This paper reports on a new hybrid TD-AIM-MOD scheme for analyzing transient scattering from the perfect electrically conducting structures. The scheme reduces the computational complexity of a classically formulated ...
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This paper reports on a new hybrid TD-AIM-MOD scheme for analyzing transient scattering from the perfect electrically conducting structures. The scheme reduces the computational complexity of a classically formulated MOD solver from N o 2 N s 2 to N o log 2 N o N s 1.5 log 2 N s - here N o is the maximum order of the Laguerre polynomials used to expand the temporal current signature. Just as in MOT-TD-AIM solvers, the scatterer is embedded in a 3D regular grid and sources are projected onto this grid via moment matching. Next, fields are propagated on this grid by using a 3D spatial FFT and a blocked 1D “temporal” (order) FFT. Finally, fields at observers are obtained by interpolating their values from the regular spatial grid, followed by a near field correction operation. The accuracy and stability characteristics of the TD-AIM-MOD method are demonstrated via its application to large-scale scattering problems.
The latest research adopted software technology to redesign mouse drive, and proposed an Automatic Pointing Assistive Program (APAP) to evaluate whether two children with developmental disabilities and people with dis...
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Model-based enterprise, as the name implies, utilizes three-dimensional (3D) high fidelity models to drive and enable all functions of an enterprise. While many leading manufacturers make extensive use of modeling and...
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ISBN:
(纸本)9780983762416
Model-based enterprise, as the name implies, utilizes three-dimensional (3D) high fidelity models to drive and enable all functions of an enterprise. While many leading manufacturers make extensive use of modeling and simulation tools in their engineering and business processes, model-based enterprise concept represents a sweeping change in the technological foundation, business processes and culture of the enterprise. In this work, a new interactive and immerse model-based manufacturing tool is developed to access manufacturability, reliability and virtual performance of printed circuit boards in electronics manufacturing. The predictive environment for visualization of electromechanical virtual validation (PREVIEW) is a high fidelity 3D environment enables virtual test including physics-based models such as electromagnetic compatibility and thermal character tics. Features of the developed tool are demonstrated and sample test runs are presented in this paper.
In the present work electrical and impact properties of IM7/977-3 carbon fiber reinforced polymer matrix composite laminates with carbon nanotube (CNT) buckypaper layers are investigated. The main goal is to examine t...
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ISBN:
(纸本)9781622764389
In the present work electrical and impact properties of IM7/977-3 carbon fiber reinforced polymer matrix composite laminates with carbon nanotube (CNT) buckypaper layers are investigated. The main goal is to examine the effects of addition of various number of CNT buckypaper layers on the electrical resistance and impact performance of IM7/977-3 composites. The work is motivated by studies of Telitchev et al. [1, 2] and Sierakowski et al. [3], who investigated the impact response of electrified carbon fiber polymer matrix composites and showed that impact resistance of composites can be improved by subjecting them to a DC electric current at the moment of impact. It was also noticed that Joule heating was one of the limitations of the DC current applications that can be eliminated by applying pulsed electric current of high magnitude and short duration. Furthermore, addition of CNT buckypapers to conventional carbon fiber reinforced polymer matrix composites was expected to increase the overall conductivity of such composites, and thus, responsiveness of the composites to the application of the electromagnetic fields. Specific research objectives addressed in this work include: (i) characterization of the directional electrical properties of carbon fiber polymer matrix composites with CNT buckypapers using four probe and two probe electrical resistance measurements;(ii) study of the response of these composites to the application of an electric current pulse of high magnitude and duration;(iii) study of the effects of addition of buckypapers on the impact performance of carbon fiber polymer matrix composites;(iv) study of the impact response of the electrified composites with buckypaper layers when an electric current pulse is applied simultaneously with impact load.
The application of recurrent neural network for image segmentation is considered. The described method allows to perform clustering of the image parameters without the a priori information about the clusters number. C...
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The application of recurrent neural network for image segmentation is considered. The described method allows to perform clustering of the image parameters without the a priori information about the clusters number. Calculation of network parameters for segmentation is discussed. The experiments results of multi-step segmentation are given.
Perceptibility on the part of the user is a key influence on the success or failure of a wearable sensor. Most wearable sensors seek to measure or monitor parameters of the body as accurately as possible, yet wearable...
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In one-way quantum computation (1WQC) model, universal quantum computations are performed using measurements to designated qubits in a highly entangled state. The choices of basis for these measurements as well as the...
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作者：
Paul GardienFerdy GilsingMember of the Philips Company design board
responsible for the strategic planning of the design function the design research and innovation program the development of new business and the design service portfolio. He studied industrial design engineering at the University of Delft in The Netherlands specializing in the use of computer‐aided design tools in the design practice. He has worked in Philips Design in a number of different areas ranging from product design and user interface design to multi‐media and internet design both in the professional and consumer domains. Senior manager of design strategy and innovation at Philips Design
responsible for design function strategy development. He works to integrate design thinking and competences in Philips's strategy process. He also leads design programs in the area of innovation and consulting. Gilsing holds a master's degree in design management from the European Institute of Brand Management specializing in embedding design to improve business performance. He was educated as an industrial design engineer at the University of The Hague graduating in 2000.
design thinking comes to Philips, the health and wellbeing company.
design thinking comes to Philips, the health and wellbeing company.
This progress paper describes a study plan and research theme with the focus on information sharing practices, social habits and behavioral access patterns in the context of the mobile phone and ICT usage of rural use...
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Music is a way of expressing our feelings and emotions in daily life. Suitable music can affect people in a positive way. However, current multimedia control methods, such as manual selection or automatic random mecha...
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