Multicommodity link transmission model for dynamic network loading
I Yperman, S Logghe, CMJ Tampere, B Immers - 2006 - trid.trb.org
I Yperman, S Logghe, CMJ Tampere, B Immers
2006•trid.trb.orgThis paper presents a numerical solution method for a dynamic network loading (DNL)
model that is consistent with the first order kinematic wave theory. The multi-commodity link
transmission model (MC LTM) determines time-dependent link volumes, link travel times
and route travel times on a traffic network, given the time-dependent route flow rates.
Compared to existing cell transmission models, the MC LTM provides the same realism of
traffic flow propagation. The computational complexity however is substantially smaller …
model that is consistent with the first order kinematic wave theory. The multi-commodity link
transmission model (MC LTM) determines time-dependent link volumes, link travel times
and route travel times on a traffic network, given the time-dependent route flow rates.
Compared to existing cell transmission models, the MC LTM provides the same realism of
traffic flow propagation. The computational complexity however is substantially smaller …
This paper presents a numerical solution method for a dynamic network loading (DNL) model that is consistent with the first order kinematic wave theory. The multi-commodity link transmission model (MC LTM) determines time-dependent link volumes, link travel times and route travel times on a traffic network, given the time-dependent route flow rates. Compared to existing cell transmission models, the MC LTM provides the same realism of traffic flow propagation. The computational complexity however is substantially smaller, since the procedure requires only calculations at network nodes.
trid.trb.org
以上显示的是最相近的搜索结果。 查看全部搜索结果