Intersection 01 ... Scene Description - [html] [pdf] | ||||
State Experiments Oblique Angle |
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Description
In this experiment, reported accuracies were achieved using only first four states. We attempted to discriminate between seven different states of an intersection using still clips at an oblique angle. However, more footage of the last three stages is neccessary to procede.
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Experiment Accuracy |
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Martin NN = 83%
Nearest-neighbor classifier using Martin distance.
State KL NN = 84%
Nearest-neighbor classifier using state KL divergence
State KL SVM = 82%
SVM classifier using state KL kernel
Image KL NN = 68%
Nearest-neighbor classifier using image KL divergence
Image KL SVM = 73%
SVM classifier using image KL kernel
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Congestion Oblique Angle |
Experiment Accuracy |
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No Experimental Results |
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Description
In this experiment, we attempt to discriminate between different levels of traffic flow in an intersection using clips at an oblique angle.
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Front Angle Still |
Experiment Accuracy |
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No Experimental Results |
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Description
In this experiment, we attempt to discriminate between different levels of traffic flow in an intersection using clips at a front-ground angle.
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Side Angle Still |
Experiment Accuracy |
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No Experimental Results |
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Description
In this experiment, we attempt to discriminate between different levels of traffic flow in an intersection using clips at a side-ground angle.
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Oblique Angle Panning | Experiment Accuracy |
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No Experimental Results |
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Description
In this experiment, we attempt to discriminate between different levels of traffic flow in an intersection using panning clips at an oblique angle.
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Front Angle Panning | Experiment Accuracy |
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No Experimental Results |
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Description
In this experiment, we attempt to discriminate between different levels of traffic flow in an intersection using panning clips at a front angle.
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Side Angle Panning |
Experiment Accuracy |
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No Experimental Results
No Results
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Description
In this experiment, we attempt to discriminate between different levels of traffic flow in an intersection using panning clips at a side angle.
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