The application of digital image processing technology in log volume gauge count greatly promoted the progress of forestry production to intelligent automation direction. However, based on digital image processing of ...
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A rover is a small vehicle that can move over rough ground, often used on the surface of other planets, sometimes controlled from the earth. This paper presents the development and integration of a high-frequency buck...
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In this work, the permanent magnet frequency conversion tensioning system of belt conveyor is designed. The permanent magnet synchronous motor and belt conveyor are modeled and simulated in AMESim and MATLAB co-simula...
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To better test the FTU in distribution automation system, this paper designs the upper monitor software for testing the security packets based on IEC104. The article adopts the asynchronous communication to optimize t...
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Along with the imperative transformation of the manufacturing industry to intelligent upgrading, the requirements of the motor industry for intelligent manufacturing level have also been greatly improved. The end cove...
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The influence of the walking mechanism on the resistance characteristics of a high-speed wheeled amphibious unmanned platform is studied and analyzed by considering its structure parameters and speed. Firstly, the wal...
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The influence of the walking mechanism on the resistance characteristics of a high-speed wheeled amphibious unmanned platform is studied and analyzed by considering its structure parameters and speed. Firstly, the walking mechanism system of the amphibious unmanned platform is optimally designed and its simulation model is established. Secondly, a realizable SST k-omega turbulence model and a CFD numerical model built by overset mesh technique are used to obtain a reliable numerical method. Then, the vehicle with retractable wheels is selected for simulation and the effect of wheel flip angle on the hydrodynamic performance is analyzed. Finally, the simulation result shows that: The numerical method has high accuracy and can better realize the simulation of vehicle motion and resistance prediction on water. The influence of the wheels on the water resistance is more significant. And the sinkage and trim value decrease gradually with wheel flipping, but when the hull was in the planing regime, the hull sink and rise increased with the wheel flipping.
The data information of the traditional traceability platform is stored in the central database, which is prone to data loss and tampering. However, the decentralization, non-Tampering, transparency, and traceability ...
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Online education, known as MOOC, has caused great reflection on traditional education. With the rapid development of online education and the establishment of various online education platforms, in the face of massive...
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The proceedings contain 76 papers. The topics discussed include: matrix profile based algorithms using self-collected data for detecting DDoS attacks in IoT equipment;development of Internet of Things (IoT) applicatio...
ISBN:
(纸本)9798350351859
The proceedings contain 76 papers. The topics discussed include: matrix profile based algorithms using self-collected data for detecting DDoS attacks in IoT equipment;development of Internet of Things (IoT) application for irrigation system;optimizing intelligent reflecting surfaces with discrete phase shifts and pilot overhead reduction using deep learning;design and implementation of Vivaldi antenna with modified Marchand Balun for V2X communications;base station association and handover for cellular-connected multi-antenna UAVs;memristor-based square root computation for signal processing applications;and distributed proxy re-encryption protocol for secure multiparty computation with fully homomorphic encryption.
In this paper, a visible-near infrared imaging spectrometer optical system is designed, which is used to detect seawater elements and provides a favorable monitoring means for the protection of marine resources. Accor...
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