The opening of the replacement for the I-35W Mississippi River Bridge bridge on September 18th, 2008 provides a unique opportunity to evaluate the impacts generated by this additional link on network performance, and thus empirically test whether a Braess Paradox occurred. Using detailed GPS data to estimate travel times on links and for origin-destination pairs, this research Þnds that while on average travel time improved with the reopening of the bridge, the subsequent restoration of parts of the rest of the network to their pre-collapse conÞguration worsened travel times signiÞcantly on average. In all cases, the distribution of winners and losers indicates clear spatial patterns associated with these network changes. While no Braess pa...
Adding a new road to help traffic flow in a congested urban network may at first appear to be a good...
We consider traffic networks with a common origin and common destination that are subject to congest...
abstract: This paper uses network theory to simulate Nash equilibria for selfish travel within a tra...
The opening of the replacement for the I-35W Mississippi River Bridge on September 18th, 2008 provid...
This paper discusses the observed evolution of traffic in the Minneapolis-St Paul (Twin Cities) regi...
Major network disruptions have significant impacts on local travelers. A good understanding of behav...
Abstract-This paper examines ome properties of the well-known Braess ’ paradox of traffic flow, in t...
The replacement I-35W bridge in Minneapolis saw less traffic than the original bridge though it prov...
In a noncongested transportation network where each user chooses his quickest route, the creation of...
Copyright © 2014 John Wiley & Sons, Ltd. Braess' paradox illustrates situations when adding a new ...
A 'simplest anti-symmetric' two-path network is described which exhibits the well-known Braess parad...
Braess' paradox is a counter-intuitive phenomenon which can occur in congesting networks. It refers...
On September 18th 2008, a replacement for the previously collapsed I-35W bridge opened to the public...
The Braess Paradox (BP) illustrates an important counterintuitive observation that adding links to a...
This paper presents theory and experiments to investigate how network architecture influences route-...
Adding a new road to help traffic flow in a congested urban network may at first appear to be a good...
We consider traffic networks with a common origin and common destination that are subject to congest...
abstract: This paper uses network theory to simulate Nash equilibria for selfish travel within a tra...
The opening of the replacement for the I-35W Mississippi River Bridge on September 18th, 2008 provid...
This paper discusses the observed evolution of traffic in the Minneapolis-St Paul (Twin Cities) regi...
Major network disruptions have significant impacts on local travelers. A good understanding of behav...
Abstract-This paper examines ome properties of the well-known Braess ’ paradox of traffic flow, in t...
The replacement I-35W bridge in Minneapolis saw less traffic than the original bridge though it prov...
In a noncongested transportation network where each user chooses his quickest route, the creation of...
Copyright © 2014 John Wiley & Sons, Ltd. Braess' paradox illustrates situations when adding a new ...
A 'simplest anti-symmetric' two-path network is described which exhibits the well-known Braess parad...
Braess' paradox is a counter-intuitive phenomenon which can occur in congesting networks. It refers...
On September 18th 2008, a replacement for the previously collapsed I-35W bridge opened to the public...
The Braess Paradox (BP) illustrates an important counterintuitive observation that adding links to a...
This paper presents theory and experiments to investigate how network architecture influences route-...
Adding a new road to help traffic flow in a congested urban network may at first appear to be a good...
We consider traffic networks with a common origin and common destination that are subject to congest...
abstract: This paper uses network theory to simulate Nash equilibria for selfish travel within a tra...