This paper is about giving the security to the autonomous vehicle through Time stamp, autonomous vehicle has a semi automatic manual key, the key has one to ten numbers, once he inserts the key person gives the number...
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In agriculture, weeds always prove to be a major threat. It is tedious to do weeding at a later stage when the crops and the weeds are significantly grown. Incorporating technology in agriculture has revolutionized bo...
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The Home computing Network (HCN) presents a fundamental transformation in computing infrastructure. It addresses longstanding inefficiencies in the conventional models like under utilization of computer resources. Mot...
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Energy internet must be realized on the premise of broad consensus and trust among the participants, therefore, there is an urgent need for a technology that can not only easily and quickly construct distributed appli...
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One of the primary causes of death globally, cancer is estimated to have affected more people in less developed nations than in more developed ones throughout time in terms of both cases and mortality. The unchecked g...
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With the advent of sophisticated technologies, big data, and the internet of things (IoT), environmental supervision has evolved it in to a smart environment monitoring (SEM) technology in recent decades. In light of ...
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Mobile internet of Things is an internet application based on satellite positioning technology, wireless sensor networks and communication networks. With the popularity of mobile terminal devices, people39;s demand ...
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Now a days, cloud computing services are being used exponentially which in turn increases in multi-tenant distributed service(MTDS). Targeted attacks in MTDS propagated through side channel, shared memories, network a...
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This paper aims to solve challenges concerning cost, manual labor, and efficiency in aquaponics by designing and implementing NeuroAqua, an optimized and automated AI and IoT-based aquaponics system, in both a lab set...
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ISBN:
(纸本)9798350372977;9798350372984
This paper aims to solve challenges concerning cost, manual labor, and efficiency in aquaponics by designing and implementing NeuroAqua, an optimized and automated AI and IoT-based aquaponics system, in both a lab setting (small-scale) and a field setting (large-scale) in Ouroboros Farms in Half Moon Bay, CA. In the system, wireless sensors monitor key factors for system effectiveness and send data to a cloud database. NeuroAqua integrates 6 types of sensors, collecting data regarding the environment, water, and nutrients, such as air temperature, humidity, pH, light, Nitrogen, Phosphorus, Potassium, and Total Dissolved Solids. Camera module sensors were also developed to capture and monitor plant growth automatically. These 6 types of sensors were implemented in both settings and successfully collected 8 plant growth samples (2 types of plants in 4 different settings) each across 2 weeks from NeuroAqua. NeuroAqua transformed the data from the sensors into a structured database, which was fed to the machine learning (ML) models for data analysis. It also feeds data to our online monitoring system and sends out alarms when the tested values fall below or exceed the normal range. NeuroAqua is the first aquaponics system to implement a comprehensive automatic machine learning system into a real farm setting.
The Beta distribution can effectively describe the non-Gaussian statistical characteristics of the electromagnetic scattering. Conventional random electromagnetic fields always implicitly assume that the number of ste...
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