This article proposes two models to analyse parking search: an analytical modelcalled PARKANALYST and a geosimulation model, termed PARKAGENT,which explicitly accounts for street network and drivers’ parking-relateddecisions. We employ both models to analyse the impact of occupancy rate anddemand-to-supply ratio on cruising for parking and to compare the models’outcomes. We estimate the main characteristics of parking dynamics, and findthat the spatial effects influence system dynamics starting from an occupancy rateof 85% while become really important for analysing parking when the occupancyrate is above 92–93%
A disproportionate number of Americans drive to work alone – at the individual state level, the figu...
\u3cp\u3ePARKAGENT is an agent based model for simulating parking search in the city. In PARKAGENT, ...
Parking policy is still the most directly available instrument for managing traffic demand in many c...
Contains fulltext : 112063.pdf (publisher's version ) (Closed access)This article ...
Virtually all major cities around the world face severe parking problems in their centers. While exi...
In this paper, we present PARKAGENT, an agent-based, spatially explicit model for parking in the cit...
In the recent years several agent-based parking models have emerged, which provide policy makers wit...
This paper presents an explicit agent-based model of parking search in a city. In the model, “driver...
International audienceFinding a place to park one's car is a serious issue in contemporary urban mob...
Parking plays a central role in transport policies and has wide-ranging consequences: While the aver...
The aim of this paper is to identify factors influencing parking search (cruising) time. A revealed-...
The parking issue is central in transport policies and drivers' concerns, but the determinants of th...
Demand-responsive pricing has been gaining attention in recent research, but its interdependency on ...
This study is devoted to understanding traffic cruising causation through exploring and enhancing pa...
The file attached to this record is the author's final peer reviewed version. The Publisher's final ...
A disproportionate number of Americans drive to work alone – at the individual state level, the figu...
\u3cp\u3ePARKAGENT is an agent based model for simulating parking search in the city. In PARKAGENT, ...
Parking policy is still the most directly available instrument for managing traffic demand in many c...
Contains fulltext : 112063.pdf (publisher's version ) (Closed access)This article ...
Virtually all major cities around the world face severe parking problems in their centers. While exi...
In this paper, we present PARKAGENT, an agent-based, spatially explicit model for parking in the cit...
In the recent years several agent-based parking models have emerged, which provide policy makers wit...
This paper presents an explicit agent-based model of parking search in a city. In the model, “driver...
International audienceFinding a place to park one's car is a serious issue in contemporary urban mob...
Parking plays a central role in transport policies and has wide-ranging consequences: While the aver...
The aim of this paper is to identify factors influencing parking search (cruising) time. A revealed-...
The parking issue is central in transport policies and drivers' concerns, but the determinants of th...
Demand-responsive pricing has been gaining attention in recent research, but its interdependency on ...
This study is devoted to understanding traffic cruising causation through exploring and enhancing pa...
The file attached to this record is the author's final peer reviewed version. The Publisher's final ...
A disproportionate number of Americans drive to work alone – at the individual state level, the figu...
\u3cp\u3ePARKAGENT is an agent based model for simulating parking search in the city. In PARKAGENT, ...
Parking policy is still the most directly available instrument for managing traffic demand in many c...