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Farmer needs alternatives for weed control due to the desire to reduce chemicals used in farming. However, conventional mechanical cultivation cannot selectively remove weeds and there are no selective herbicides for some weed situation. Since hand labor is costly, an automated weed control system could be feasible. A robotic weed control system can also reduce or eliminate the need for chemicals...
The identification and classification of weeds are of major technical and economical importance in the agricultural industry. To automate these activities, like in shape, color and texture, weed control system is feasible. The goal of this paper is to build a real-time, machine vision weed control system that can detect weed locations. The algorithm is developed to classify images into broad and narrow...
This paper deals with the development of an algorithm for real time specific weed recognition system based on Sample Variance of an image that is used for the weed classification and comparison of its result with the algorithm based on population variance. The population variance has been used before for weed classification. The processing time for calculating population variance and sample variance...
A machine vision system to detect and discriminate crop and weed plants in a commercial agricultural environment was developed and tested. Images are acquired in agricultural fields under natural illumination were studied extensively, and a weed classifier based on Radon transform is developed. This classifier is specifically developed to classify images into broad (having broad leaves) and narrow...
The environmental impact of herbicide utilization has stimulated research into new methods of weed control, such as selective herbicide application on highly infested crop areas. This paper deals with the development of an algorithm which calculates angular cross sectional intensity of an image that is used for the weed classification. This algorithm is specifically developed to classify images into...
Many believe that multi-view video is poised to change how people watch television and that it could become a driving force in interactive multimedia entertainment, for both desktop and mobile environments. An MVV system acquires several video sequences of the same scene simultaneously from more than one angle and transports these streams remotely. Scenes can be displayed interactively, letting the...
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