×

img Accessibility Controls

Search

Filters
Loading...

Loading filters...

8846 result(s) found
Development of an Algorithm for Bee Detection in Beehives

The need for bee detection is two-fold, first it is pertinent for environmental health monitoring and second the traditional methods used by entomologists are time consuming and often not accurate. By using Al, it is possible to train the technology

Section: Academic Innovations (Innovations)
Rotten Onion Detection System By using Gas and Temperature, Humidity Sensor

To keep the onion Stock safe for a long time, the temperature and humidity of the storage room should be maintained. As with time, when the rotting process starts, there are multiple gasses which are emitted by rotting onion bulbs. Some major gasses

Section: Academic Innovations (Innovations)
Gas Sensing Solution for Livestock Farming and Greenhouses

Gas Sensing Solution for Livestock Farming and Greenhouses

Section: Academic Innovations (Innovations)
Transforming the lignocellulosic watse in to wealth by addressing the market

The proposed research is a mix of two ideas of utilizing two wastes. First is to utilize the rice straw/stubble from being burnt and second is to utilize the solid digestate originating from compressed biogas plants. The purpose of the proposed resea

Section: Academic Innovations (Innovations)
Waterfoot Print analysis of Diary Sector in Punjab

It was an environmental study project to understand the current status of water uses at different stages of milk production and processing. Therefore, its more related to futuristic approach and no direct technology/product development was involved.

Section: Academic Innovations (Innovations)
in Maize

The efficient field operations heavily influence agricultural productivity, but challenges such as labor shortages, rising operational costs in transportation, and the need for precision farming have highlighted the need for automation. The aim of th

Section: Academic Innovations (Innovations)
Development of a multimodal data-driven fertilizer recommendations system via a cloud-connected mobile application

The efficient field operations heavily influence agricultural productivity, but challenges such as labor shortages, rising operational costs in transportation, and the need for precision farming have highlighted the need for automation. The aim of th

Section: Academic Innovations (Innovations)
Customizable Metal Oxide Sensors for Enhanced Post Harvest Crop Management

Maintaining productivity while minimizing environmental impact is a significant challenges that modern agriculture faces. Efficient monitoring of gases like ammonia (NH₃), methane (CH₄), and volatile organic compounds (VOCs) is crucial for optimi

Section: Academic Innovations (Innovations)
Design and Development of an IOT based Hybrid System for accurate detection of distinct soil parameters to monitor the water and fertilizer operation in the Agricultural fields

The aim of the project is to design and develop a comprehensive IOT based Hybrid system which consists of distinct sensors; that determine the soil parameters like the measure of moisture levels for smart irrigation, N, P, K estimations of fertilizer

Section: Academic Innovations (Innovations)
arrowtop
Latest Updates
Loading…