Yueming Yang

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The villin/gelsolin/fragmin superfamily is a major group of Ca2+-dependent actin-binding proteins (ABPs) involved in various cellular processes. Members of this superfamily typically possess three or six tandem gelsolin-like (G) domains, and each domain plays a distinct role in actin filament dynamics. Although the activities of most G domains have been(More)
Performance is one of the most important targets in MPSoC design, and it is affected by a lot of factors, such as area, yield, application, and lifetime. Based on the performance, yield and lifetime reliability modeling and analysis of MPSoC, this work proposes a metric directing how to choose the granularity of MPSoC at high level design in order to obtain(More)
We present a video event visualization system that can render steerable 3D views of tracked targets onto a reconstructed 3D site representation. The framework takes object tracking meta-data generated from a multi-camera event tracking system as input and produces an immersive 3D playback as a representation of the observation. This 3D representation can(More)
The impact of mixing speed in three stages-before breakage, during breakage, and after breakage-on re-grown floc properties was investigated by using a non-intrusive optical sampling and digital image analysis technique, respectively. And then, on the basis of different influence extent of mixing speed during each stage on size and structure of re-grown(More)
This paper presents a reconfigurable and deadlockfree routing (RDR) algorithm. It can be reconfigured to adapt to the modification of the topology due to faulty routers. It is evaluated from the point of view of performance penalty under various fault patterns. Meanwhile deadlock-freedom and reconfigure mechanism issues are addressed. Fault-tolerance(More)
It is commonly believed that paragangliomas are rare tumors arising from the neural crest-derived chromaffin cells. Although it has been speculated that paraganglioma is related to stem cell origin, there has been lack of direct evidence demonstrating the presence of (neural) stem cells in these tumor tissues. In this study, we found a subgroup of human(More)
We propose an efficient framework for large-scale 3D reconstruction from a large set of photos following the Structure-from-Motion (SfM) paradigm with divideconquer and fusion. Our main novelty is to ensure commonality from overlaps between image sets corresponding to their reconstructions, which facilitates effective stitching and fusion. Specifically,(More)
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