1. Onion crop varietal informative data with (Distinctiveness, Uniformity and Stability) features and types. 2. Identification of varieties based on their define DUS characteristics for storability 3. Image-based analysis platform for onion varietal
● Collecting historical data of weather parameters from the IMD-stations ● Installation of EAgriSTM and PGrowiSTM at 2-3 different locations within institute. ● Soil-specific calibration of Soil Moisture sensors for irrigation and soil pH and E
Deliverables from TIH-IoT, IIT Bombay 1. Deployment of EAgriS-MDTM with multi-depth sensors (sensors for two soil depths) in allocated plots 2. Management of data visualization platform 3. Soil specific sensor calibration for various soil parameters
Design of AVS and Pressure sensor based system for marine data collection Design of algorithms for senesing, detection and localization Rigging a complete circuit and assembly system Design of complete mounting and assembly Stability analysis and har
• The autonomous underwater system at TRL-7 and a command system to enable programming path, view status and retrieve data from payloads. • Software for marine life identification and tracking. Modalities of marine life identification and trackin
Demonstration of unique cone-shaped propulsors (small 110mm Hub - with 4x blades of about 180mm each) for thrust generation and an optional energy harvesting on the given AUV (200mm hull diameter vehicle). 360° Directional Radial Thrust capable prop
• IoT-enabled manoeuvrable oil-Skimmer cum Sampler with solar rechargeable battery-powered, long-range communication for controlling and remote communication. • Oil Skimmer cum sampler with GPS for real-time tracking and control, on board camera
Autonomous Surface Vehicle for Aquaculture (with sensors, feeding and aeration mechanisms in-built)– 1 nos. ● Ground Control Station – 1 nos. ● Accessories (Battery Chargers (for ASV and GCS), Special Maintenance Tools etc.) "
The key deliverable of this project is a working prototype of the low-cost DVL, demonstrating the integration of design optimizations and performance enhancements. Additional rounds of productization and productionising efforts will yield a field dep
1. A self-sustained node for underwater communication: A sensor with house electronics capable of transmitting and receiving acoustic signals for data communication. 2. The node will be equipped with required rechargeable battery. Power consumption c
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