *** shortest time path problem,this paper analyzes the operation of the robot in elbow velocity curve,especially between two points to O-A obstacle avoidance problem for the detailed theoretical analysis and derivation *** further using the model two and model one for solving,the solution of the shortest path length of O-A-B-C-O was found to be 2812.52 units,with a time of 585.6712 seconds.
This paper presents a multi-frame data association algorithm for tracking multiple targets in video sequences. Multi-frame data association involves finding the most probable correspondences between target tracks and ...
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The optimal layout problem for objects in a convex bounded domain is considered subject to constraints on the position of the gravity center and the moments of inertia of the system. The layout is aimed to optimize mu...
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