Towards a new intelligent traffic system based on deep learning and data integration

Abstract

<span lang="EN-US">Time series forecasting is an important technique to study the behavior of temporal data in order to forecast the future values, which is widely applied in intelligent traffic systems (ITS). In this paper, several deep learning models were designed to deal with the multivariate time series forecasting problem for the purpose of long-term predicting traffic volume. Simulation results showed that the best forecasts are obtained with the use of two hidden long short-term memory (LSTM) layers: the first with 64 neurons and the second with 32 neurons. Over 93% of the forecasts were made with less than ±2.0% error. The analysis of variances is mainly due to peaks in some extreme conditions. For this purpose, the data was then merged between two different sources: electromagnetic loops and cameras. Data fusion is based on a calibration of the reliability of the sources according to the visibility conditions and time of the day. The integration results were then compared with the real data to prove the improvement of the prediction results in peak periods after the data fusion step.</span><p> </p>

Enhancing urban mobility: integration of IoT road traffic data and artificial intelligence in smart city environment

“…Within the realm of smart city initiatives, traffic management stands as a crucial area of focus. The rapid urbanization and technological advancements witnessed in modern cities have posed significant challenges in effectively managing traffic, primarily due to the increasing urban population and resulting traffic congestion [3], [4]. To tackle this pressing issue, emerging technologies such as the internet of things (IoT) [5]- [7] have garnered substantial interest.…”