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Virtual prototyping of tilting and lifting mechanism in ITER tractor
2008 International Conference on Information and Automation, 2008ITER (international thermonuclear experimental reactor) tractor is an in-cask remote handling equipment, and its tilting and lifting mechanism is very important for the tractor to operate 45t plug in front of the ports of the hot cell and the VV (vacuum vessel) successfully.
null Xiuqing Yang +3 more
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Iteratively Inferring Gene Regulatory Networks with Virtual Knockout Experiments
2004In this paper we address the problem of finding gene regulatory networks from experimental DNA microarray data. We introduce enhancements to an Evolutionary Algorithm optimization process to infer the parameters of the non-linear system given by the observed data more reliably and precisely.
Christian Spieth +3 more
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Microwave Imaging via Distorted Iterated Virtual Experiments
IEEE Transactions on Antennas and Propagation, 2017The linearity of the scattering phenomenon with respect to primary sources allows to recombine a posteriori the available experiments and build, in a synthetic fashion, new 'virtual' experiments. Starting from this circumstance, an iterative procedure is proposed as an effective approach to tackle nonlinear inverse scattering problems.
Palmeri, Roberta +5 more
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Iterative Pose Estimation for a Planar Object Using Virtual Sphere
IEEE Transactions on Aerospace and Electronic Systems, 2022Cuicui Jiang, Qinglei Hu
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Iterative extrinsic calibration using virtual viewpoint for 3D reconstruction
Signal Processing, 2022Byung-Seo Park +4 more
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Minimum-cost embedding of virtual networks: An iterative decomposition approach
Computer Networks, 2023Yang Wang 0016 +3 more
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An Iterative Construction of Chord Degree Invariants for Virtual Knots
Journal of Knot Theory and Its RamificationsWe introduce a class of virtual knot invariants, called chord index invariants, and develop a general framework for lifting them to more refined, higher-order invariants. Applying this procedure to the affine index polynomial, we obtain the first-order refinement, termed the R invariant, and the second-order refinement, the S invariant. We collectively
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