Zhichen Wu

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When vehicle road-level localization cannot satisfy people's need for convenience and safety driving, lane-level localization becomes a corner stone in Intelligent Transportation System. Existing work on tracking vehicles on lane-level mostly depends on pre-deployed infrastructures and additional hardwares. In this paper, we utilize smartphone sensing of(More)
PURPOSE Flow diverters (FD) are increasingly being considered for treating large or giant wide-neck aneurysms. Clinical outcome is highly variable and depends on the type of aneurysm, the flow diverting device and treatment strategies. The objective of this study was to analyze the effect of different flow diverting strategies together with parent artery(More)
When road-level localization cannot satisfy people's need for convenience and safety driving, lane-level localization becomes a corner stone. In this paper, we propose a vehicle Lane-Level Localization (L^3) system, which utilizes smartphone sensors to real-time locate the vehicle on lane-level on highways. The system is based on the observation that each(More)
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