Crowd Sourcing of Diseases and Pests Information
Ashishika Singh
Department of Computer Science and engineering
Presidency University
Bangalore, India
ashishika@presidencyuniversity.in
Chandrashekhar Biradar
Department of Computer Science and engineering
Presidency University
Bangalore, India
cbiradar0852@gmail.com
Meghana Badiger
Department of Computer Science and engineering
Presidency University
Bangalore, India
meghanabadiger26@gmail.com
Shrinivas S Patil
Department of Computer Science and engineering
Presidency University
Bangalore, India
shrinivassp17@gmail.com
ABSTARCT-
This literature review examines the significance of crowdsourcing in overcoming the agricultural challenges faced by Indian farmers. It focuses on how technology can be utilized to improve knowledge exchange, identify crop diseases, and foster economic development. By harnessing the collective expertise of farming communities, crowdsourcing facilitates the sharing of experiences, solutions, and practical insights, enabling a cooperative approach to addressing agricultural issues. The review discusses the key attributes and innovations of a proposed crowdsourcing platform, emphasizing its intuitive design, multilingual support, and integration of farmers' direct experiences. It outlines a hybrid methodology that combines traditional farming knowledge with modern technological solutions to ensure inclusivity and accessibility for all. The platform is envisioned to assist farmers in diagnosing crop diseases, exchanging remedies, and evaluating the effectiveness of various practices, ultimately enhancing productivity and promoting sustainable farming practices. By encouraging community participation, minimizing dependency on intermediaries, and incorporating AI-powered tools for efficient information sharing, this platform has the potential to revolutionize Indian agriculture. Through the seamless integration of crowdsourcing and advanced technologies, it aims to create a self-reliant ecosystem where farmers are empowered to collaboratively address challenges and drive agricultural progress.
