Image and Video Transmission in Wildlife Sanctuaries Using LoRa Technology

The proposed project explores image and video transmission in wildlife sanctuaries using LoRa technology, addressing the challenge of interference among multiple nodes in dense deployments. Traditional time-division methods face latency issues, prompting the adoption of Frequency Division Multiplexing (FDM). Each node operates on unique frequencies, ensuring simultaneous, interference-free transmission. Compression algorithms and efficient hardware design enhance data handling within LoRa's bandwidth constraints. Findings demonstrate robust, low-power communication, enabling scalable and cost-effective wildlife monitoring systems. The impact lies in real-time data accessibility, aiding conservation efforts and ecological research.