In this paper we propose a hierarchical approach for decomposing and simplifying the dynamic OD estimation procedure for large-scale congested networks. The main idea is to subdivide the network into multiple hierarchical levels. Next an OD estimation is performed on each level separately, starting with the highest level, and the output of this estimation is used as input for the OD estimation on a lower level. The main advantage of this approach is that different levels of complexity (of the DNL/DTA model and of the estimation method) can be used for different parts of the network as required. In addition, this hierarchical approach solves many practical and theoretical limitations of traditional OD estimation methods, which have been iden...
The aim of this paper is to explore a new approach to obtain better traffic demand (Origin-Destinati...
This dissertation aims to improve the performance of existing assignment-based dynamic origin-destin...
The fundamental challenge of the origin-destination (OD) matrix estimation problem is that it is sev...
Despite the ever increasing computing power, dynamic Origin-Destination (OD) estimation in congested...
Dynamic Network Loading (DNL) models and Dynamic Traffic Assignment (DTA)models are an important too...
In many OD estimation methods a linear relationship expressed by the assignment matrix is chosen. Ho...
In origin-destination (OD) estimation methods the relationship between the link flows and OD flows i...
In this study we analyse the impact of congestion in dynamic origin–destination (OD) estimation. Thi...
This paper presents a time-dependent origin-destination (O-D) matrix estimation procedure embedded w...
The aim of this paper is to explore a new approach to obtain better traffic demand (Origin-Destinati...
The Dynamic OD Matrix Estimation (DODME) is a hard problem since no direct full observations are ava...
In this study we analyse the impact of congestion in dynamic origin–destination (OD) estimation. Thi...
Document de recerca desenvolupat dins del Doctorat Industrial 2017-DI-041Dynamic traffic models requ...
Trip patterns in terms of origin-to-destination (OD) traffic flows are a key input to traffic assign...
In this paper three conditions for unbiased origin-destination (OD) estimation in congested networks...
The aim of this paper is to explore a new approach to obtain better traffic demand (Origin-Destinati...
This dissertation aims to improve the performance of existing assignment-based dynamic origin-destin...
The fundamental challenge of the origin-destination (OD) matrix estimation problem is that it is sev...
Despite the ever increasing computing power, dynamic Origin-Destination (OD) estimation in congested...
Dynamic Network Loading (DNL) models and Dynamic Traffic Assignment (DTA)models are an important too...
In many OD estimation methods a linear relationship expressed by the assignment matrix is chosen. Ho...
In origin-destination (OD) estimation methods the relationship between the link flows and OD flows i...
In this study we analyse the impact of congestion in dynamic origin–destination (OD) estimation. Thi...
This paper presents a time-dependent origin-destination (O-D) matrix estimation procedure embedded w...
The aim of this paper is to explore a new approach to obtain better traffic demand (Origin-Destinati...
The Dynamic OD Matrix Estimation (DODME) is a hard problem since no direct full observations are ava...
In this study we analyse the impact of congestion in dynamic origin–destination (OD) estimation. Thi...
Document de recerca desenvolupat dins del Doctorat Industrial 2017-DI-041Dynamic traffic models requ...
Trip patterns in terms of origin-to-destination (OD) traffic flows are a key input to traffic assign...
In this paper three conditions for unbiased origin-destination (OD) estimation in congested networks...
The aim of this paper is to explore a new approach to obtain better traffic demand (Origin-Destinati...
This dissertation aims to improve the performance of existing assignment-based dynamic origin-destin...
The fundamental challenge of the origin-destination (OD) matrix estimation problem is that it is sev...