模糊逻辑赋能 NetWatch:孟加拉国利用基于物联网的智能监控和管理革新水产养殖业

Purna Chakraborty, Arnab Chakraborty, Arnab Chakraborty, Abhijit Pathak
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引用次数: 0

摘要

创新研究 "模糊逻辑赋权 NetWatch:孟加拉国利用基于物联网的智能监控和管理革新水产养殖业 "是迈向强调准确性和效率的养鱼技术新时代的一步。通过在 NetWatch 系统中使用模糊逻辑控制器,水产养殖相关方可以获得标准管理技术无法实现的智能化和适应性。NetWatch 中包含了模糊逻辑技术,除了监测和控制环境参数和水质外,还能根据水产养殖系统错综复杂且经常不可预测的性质做出智能判断。由于其动态适应性,该系统可以实时降低风险并优化结果,同时成功应对不断变化的情况。此外,NetWatch 还将特定池塘的数据与更普遍的环境洞察力相结合,提供了水产养殖生态系统的全面图景,有助于做出更明智的宏观和微观决策。有了这些全面的知识,养鱼户就能更有效地分配资源,减少浪费,可持续地提高生产率。此外,Fuzzy Logic Empowered NetWatch 的革命性潜力为水产养殖业提供了机遇,超越了单个鱼塘的界限。孟加拉国可以利用基于物联网的智能监控和管理,成为全球可持续水产养殖方法的领导者,并在生产、效率和环境管理方面树立新的标杆。模糊逻辑赋能 NetWatch 催化了我们在水产养殖管理方式上的系统性转变,而不仅仅是技术上的转变。通过利用模糊逻辑和物联网,孟加拉国可以实现以前无法达到的可持续性和生产力水平。这将保证该国水产养殖业及其服务的社区拥有更美好的未来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fuzzy Logic Empowered NetWatch: Revolutionizing Aquaculture with IoT-based Intelligent Monitoring and Management in Bangladesh
The innovative study "Fuzzy Logic Empowered NetWatch: Revolutionizing Aquaculture with IoT-based Intelligent Monitoring and Management in Bangladesh" is a step towards the dawn of a new era in fish farming techniques that emphasize accuracy and efficiency. Using fuzzy logic controllers in the NetWatch system, stakeholders involved in aquaculture can access a degree of intelligence and adaptability that is not possible with standard management techniques. Fuzzy logic techniques are included in NetWatch, allowing it to make intelligent judgments based on the intricate and frequently unpredictable nature of aquaculture systems, in addition to monitoring and controlling environmental parameters and water quality. Because of its dynamic adaptability, the system can mitigate risks and optimize results in real time while successfully responding to changing situations. Furthermore, NetWatch offers a comprehensive picture of the aquaculture ecosystem by combining pond-specific data with more general environmental insights, facilitating better-informed macro and micro decision-making. With this thorough knowledge, fish farmers can allocate resources more efficiently, reduce waste, and sustainably increase productivity. Moreover, Fuzzy Logic Empowered NetWatch's revolutionary potential offers opportunities for the aquaculture industry, transcending the boundaries of individual fish ponds. Bangladesh can establish itself as a global leader in sustainable aquaculture methods and set new benchmarks for production, efficiency, and environmental stewardship using IoT-based intelligent monitoring and management. Fuzzy Logic Empowered NetWatch catalyzes a systemic shift in how we approach aquaculture management rather than merely technology. Bangladesh may achieve previously unattainable levels of sustainability and productivity by utilizing fuzzy logic and the Internet of Things. This would guarantee a better future for the country's aquaculture sector and the communities it serves.
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