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Cluster and discover services in the Smart Campus platform for online programming contests

机译:在Smart Campus平台中聚集和发现服务以进行在线编程竞赛

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Nowadays we can see and feel the technological change around us. Most of the tools are extended with online functionality, new online collaboration environments are appearing and bring along wide range of data for collection. Following this shift with the appearance of cognitive infocommunication we established a framework and created a usage scenario as an online system for supporting programmers in our Smart Campus platform. When we created the platform, extendibility and adaptivity were the primary goals to stand for efficient data collection through crowdsourced collectors. This paper is the continuation of our work and describes our online programming contest environment where services are applied to help the users solving assessments and grading them. The collected data help us to discover hidden correspondences and fine tune our problem suggestion service. While we continuously collect data, the applied clustering algorithms could help us to understand the problems arriving through the students' learning path and along these we could achieve a much more fine-grained solution for our services.
机译:如今,我们可以看到并感受到我们周围的技术变化。大多数工具都通过在线功能进行了扩展,新的在线协作环境正在出现,并带来了范围广泛的数据以供收集。随着认知信息通信技术的出现,我们建立了一个框架,并创建了一个使用场景作为在线系统,以支持我们的Smart Campus平台中的程序员。创建平台时,可扩展性和适应性是代表通过众包收集器进行有效数据收集的主要目标。本文是我们工作的延续,并描述了我们的在线编程竞赛环境,在该环境中应用了服务来帮助用户解决评估并对其进行评分。收集的数据可帮助我们发现隐藏的对应关系并微调我们的问题建议服务。在我们不断收集数据的同时,应用的聚类算法可以帮助我们了解通过学生的学习路径而遇到的问题,并且沿着这些问题,我们可以为我们的服务实现更细粒度的解决方案。

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