| Title |
Šviesoforu reguliuojamos sankryžos eismo modelio tyrimas tyrimas / |
| Translation of Title |
Investigation of traffic-light controlled crossroad traffic model. |
| Authors |
Bagdanavičius, Linas |
| Full Text |
|
| Pages |
57 |
| Keywords [eng] |
traffic flow ; mathematical model ; drive-through time ; traffic light ; investigation of model adequacy |
| Abstract [eng] |
The paper gives an overview of the current situation in Lithuanian roads. Describe the most relevant topic and why this thesis was taken. An overview and analysis of the scientific literature was made see what motor traffic management techniques it provides. A street passing through time calculation model is being established check it's adequacy with real time simulation. The mathematical model is being modified, to introduce an opportunity to assess how many lanes the exploratory street consist of. It also introduces the capability to assess the possibility for drivers to change lanes while driving. Then it analysis what impact these actions cause to the other car traffic and how it changes automobile traffic in each lane. The mathematical model also added a possibility that at the intersection a car can perform the maneuver to the left or right side, depending on which lane the driver was driving. The model introduces an additional opportunity to assess the oncoming traffic, which affects drivers who want to finish the turning left maneuver at the intersection. One part of the street with an intersections of Kaunas is chosen. Then it was filmed for a period of time. Real street and driver parameters were calculated and introduced to the mathematical model. The adequacy of the model was studied by comparing the answers provided by the model to real experimental values. Additional factors are introduced to the model as constants to improve the model accuracy, so it could be adapted or easily modified to simulate car driving through time in other similar street sections. |
| Dissertation Institution |
Kauno technologijos universitetas. |
| Type |
Master thesis |
| Language |
Lithuanian |
| Publication date |
2017 |
