Transitcenter summarizes a paper originally presented at this year’s TRB. It is worth a read it its entirety, but certain excerpts are below the fold.
Continue reading “SFMTA experiments on the impact of Real-time info on choice”
Transitcenter summarizes a paper originally presented at this year’s TRB. It is worth a read it its entirety, but certain excerpts are below the fold.
Continue reading “SFMTA experiments on the impact of Real-time info on choice”
This post is an introduction to several subsequent posts on a hot topic, Mobility as a Service (MaaS). It serves organize my thoughts on the matter, and we’ll return to the nerdiness soon.
In the US, the primary form of mobility is the private car. Most other options are controlled by multiple entities and it requires dedication to engage in a trip that connects across modes and providers. Planning a trip across different providers might now be integrated in an app, but being able to pay for that trip easily is still out of reach. In some parts of the world, there are more options, but the bizarre set of factors that result in a travel mode choice are not the result of a rational equation, but a product of both habit and available information.
Enter Mobility as a Service (MaaS). Like other “as a service“ products, the value in the service is not in the monetary cost of the service, but in not needing to worry about the minutiae of setting up and managing the options that the service include.
Imagine rather than having to worry about multiple websites / apps and multiple tickets each with their own restrictions on payment methods, a user pays for a certain amount of travel per month. This might be only a limited transit pass like that offered today. It might be a pass for transit region-wide. It even might include a certain amount of higher priced mobility services like ride-hailing or even airline tickets.
It’s been called “hotels.com for transport.”
When mobility is not essentially tied to a car, a cycle becomes possible. Being able to easily make trips without a car means that more trips will be made without a car. When car-free travel is unlocked as a choice, there are benefits that accrue— less space for roads, fewer deaths, less pollution, etc.
The choices and the options we have we make form a Gordian knot, reinforcing each other, and breaking that knot is what MaaS is about.
I believe that the ability to choose, and by extension the variation in choices based on changing circumstances, is a fundamental advantage. Transportation researchers, policy‐makers, and human resources administrators shape the way people make these choices. They make assumptions in the samples their models are based on, their policies, and their benefits packages about how we do behave, and how we should behave. These assumptions describe and affect the way we travel. Many of these assumptions are good, right and true, but one in particular is egregiously wrong. Many people in cities do not travel to work the same way every day. That is a myth. And the belief in this myth—as a simplifying assumption for modelers, and as a basis for government and employer transportation policies and subsidies—leads to inequitable outcomes and misguided policy choices. Decisions made based on this myth remove choices from citizens, and therefore make cities function less efficiently.
In urban areas many people have a choice of modes available for their activities on any given day. This includes their commute to work. These choices are manifest in the stories we tell each other…
An antescript to the subsequent post.
There are several common methods of creating GTFS-rt from an existing system that does not support it out of the box. They typically depend on a system exposing good data, hopefully with trip assignment provided. This post outlines those methods and points to examples of implementation.
Continue reading “Examples of creating GTFS-rt from existing systems”
The next generation of positioning is coming– one meter accuracy within buildings.
(via Sean Barbeau)