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Traffic assistant system for complicated situations
Podola, David ; Janáková, Ilona (referee) ; Petyovský, Petr (advisor)
T-intersections are one of the most common places where collisions happen. An intelligent traffic mirror is one the possible solutions to reduce the accident rate. The mirror detects the situation around the intersection, process the data and provides the driver with an information, whether the situation is safe and the driver can enter the junction safely. The aim of the thesis is a feasibility study of reliable detection of non-stationary objects based on cameras. The core of the intended product – the detection algorithm – detected the object on short distance from the camera reliably but as the distance was growing, the detection quality degraded. One of the possible solutions to achieve better detection results on longer distances may be achieved by using a camera with greater zoom. Based on the example improvement proposal, the feasibility of the solution based on optical methods was finally confirmed.
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Problem of Object Observation in Traffic Mirror
Adamec, Martin ; Bradáč, Albert (referee) ; Semela, Marek (advisor)
The thesis is written up within the master degree in field Expert engineering in transport. It follows up Problem of Object Observation in Traffic Mirror. Thesis describes the device of traffic mirror, physical principal, legislation and types of traffic mirrors in detail. There are measurements associated with this issue in practical part, which are evaluated in detail. At the conclusion there are suggested changes and recommendations associated with this issue.
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Traffic assistant system for complicated situations
Podola, David ; Janáková, Ilona (referee) ; Petyovský, Petr (advisor)
T-intersections are one of the most common places where collisions happen. An intelligent traffic mirror is one the possible solutions to reduce the accident rate. The mirror detects the situation around the intersection, process the data and provides the driver with an information, whether the situation is safe and the driver can enter the junction safely. The aim of the thesis is a feasibility study of reliable detection of non-stationary objects based on cameras. The core of the intended product – the detection algorithm – detected the object on short distance from the camera reliably but as the distance was growing, the detection quality degraded. One of the possible solutions to achieve better detection results on longer distances may be achieved by using a camera with greater zoom. Based on the example improvement proposal, the feasibility of the solution based on optical methods was finally confirmed.
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|
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Problem of Object Observation in Traffic Mirror
Adamec, Martin ; Bradáč, Albert (referee) ; Semela, Marek (advisor)
The thesis is written up within the master degree in field Expert engineering in transport. It follows up Problem of Object Observation in Traffic Mirror. Thesis describes the device of traffic mirror, physical principal, legislation and types of traffic mirrors in detail. There are measurements associated with this issue in practical part, which are evaluated in detail. At the conclusion there are suggested changes and recommendations associated with this issue.
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