PhD STUDENT IN GROUPLENS
This paper is under review in 13th International Conference on Computer Supported Collaborative (CSCL 2019). Here is the abstract. Author: Xiaozhou Deng, Danli Wang, Qiao Jin n this paper, we present CoproStory, a collaborative tangible programming tool to support children learning programming. In recent years, many collaborative tangible programming tools were developed …
This poster has been accepted in Ubicomp 2018 Author: Qiao Jin, Danli Wang, Fang Sun In this paper, we present TanCreator, a tangible authoring tool which facilitates children to create games based on Augmented Reality (AR) and sensor technologies. Combining AR elements and sensors in games bridges virtual world with realistic …
This long paper is still in preparation. Here is the abstract. Author: Qiao Jin, Danli Wang Teaching children programming using tools based on TUI is an effective way to foster children’s computational thinking ability. MazeRobot is a tangible programming system designed for children of grades 1-3 with tangible input and output. Our system consists of …
With the development of mobile devices, mobile devices has been more reachable for children, so that children have a chance to learn and experience the programming process in the mobile devices. Programming for improving the children’s various abilities, including computational thinking, has extremely played an important role, and therefore subject …
This paper is published in the 17th ACM Interaction Design and Children Conference (IDC 2018) Author: Qiao Jin, Danli Wang*, Xiaozhou Deng, Nan Zheng, Steve Chiu Programming is an effective way to foster children’s computational thinking. We present AR-Maze, which is a novel tangible programming tool using Augmented Reality (AR) …
This paper is published in the 12th International Conference on E-Learning and Games (Edutainment 2018) Author: Xiaozhou Deng, Danli Wang*, Qiao Jin Tangible user interfaces (TUIs), have being proved useful for children’s programming, which could develop children’s computational thinking. In this paper, we described TLogic, a tangible programming tool for …
This paper won the second prize in China Undergraduate Mathematical Contest in Modeling (CUMCM 2014) Author：Qiao Jin, Zhenxiang Hao, Rui Yuan 本文根据嫦娥三号软着陆六个阶段的的实际情况，确立各阶段的不同目标，建立了各阶段的控制策略，属于优化问题中的多目标规划问题。根据天体物理和偏微分方程的相关知识，利用MATLAB 进行计算分析，得出了适用于类似本题情况的多目标优化问题中的求解全局最优解的算法，利用高程避险优化着陆区选择算法对着陆区进行选择，最后对影响制导精度的误差进行的判别与分析，对某些关键因素做了灵敏度分析。