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Your search keyword '"INTELLIGENT sensors"' showing total 3 results
3 results on '"INTELLIGENT sensors"'

1. AI, Sensors, and Robotics for Smart Agriculture.

Author

Zhang, Baohua and Qiao, Yongliang

Subjects
*AGRICULTURAL robots, *PRECISION farming, *ARTIFICIAL intelligence, *DETECTORS, *SUSTAINABLE agriculture, *INTELLIGENT sensors, *AGRICULTURAL technology, *FARM mechanization
Abstract

This document discusses the role of artificial intelligence (AI), sensors, and robotics in smart agriculture. Traditional agriculture practices are facing challenges such as low productivity, degraded land, and reliance on inorganic fertilizers. Smart agriculture aims to improve efficiency, implement green production methods, and promote long-term agricultural viability. AI can be used in precision farming, autonomous machinery, and predictive analytics to optimize resource allocation and mitigate risks. Sensors, including soil moisture sensors and weather sensors, can provide data for scientific analysis and improve productivity. Robotics can accelerate plant breeding and precision farming with reduced labor inputs. The combination of AI, sensors, and robotics enables farmers to collect and analyze data to improve production yield quality. [Extracted from the article]

Published
2024
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2. Automation in agriculture: A review of sensors.

Author

Kaur, Gaganjot and Chawla, Paras

Subjects
*INTELLIGENT sensors, *SENSOR networks, *CROP yields, *PRECISION farming, *DETECTORS, *AGRICULTURE, *AGRICULTURAL technology
Abstract

As the world population is rising rapidly, there is a fast depletion of resources. So to meet the requirements of increasing population, innovation is required especially in the field of agriculture. In Precision agriculture, smart sensors are used to impart data which helps the farmers in monitoring and optimizing the crop production along with record of changing environmental factors. IoT and sensor networks play a vital role in agriculture. The agricultural industry is being transformed with the use of sensors, software and AI. Combinational sensors and sensor hardware gives the data that helps in increasing the crop production and producing high yield crops which are disease free to keep pace with the increasing demand for food. This article presents a review of precision agriculture, soil less agriculture and sensors used in precision agriculture. [ABSTRACT FROM AUTHOR]

Published
2023
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