A Scalable Framework for Accelerating Situation Prediction over Spatio-temporal Event Streams

A. Kammoun, Tanguy Raynaud, Syed Gillani, K. Singh, J. Fayolle, F. Laforest
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引用次数: 1

Abstract

This paper presents a generic solution to the spatiotemporal prediction problem provided for the DEBS Grand Challenge 2018. Our solution employs an efficient multi-dimensional index to store the training and historical dataset. With the arrival of new tasks of events, we query our indexing structure to determine the closest points of interests. Based on these points, we select the ones with the highest overall score and predict the destination and time of the vessel in question. Our solution does not rely on existing machine learning techniques and provides a novel view of the prediction problem in the streaming settings. Hence, the prediction is not just based on the recent data, but on all the useful historical dataset.
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一种加速时空事件流态势预测的可扩展框架
本文提出了为DEBS 2018大挑战提供的时空预测问题的通用解决方案。我们的解决方案采用高效的多维索引来存储训练和历史数据集。随着新的事件任务的到来,我们查询我们的索引结构来确定最近的兴趣点。基于这些点,我们选择总分最高的点,并预测该船的目的地和时间。我们的解决方案不依赖于现有的机器学习技术,并提供了流设置中预测问题的新视图。因此,预测不仅基于最近的数据,而且基于所有有用的历史数据集。
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Vessel Trajectory Prediction using Sequence-to-Sequence Models over Spatial Grid MtDetector Predicting Destinations by Nearest Neighbor Search on Training Vessel Routes Venilia, On-line Learning and Prediction of Vessel Destination Proceedings of the 12th ACM International Conference on Distributed and Event-based Systems
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