Paper Title:
Vehicle Classification by Lane Allowance
Author Name:
Vishakha Gaikwad and B.A.Sonkamble
Abstract:
Classification of vehicles from video is used for analysis of traffic, self-driving systems or security systems. This analysis is based on shape, size, velocity and track of vehicles. These features characterize vehicle in background subtraction and feature extraction methods. Extraction is done by active contours and morphological operations. Extracted vehicles are classified by applying various classification techniques. The combination of features and classification techniques varies with the application. Proposed system, Uses combination of K Nearest Neighbor (KNN) and Decision Tree techniques to overcome constraints. These constraints are instances of an object, overlapping of objects, and scaling factor. KNN is utilized to classify vehicle by size and lane. Decision tree manipulates the combination of these two features to classify accurately which results increased performance. This system classifies objects into three classes. These classes are four wheeler, bikers and heavy duty vehicle extracted from video.
Keywords:
Classification, KNN, Decision tree, Active Contours and Pattern recognition.
Cite this article:
Vishakha Gaikwad and B.A.Sonkamble.Vehicle Classification by Lane Allowance. International Journal of Advanced Computer Research. 2014;4(17):928-933.