The study presents the design and analysis of an unmanned aerial vehicle (UAV) specifically engineered for efficient water payload transport with a capacity of 4 liters. The study encompasses a comprehensive approach,...
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ISBN:
(数字)9798331540821
ISBN:
(纸本)9798331540838
The study presents the design and analysis of an unmanned aerial vehicle (UAV) specifically engineered for efficient water payload transport with a capacity of 4 liters. The study encompasses a comprehensive approach, including the conceptual design, structural integrity assessment, and aerodynamic analysis of the proposed design of the UAV. The key aspects such as weight optimization, stability, and control systems are examined to ensure optimal performance and safety. The efficiency and effectiveness of the proposed UAV in real-world scenarios are assessed through comprehensive calculations and analyses. The findings highlight the UAV's potential applications in emergency response, agriculture, and remote area supply chains, offering a sustainable and innovative solution for water transportation challenges.
As enterprises undergo rapid digital transformation, securing economic stability amidst evolving threats becomes increasingly complex. This paper introduces a set of integrated guidelines designed to enhance enterpris...
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In this paper, we present a transfer learning-based human motion capture and classification system using multiple IMU and flex sensors without camera. The proposed system consists of 6 low-cost IMUs and 12 flex pressu...
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In the realm of wireless communication, smart antennas are widely employed to augment system capacity, mitigate interference, and function with little complexity. The utilization of deep learning algorithms is of para...
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ISBN:
(数字)9798350374131
ISBN:
(纸本)9798350374148
In the realm of wireless communication, smart antennas are widely employed to augment system capacity, mitigate interference, and function with little complexity. The utilization of deep learning algorithms is of paramount importance in the reduction of computational complexity inside smart antenna systems. Beamforming techniques are employed by these algorithms to enhance signal transmission and reception by increasing signal power in desired directions and decreasing it in undesired directions. There are several directional antenna array techniques that utilize deep learning alaorithms in order to enhance performance. This work investigates the utilization of deep learning in the field of wireless communications, with a specific emphasis on beamforming techniques employed in smart antenna system design.
A Sanction Probe program proposed in this paper is primarily concerned with the uncertainty that arises while checking the hosteller's authorization to depart. A program that uses image processing has been develop...
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The BART model is an advanced adaptation of transformers introduced by Facebook. It has incorporated elements from both BERT and GPT transformers, enabling significant advancements in language understanding and genera...
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Solid-state pulsed power generators based on custom fabricated semiconductor opening switches (SOS) produce high-voltage pulses with extremely fast rise times and short durations. It has been demonstrated that off-The...
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A key environmental problem that is extensively researched for academic purposes is water contamination. To understand the origins, impacts, and potential solutions to water contamination, researchers look into a vari...
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This paper is verified the lightning shielding effect of overhead ground wire(OHGW) on high-speed railway catenary systems. The simulation results show that OHGW can effectively shield lightning current, resulting in ...
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Remote sensing technology has become one of the indispensable techniques for the investigation of geologic disasters at home and abroad. However, the interpretation of bare ground classification by satellite multispec...
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