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Proceedings ArticleDOI

A novel method for the extraction of primary visual features from an image through intelligent feature descriptors

TLDR
The traffic sign images were acquired from the image database and were subjected to some pre-processing techniques such as conversion of the original RGB images into HSV Color Space, Adjustment of the Contrast of the Color images as well as applying the Histogram of Oriented Gradients (HOG) algorithm in which the process of extraction and plotting of the HOG features from a given image is performed that is most popular amongst the feature extraction algorithms.
Abstract
As far as the safety of a driver is concerned, more focus should be put on correct interpretation and information which is conveyed by a traffic sign, while driving a vehicle along the road. A sign board can be thought of as an emblem which disseminates important and meaningful information regarding the potential hazards prevailing among road users comprising roadways cladded with snowfall, construction worksites or repairing of roads taking place and telling the people to follow an alternative route. It alerts the person who is passing through the road about the maximum possible extremity that his vehicle is trying to achieve indicating slowing down the speed of vehicle since chances of having collision cannot be ruled out. With constant increasing of the training database size, not only there cognition accuracy, but also the computation complexity should be considered in designing a feasible recognition approach. The traffic sign images were acquired from the image database and were subjected to some pre-processing techniques such as conversion of the original RGB images into HSV Color Space, Adjustment of the Contrast of the Color images as well as applying the Histogram of Oriented Gradients (HOG) algorithm in which the process of extraction and plotting of the HOG features from a given image is performed that is most popular amongst the feature extraction algorithms. In the future, we will concentrate on detecting, recognizing as well as classifying a particular sign board.

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Citations
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Proceedings ArticleDOI

Study of Various Image De-Noising Methods Used for the Purpose of Traffic Sign Board Recognition in an Intelligent Advanced Driver Assistance System

TL;DR: The traffic sign images were acquired from the image database and were subjected to some pre-processing techniques such as removing the noise present in a particular image with the help of Arithmetic Mean Filter as well as Geometric Mean Filter.
References
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Journal ArticleDOI

Driver behavior during bicycle passing maneuvers in response to a Share the Road sign treatment

TL;DR: A controlled field evaluation of the use of a bicycle warning sign with a "Share the Road" plaque resulted in a 2.5miles/h (4.0km/h) reduction in vehicle speeds, and the sign treatment was found to shift motor vehicles away from the rightmost lane positions.
Journal ArticleDOI

Evolutionary feature and instance selection for traffic sign recognition

TL;DR: A genetic-based biological algorithm (GBA) is proposed for effective traffic sign recognition that produces better feature and instance selection results than GA and outperforms GA in terms of reduction rate and computational cost.
Journal ArticleDOI

Traffic Sign Recognition Application Based on Image Processing Techniques

TL;DR: A software application for traffic sign recognition (TSR) that works in four stages, including an image preprocessing step and the detection of regions of interest (ROIs), which involves a series of steps that include transforming the image to grayscale and applying edge detection by the Laplacian of Gaussian filter.
Journal ArticleDOI

Hierarchical clustering of EMD based interest points for road sign detection

TL;DR: The presented framework provides a novel way to detect a road sign from the natural scenes and the results demonstrate the efficacy of the proposed technique, which yields a very low false hit rate.
Journal ArticleDOI

A novel unsupervised approach to discovering regions of interest in traffic images

TL;DR: The study shows that the distribution of such data can be captured by a simplex in a linear subspace, and each data point can be represented by a linear reconstruction over the set of vertices of the simplex.