Management of Delay Optimization at Intersections
[ 1 ] Uniwersytet Ekonomiczny we Wrocławiu | [ 2 ] Instytut Zarządzania, Wydział Zarządzania i Dowodzenia, Akademia Sztuki Wojennej | [ 3 ] Politechnika Wrocławska | [ 4 ] Uniwersytet Szczeciński | [ 5 ] Politechnika Częstochowska | [ P ] pracownik
2020
artykuł naukowy
angielski
- Transport drogowy
- Zarządzanie
- Planowanie
- Management
- Planning
- Vehicular ad-hoc networks
- Vehicle-to-vehicle data exchange
- Traffic lights
- Traffic congestion
- Driver reaction time
- SUMO
- OMNeT++
EN Congestion extends the time of the journey for both people and goods. Therefore, transport solutions should be optimized. Management scientists and technical scientists worked together in order to develop a proprietary solution to increase efficiency in terms of productivity improvementsforintelligenttransportsystems. Themostfundamentalfunctionsofmanagementhave been paired with a detailed analysis of city traffic. The authors developed a method for determining the order of vehicles at traffic lights and connected it with vehicle-to-vehicle communication and GPS signals. As a result, a novel method to increase the throughput of intersections is presented. This solution generates a sound signal in order to inform the driver that the preceding car has started moving forward. The proposed solution leads to the shortening of the reaction time of the drivers waiting in a queue. This situation is most common at red lights. Consequently, the traffic simulation shows that the discharge of queues at traffic lights may be quicker by up to 13.5%. Notably, that proposed solution does not require any modification of the infrastructure as well as any additional devices for vehicle-to-infrastructure communication at the road intersections. To conclude, proper implementation of the proposed solution will certainly contribute to efficiency improvements within intelligent transport systems, with the potential to reduce traffic jams.
15.06.2020
1 - 22
CC BY (uznanie autorstwa)
witryna wydawcy
ostateczna wersja opublikowana
140
140
3,004
WoS | Scopus