The problem of designing complexsystems, with performance specifications from multiple disciplines, consisting of several subsystems, and where the subsystems are designed in parallel is addressed. The subsystems int...
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Hybrid electronic power distribution systems have majority of loads interfaced to energy sources through power electronics converters. Furthermore, all alternative, sustainable, and distributed energy sources can only...
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Many car manufacturers are forced to create major research projects for the development of electric and hybrid-electric cars due to the oil crisis and environmental concerns. Thus, if we want to improve our mobility, ...
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The proceedings contain 267 papers. The topics discussed include: effect of annealing on the chemical composition of the Pt/InAlAs interface;an alternative approach to vector control of PMSM;numerical analysis of mech...
ISBN:
(纸本)9798350389234
The proceedings contain 267 papers. The topics discussed include: effect of annealing on the chemical composition of the Pt/InAlAs interface;an alternative approach to vector control of PMSM;numerical analysis of mechatronic systems with pulse width modulation;anisotropic properties of 3D printed flexible structure in the sub-terahertz frequency range;an approach to double-balanced mixer synthesis using surrogate modeling and genetic algorithm;development of algorithms for searching the optimal capacity and composition of generating equipment of hybrid autonomous power supply systems based on renewable energy sources;development of a software complex for energy facilities based on an embedded Linux system;cyclically shifted phase-coded signal advancement in synthetic aperture radar visual & quantitative assessments against traditional chirp;and towards the study of dual-band quasi-Yagi antennas and band-notched re-entrant filters.
The article notes the inevitability and prospects of global digital transformation. The leading countries have already been identified. These are Korea, the United States, Great Britain, Japan, and Germany. The reason...
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In this paper, I presented a robust design solution for an efficient system that can calculate rebates that drug manufacturers offer to government and non-government organizations. Rebate management systems or RMS is ...
In this paper, I presented a robust design solution for an efficient system that can calculate rebates that drug manufacturers offer to government and non-government organizations. Rebate management systems or RMS is an integral part of pharmacy benefit management (PBM) industry. In the corporate world, IT is viewed as an enabler of business. IT provides an effective means to solve critical problems. Rebate calculation and sharing are a complex process that requires various methods and methodologies. I proposed a design solution for calculating rebates based on sound and effective methodologies. A rebate management system has a vast scope, and therefore it is not feasible to offer a complete solution in a single paper. In this paper, I presented a conceptual view of the entire rebate management system even though the proposed solution is for calculating rebates. Rebate calculation is part of a large and complex process that includes pre-processing, data setup, validations, market share calculation, rebate calculation, client share calculation, account receivable-payable calculation, and rebate payments. The overall view of the rebate management system is important to understand the rebate calculation design. I provided ample details about how my solution fits into the overall rebate management system.
Well-known Unit Commitment (UC) models of loading generating units of power systems have a common feature: they are all determined on the basis of linear time, where there are past, current and future periods. UC mode...
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The application of trauma and hemorrhage medical treatment training has generated higher and higher requirements for the authenticity of the medical model. With the increasing integration of mixed reality technology a...
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Object proposal that detects candidate bounding boxes of objects in images is an effective way of accelerating object recognition in the robot/computer vision area. We propose an accurate and fast object proposal meth...
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ISBN:
(纸本)9781538680940
Object proposal that detects candidate bounding boxes of objects in images is an effective way of accelerating object recognition in the robot/computer vision area. We propose an accurate and fast object proposal method using depth images. Existing proposal methods can be roughly divided into two categories: window scoring and object region extraction. The window scoring methods usually have higher efficiency than object region extraction methods. The previous methods using RGB images detect an excessive number of boxes due to edges of texture objects. These methods also may misdetect overlapping objects as one candidate bounding box. To tackle these problems, we propose a novel and effective objectness measure using depth images. The proposed method evaluates objectness by using depth boundary density difference between inner and outer regions of a candidate bounding box. We also consider the uniformity of the outer boundary density in a candidate bounding box to divide overlapping objects into individual candidate bounding boxes. Our reasonable assumption here is that the depth boundary of an object has a closed loop. Our experiments show significant performance gains over existing RGB and RGB-D object proposal methods on the challenging toy-dataset [1] of complex crowded scenes.
In this paper according to complexmodeling approach and applying cyber-physical systems is proposed to use control theoretic description of supply chain. Cyber-physical systems are automatic controlsystems, which us...
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In this paper according to complexmodeling approach and applying cyber-physical systems is proposed to use control theoretic description of supply chain. Cyber-physical systems are automatic controlsystems, which used to combine various objects by means of multichannel measuring systems with embedded software in various types of hierarchical structures. We modify multiple-model description of the supply chain by adding the dynamic model of measuring and computing operations control. The extended model allow us to describe the process of receiving the necessary information about the current state of the system. Cyber-physical systems have been applied and the classical methods of optimal program and position control have been transferred and modified for supply chain management (management of organizational and technological systems). (C) 2019, IFAC (international Federation of Automatic control) Hosting by Elsevier Ltd. All rights reserved.
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