Smart Pest Control System: Deep Learning Algorithms for Pest Detection and Pesticide Selection

Agriculture serves as a vital foundational industry on a global scale, what's more, nuisances can make significant harm crop creation in each country. Research indicates that nearly fifty percent of worldwide crop production may be affected to varying degrees by insects annually, which has a profound effect on local economies and the daily lives of individuals. Crop insects are a main agricultural trouble international due to the truth the seriousness and degree of their commonness compromise crop yield. Be that as it may, customary bug photo division strategies are restricted, pointless and labour-intensive and lengthy, leading to challenges in their advertising and functionality.. Still, a traditional insect reputation schemes have sever an obstacle. Most of the generally used techniques are guide examine. Here the farmers or professionals manually check the field monthly, day by day, and weekly for insect or diseases. When bugs infect a subject, they ought to be identified in time; therefore, farmers can supply timely remedy and avoid the spread of insects. Deep learning methods have emerged as leading approaches address this issue with the technical demanding situations related to insect recognition. We advocate a stepped forward A deep convolutional neural network has been developed to enhance understanding of crop insects within real agricultural environments. The proposed structure carries a parallel interest mechanism module at the side of residual blocks, resulting in enormous blessings in phrases of accuracy and real-time performance whilst in comparison to opportunity models. And additionally expand the framework to assume the fertilizers or pesticides based totally mostly on recognized insect.

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Publication Details

Published
2024-12-12
DOI
https://doi.org/10.1109/icuis64676.2024.10866708
Citations
1
Primary Topic
Smart Agriculture and AI
Type
article
Field-Weighted Citation Impact
0.60
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article

Smart Pest Control System: Deep Learning Algorithms for Pest Detection and Pesticide Selection

R. Raghul, V Rajeshram, Mallikka Rajalingam, Norton Stanley S A et al.
1 citations
Smart Agriculture and AI
0.60
article

Smart Pest Control System: Deep Learning Algorithms for Pest Detection and Pesticide Selection

R. Raghul, V Rajeshram, Mallikka Rajalingam, Norton Stanley S A, M C Vengadesan
article en
1 citations

Abstract

Agriculture serves as a vital foundational industry on a global scale, what's more, nuisances can make significant harm crop creation in each country. Research indicates that nearly fifty percent of worldwide crop production may be affected to varying degrees by insects annually, which has a profound effect on local economies and the daily lives of individuals. Crop insects are a main agricultural trouble international due to the truth the seriousness and degree of their commonness compromise crop yield. Be that as it may, customary bug photo division strategies are restricted, pointless and labour-intensive and lengthy, leading to challenges in their advertising and functionality.. Still, a traditional insect reputation schemes have sever an obstacle. Most of the generally used techniques are guide examine. Here the farmers or professionals manually check the field monthly, day by day, and weekly for insect or diseases. When bugs infect a subject, they ought to be identified in time; therefore, farmers can supply timely remedy and avoid the spread of insects. Deep learning methods have emerged as leading approaches address this issue with the technical demanding situations related to insect recognition. We advocate a stepped forward A deep convolutional neural network has been developed to enhance understanding of crop insects within real agricultural environments. The proposed structure carries a parallel interest mechanism module at the side of residual blocks, resulting in enormous blessings in phrases of accuracy and real-time performance whilst in comparison to opportunity models. And additionally expand the framework to assume the fertilizers or pesticides based totally mostly on recognized insect.

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Openalex Percentile: Top 20%
Smart Agriculture and AI
0.60
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