AbstractThe phenomenon of missing data in traffic has a great impact on the performance of Intelligent Transportation System (ITS). Many imputation methods have been proposed to estimate the missing traffic data. Recently,a tensor-based traffic volume imputation method has been proposed. In this paper, we focus on the underlying mechanism of tensor-based method from the viewpoint of intrinsic multi-correlations/principle components of the traffic data, and try to recommend suitable tensor pattern for traffic volume imputation. Experiments on PeMS database show that the tensor-based method outperforms matrix-based methods, and using the recommended tensor pattern achieves better performances
Traffic flow is one of the fundamental parameters for traffic analysis and planning. With the rapid ...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
<div><p>Along with the rapid development of Intelligent Transportation Systems, traffic data collect...
AbstractThe phenomenon of missing data in traffic has a great impact on the performance of Intellige...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
This paper presents a low-rank tensor model for vehicular traffic volume data. Contrarily to previou...
Traffic missing data imputation is a fundamental demand and crucial application for real-world intel...
Missing data in Intelligent Transportation Systems (ITS) could lead to possible errors in the analys...
There are increasing concerns about missing traffic data in recent years. In this paper, a robust mi...
Traffic state estimation from the floating car system is a challenging problem. The low penetration ...
Spatiotemporal traffic data, which represent multidimensional time series on considering different s...
A crucial task in traffic data analysis is similarity pattern discovery, which is of great importanc...
This is a Matlab implementaion of Bayesian Gaussian CP decomposition (BGCP) for incomplete traffic s...
AbstractTraditional traffic prediction methods treat traffic data as one dimensional time series tha...
In traffic monitoring data analysis, the magnitude of traffic density plays an important role in det...
Traffic flow is one of the fundamental parameters for traffic analysis and planning. With the rapid ...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
<div><p>Along with the rapid development of Intelligent Transportation Systems, traffic data collect...
AbstractThe phenomenon of missing data in traffic has a great impact on the performance of Intellige...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
This paper presents a low-rank tensor model for vehicular traffic volume data. Contrarily to previou...
Traffic missing data imputation is a fundamental demand and crucial application for real-world intel...
Missing data in Intelligent Transportation Systems (ITS) could lead to possible errors in the analys...
There are increasing concerns about missing traffic data in recent years. In this paper, a robust mi...
Traffic state estimation from the floating car system is a challenging problem. The low penetration ...
Spatiotemporal traffic data, which represent multidimensional time series on considering different s...
A crucial task in traffic data analysis is similarity pattern discovery, which is of great importanc...
This is a Matlab implementaion of Bayesian Gaussian CP decomposition (BGCP) for incomplete traffic s...
AbstractTraditional traffic prediction methods treat traffic data as one dimensional time series tha...
In traffic monitoring data analysis, the magnitude of traffic density plays an important role in det...
Traffic flow is one of the fundamental parameters for traffic analysis and planning. With the rapid ...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
<div><p>Along with the rapid development of Intelligent Transportation Systems, traffic data collect...