This dataset contains the data used in: Danalet, A., Farooq, B. and Bierlaire, M. (2013). A Bayesian Approach to Detect Pedestrian Destination-Sequences from WiFi Signatures, Technical report, Transport and Mobility Laboratory, ENAC, Ecole Polytechnique Fédérale de Lausanne, Lausanne. URL: http://infoscience.epfl.ch/record/189759 (full text available) It contains data and a technical report describing WiFi traces Pedestrian Semantically-Enriched Routing Graph (SERG), and Potential Attractivity measure (PAM)
In this paper, statistical models are proposed to estimate trip level origin-destination (OD) matric...
Abstract—It is well known that people movement exhibits a high degree of repetition since people vis...
We propose a methodology for using the records from Wi-Fi packet sensors to model route choice and t...
This dataset contains and describes the data used in Danalet, A., Farooq, B., & Bierlaire, M. (2014...
This document describes the softwares, data, models and raw results associated to: Danalet, A., Ting...
Advances in information technology have provided opportunities to better understand urban activities...
Recently, many technologies to estimate pedestrian data to know about pedestrian travel behavior. Wi...
My master thesis proposes a general methodology to model pedestrian destination choice from WiFi loc...
This thesis develops models of activity and destination choices in pedestrian facilities from WiFi t...
The Smart City is an abstract projection of future communities, a virtual fence defined ...
A minimal example of a destination choice model including panel data on EPFL campus. It is based on ...
As cities are growing with an increasing number of residents, problems with the traffic such as cong...
In order to investigate what place WiFi fingerprinting has in pedestrian-oriented planning, an inter...
Motion and location activities are essential to understanding human dynamics. This paper presents a ...
There are multiple methods for tracking individuals, but the classical ones such as using GPS or vid...
In this paper, statistical models are proposed to estimate trip level origin-destination (OD) matric...
Abstract—It is well known that people movement exhibits a high degree of repetition since people vis...
We propose a methodology for using the records from Wi-Fi packet sensors to model route choice and t...
This dataset contains and describes the data used in Danalet, A., Farooq, B., & Bierlaire, M. (2014...
This document describes the softwares, data, models and raw results associated to: Danalet, A., Ting...
Advances in information technology have provided opportunities to better understand urban activities...
Recently, many technologies to estimate pedestrian data to know about pedestrian travel behavior. Wi...
My master thesis proposes a general methodology to model pedestrian destination choice from WiFi loc...
This thesis develops models of activity and destination choices in pedestrian facilities from WiFi t...
The Smart City is an abstract projection of future communities, a virtual fence defined ...
A minimal example of a destination choice model including panel data on EPFL campus. It is based on ...
As cities are growing with an increasing number of residents, problems with the traffic such as cong...
In order to investigate what place WiFi fingerprinting has in pedestrian-oriented planning, an inter...
Motion and location activities are essential to understanding human dynamics. This paper presents a ...
There are multiple methods for tracking individuals, but the classical ones such as using GPS or vid...
In this paper, statistical models are proposed to estimate trip level origin-destination (OD) matric...
Abstract—It is well known that people movement exhibits a high degree of repetition since people vis...
We propose a methodology for using the records from Wi-Fi packet sensors to model route choice and t...