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首页> 外文期刊>International Journal of Swarm Intelligence and Evolutionary Computation >Digital Farming Integrating Farming with Information Technologies to Attain the Best Yields, Cases from Andhra Pradesh, Telangana and Karnataka
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Digital Farming Integrating Farming with Information Technologies to Attain the Best Yields, Cases from Andhra Pradesh, Telangana and Karnataka

机译：数字耕作与信息技术整合农业，以获得最佳收益率，案例来自Andhra Pradesh，Telangana和Karnataka

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Animals, birds and insects, including ants, the tiniest creatures on the earth adopt food security techniques in order to preserve food for the future needs. They are aware that they cannot venture out to hunt for food on a rainy season. They are strategic in choosing their path during rainy and winter seasons when the temperatures and weather conditions would be at their extreme levels. While ants work hard to save food in their hillocks in the tropical rain forests during summer, polar bears hibernate by lowering their body metabolism and stay away from food consumption. Amidst global warming and extreme climate scenario, it is time for the human to act. As intelligent beings on the earth with an ability to communicate, research, share and disseminate knowledge using information technologies, farmers can take the competitive advantages of the information technologies (ICTs) to increase their crop yields. Microsoft India in collaboration with the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) has been leveraging the AI, Machine Learning and Cloud Technologies to unleash the information on changes in temperature, precipitation and possibilities of pest attacks in advance and could communicate the same to the farmers in the South Indian states of Andhra Pradesh and Karnataka through SMS alerts. Farmers are receiving information digitally on how and when should they sow the seeds and what type of pest control measures should they adapt to mitigate them. Right from predicting the market prices and the ground water density, AI technologies can go a long way in achieving the Digital Green Revolution. The researcher is keen in presenting the experiences of the farmers of AP, Telangana and Karnataka by presenting cases of Microsoft ICRISAT and ADAMA India Ltd.
机译：动物，鸟类和昆虫，包括蚂蚁，地球上最小的生物采用粮食安全技术，以保护未来需求的食物。他们意识到他们不能冒险在雨季寻找食物。当温度和天气条件下，在雨季和冬季在冬季季节的季节处于极端水平时，它们是战略性的。虽然蚂蚁在夏天，蚂蚁在热带雨林中拯救食物，但通过降低身体新陈代谢并远离食物消费，北极熊冬季腌制。在全球变暖和极端气候情景中，是人类行为的时候了。作为地球上的智能生物，具有通过信息技术沟通，研究，分享和传播知识的能力，农民可以采取信息技术（ICT）的竞争优势，以增加其作物产量。微软印度与国际作物研究所的半干旱性热带研究所（ICRISAT）合作（ICRISAT）一直利用AI，机器学习和云技术，以提前释放有关温度，降水和害虫攻击的可能性变化的信息，可以沟通与南印度州和哈德拉邦和卡纳塔克邦的农民相同，通过短信警报。农民正在以数字方式获得信息，他们如何以及何时何时播种种子以及应该适应哪种类型的害虫控制措施来减轻它们。从预测市场价格和地下水密度的权利，AI技术可以在实现数字绿色革命方面走得很长。研究人员热衷于展示AP，Telangana和Karnataka的农民的经验，通过在Microsoft Icrisat和Adama India Ltd.提出案件

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