Gesture and voice-based automation innovations are being examined because of the developing interest for reliable and smart home security frameworks. In this study, a MATLAB-based home reconnaissance automation framew...
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The efficient and appropriate power flow technologies are necessary for better performance of renewable energy system applications. The comparative study of different MPPT algorithms, which are best for RES applicatio...
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Automated Number Plate Recognition is one of the most important applications of computer vision, employed in the enforcement of traffic law, vehicular management, security, and even at toll collection. This paper prop...
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In this paper, we investigate the problem of identification of RS-485 devices. The proposed method utilizes their physical layer features in terms of time-domain overlapping traces. The first step is the acquisition o...
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ISBN:
(纸本)9783031705069;9783031705076
In this paper, we investigate the problem of identification of RS-485 devices. The proposed method utilizes their physical layer features in terms of time-domain overlapping traces. The first step is the acquisition of the physical layer waveform with an oscilloscope. The waveform is then preprocessed, a pulse shaping filter is applied, and the eye diagram is generated. These eye diagram parameters are estimated and stored as datasets. Then, the datasets are divided into two conventional categories. The first one is defined as the training set for deriving key parameters, the second one is used as the test set to verify the proposed algorithm. The eye diagram parameters of the test set are used for training, and the parameters of multi-class the supporting vector machine (SVM) are obtained. The data from the testing set is used to classify the devices. The results of the classification are used for device identification. Our experimental results show that classification accuracies of RS-485 devices can be higher than 88%, which indicate that our proposed method is practical and thus has a potential to be used in a number of applications including industrial Internet of Things (IoT) device identifications.
Smart sensing environments supported by an Internet of Things (IoT) infrastructure are enabling a wide array of possibilities for data-intensive remote monitoring applications. Although nowadays it is possible to acce...
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Smart agriculture systems leverage the possibilities offered by cutting-edge technologies such as IoT, AI, and remote sensing to revolutionize conventional farming by enhancing resource utilization, production, and cr...
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ISBN:
(纸本)9798331509675
Smart agriculture systems leverage the possibilities offered by cutting-edge technologies such as IoT, AI, and remote sensing to revolutionize conventional farming by enhancing resource utilization, production, and crop damage mitigation. Real-time monitoring of soil and crop health, predictive analytics, pest control, and precision irrigation measures are all enabled by these systems. They are able to address major Indian agriculture issues, consequently boosting yield and profitability and promoting environmental sustainability. The largescale deployment of intelligent agriculture systems will change the agriculture landscape in India and will assure long-term food security for an ever-growing population. Challenges include adequate research and future studies in order to better install and achieve smart agricultural systems to protect crops. Intelligent agriculture involves all advanced research, including science and innovations, in national development through space technologies to enhance soil quality, conserve water, and facilitate agriculture information. Space ventures will undergo improved modernization through the introduction of crop sprayers, precision gene editors, epigenetics, big data analytics, IoT, wind and photovoltaic smart energy, AI-enabled robotic applications, and wide-scale desalination technologies. Implementing digital farming systems in developing economies will help their sectors as 85 percent of the global population is set to live in developing countries by 2030. Automation will prove to be necessary since food scarcity is on the rise along with resource wastage. Control strategies such as the IoT, aerial imagery, machine learning, and artificial intelligence will boost production and prevent soil degradation. These advanced technologies are also able to alleviate such issues as plant disease detection, pesticide management, and water application. The introduction of the Internet of Things in the agricultural research world has started
In the context of m-health applications, developing user-friendly interfaces to improve usability and acceptance by older adults has become a prominent research topic. The use of embodied conversational agents (ECAs) ...
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This research represents a comparative study of Load Frequency Control (LFC) using Model Predictive Control (MPC). The results have also been compared with Proportional-Integral-Derivative (PID) controllers. LFC is ev...
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A number of industries are benefiting from the introduction of 5G technology, including eHealth, automation, robots, and smart infrastructure. The fast expansion of 5G has presented substantial problems in terms of ne...
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In this decade the classical computers can surpass the computational power anticipated using quantum computers, bringing transformative advancements across multiple industries, with finance expected to be the first to...
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