基于数据流挖掘技术的Android移动设备崩溃预测系统

Garima Singh, S. Dongre
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引用次数: 10

摘要

因为事故在当今世界是很常见的情况。本文通过一种名为碰撞预测系统(CPS)的应用程序,向驾驶安全迈出了又一步。它可以实时分析驾驶员的行为,并预测驾驶员是否适合驾驶。该系统需要对驾驶员的各种细节进行准确预测,并给出适合、不适合和部分适合的结果。对于这个应用,数据流挖掘的概念与主成分分析(PCA)和隐马尔可夫模型(HMM)技术一起使用。这个应用程序的其他交互特性是,它用于移动设备。在移动设备上运行的大量应用程序都面临着内存、计算能力、电池等问题。为了消除所有这些问题,我们在这个应用程序中使用了一个名为Android的平台。最后给出了在Google Android平台上的实验结果,验证了系统的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Crash Prediction System for Mobile Device on Android by Using Data Stream Minning Techniques
As an accident is very common scenario for today's world. This paper presents one more step towards safety of driving through an application called Crash Prediction System (CPS). That analyzes driver's behaviour in real time and predicts that whether driver is suitable or not for driving. This system requires various profile of driver's detail for accurate prediction and gives result like Fit, Unfit and Partially Fit. For this application a concept of Data Stream minning is used with Principle Component Analysis (PCA) and Hidden Markov Model (HMM) techniques. Other interactive feature for this application is that, it used for mobile device. A large range of application is running on mobile device which are facing problem like a memory, computational capability, battery and many more. For eliminating all these issues there is a platform known as Android which we used for this application. Experiment result of CPS on Google Android platform is presented, proving the effectiveness of the proposed system.
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