In recent years, with the progress of distributed photovoltaic technology and the reduction of costs, the installed scale of distributed photovoltaic has grown rapidly. Due to the high average photovoltaic permeabilit...
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This paper aims to use the prototype system of the Internet of Things to study the computer model of display design, combined with the transmission principle of the Internet of Things technology, and use the computer ...
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This paper aims to use the prototype system of the Internet of Things to study the computer model of display design, combined with the transmission principle of the Internet of Things technology, and use the computer digital technology to simulate. This paper proposes to use the Internet of Things technology combined with the application of computer, network 4/5G and other technologies in the prototype system of the Internet of Things, combined with art, trade and other traditional display design, to study the computer model of display design. Compared to traditional IoT devices, the combination of IoT technology, computers and networks has a higher speed in terms of data transmission. The results of the global Internet of Things development scale in recent years show that in 2016-2020, the global Internet of Things scale reached $200 billion from $70 billion, and China's Internet of Things employees reached 16 million.
We've devised a real-time neural network method for American Sign Language fingerspelling, addressing communication challenges for the hearing-impaired. Sign language, a primal mode of expression, faces limited un...
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Internet of Things (IoT) is an integral part of home automation, where physical devices are interconnected such that, they enable communication amongst electronics, sensors, software, and network. The data collection ...
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Greenhouse automation system is basically designed for farmers who are willing to grow crops in unfavorable conditions. It is an approach in which the crops are controlled and monitored and are also provided desired c...
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With the rapid growth of information technology (IT), the amount of data generated by various industries in modern society is exploding. However, while enjoying the convenience brought by data, how to ensure the priva...
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The high torque ripples developed in the switched reluctance motor (SRM) limit its usage for high-performance applications. The methods designed to lower the torque ripple affects the efficiency of drive system. This ...
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The use of Unmanned Aerial Vehicles (UAVs) has been proposed for numerous applications from recreational photography to commercial deliveries and infrastructure monitoring. But their effective deployment depends on th...
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ISBN:
(纸本)9798350387452;9798350387445
The use of Unmanned Aerial Vehicles (UAVs) has been proposed for numerous applications from recreational photography to commercial deliveries and infrastructure monitoring. But their effective deployment depends on the establishment of an Unmanned Aerial Traffic Management (UTM) which in turn requires reliable communication protocols to ensure safe and efficient operations. Recently, Rate Decay Flooding (RDF) was proposed as a novel protocol to enable position sharing among UAVs, realizing one of the major UTM applications. Another application is the provisioning of a redundant control connection which allows for point-to-point communication between a UAV and its operator in case their proprietary primary connection breaks. Every protocol used for this must harmonize well with RDF so that both applications can be realized at the same time. In this work we propose Spotlight Flooding (SLF) and its enhanced version SLF+, which build on top of RDF to realize a fast and reliable point-to-point connection between any two nodes in the network. These protocols are evaluated in an open-source simulator considering two scenarios. First, we consider a single UAV in distress using SLF/SLF+ to explore the performance of our novel protocols for networks of up to 525 UAVs. The results show, that even for large networks, SLF+ achieves a Packet Delivery Ratio (PDR) above 90 % at an end-to-end delay of less than 60 ms. Additionally, we evaluate a scenario of 300 UAVs with an increasing share of UAVs using SLF/SLF+. Again, even if half of the UAVs in the scenario use SLF/SLF+ a PDR above 90 % is achieved at a delay of 142 ms.
This paper presents a study that combines the advances of technology specifically in the field of Internet-of-Things (IoT) and Image Processing. Plant growth monitoring is an essential task especially when growing a h...
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Blood group prediction is a crucial process in medical diagnostics and emergency care, traditionally carried out through serological tests that require blood samples and specialized laboratory equipment. These convent...
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