Al-Mudhaffar, A: Impacts of Traffic Signal Control Strategie
-
- Englisch ausgewählt
79,00 €
inkl. gesetzl. MwSt.,
Beschreibung
Produktdetails
Einband
Taschenbuch
Verlag
VDMSeitenzahl
232
Maße (L/B/H)
22/15/1,4 cm
Gewicht
325 g
Sprache
Englisch
ISBN
978-3-639-10324-3
The LHOVRA is the predominant isolated
signal control strategy in Sweden. Past-end green
was originally incorporated as part of LHOVRA
(the O function) and was intended to reduce the
number of vehicles in the dilemma zone. Coordinated
signal control in Sweden is often fixed-time with
local vehicle actuated signal timing adjustments and
bus priority.
The aim was to evaluate the following
strategies using Stockholm as a case study:
1. The LHOVRA technique with a focus on the O
function;
2. Fixed time coordination (FTC);
3. Fixed time coordination with local signal
timing adjustment (FTC-LTA);
4. FTC-LTA as above + active bus priority
(PRIBUSS);
5. Self-optimizing control (SPOT).
Field measurements were used for study of driver
behavior and traffic impacts. VISSIM & HUTSIM
simulation models calibrated and validated with
empirical data were used to study traffic
performance and safety impacts of the suggested
improvements. TRANSYT was used to produce optimized
signal timings.
A method to calculate the approach delay was
developed based on the observed number of queuing
vehicles at the start and end of green.
signal control strategy in Sweden. Past-end green
was originally incorporated as part of LHOVRA
(the O function) and was intended to reduce the
number of vehicles in the dilemma zone. Coordinated
signal control in Sweden is often fixed-time with
local vehicle actuated signal timing adjustments and
bus priority.
The aim was to evaluate the following
strategies using Stockholm as a case study:
1. The LHOVRA technique with a focus on the O
function;
2. Fixed time coordination (FTC);
3. Fixed time coordination with local signal
timing adjustment (FTC-LTA);
4. FTC-LTA as above + active bus priority
(PRIBUSS);
5. Self-optimizing control (SPOT).
Field measurements were used for study of driver
behavior and traffic impacts. VISSIM & HUTSIM
simulation models calibrated and validated with
empirical data were used to study traffic
performance and safety impacts of the suggested
improvements. TRANSYT was used to produce optimized
signal timings.
A method to calculate the approach delay was
developed based on the observed number of queuing
vehicles at the start and end of green.
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