Cloud computing has completely evolved the way health care data is managed, but it also introduces critical security vulnerabilities that can compromise the privacy of patient information and threaten regulatory compl...
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Podiatrist diagnosis and lesion localization are used as current testing approaches for Diabetic Foot ulcers (DFU). Current systems for automation concentrate on either categorization or division. One of the most comm...
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This Project focuses on soft starting of a Brushless DC Motor (BLDCM) with arrangement of Landsman Converter and Voltage Source Inverter (VSI). This innovative configuration incorporates Model Predictive control for B...
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ISBN:
(数字)9798331525439
ISBN:
(纸本)9798331525446
This Project focuses on soft starting of a Brushless DC Motor (BLDCM) with arrangement of Landsman Converter and Voltage Source Inverter (VSI). This innovative configuration incorporates Model Predictive control for BLDCM propulsion. This arrangement eliminates the initial inrush current and initial high torque. The converter is made to operate to maneuver and regulate the input DC voltage fed to the voltage source inverter thereby enabling precise control over the BLDCM speed, hence the landsman converter takes care of the speed control of the BLDCM by gradually applying the voltage to VSI, the switching burden of VSI is reduced. As a result, the VSI switches now operate at low-frequency signals, so switching losses of the system are minimized significantly. The project's performance evaluation utilizes the MATLAB-Simulink platform, ensuring a thorough and reliable assessment of the overall system's capabilities. Usage of Model Predictive control helps in gradual increase voltage during sudden loading and unloading conditions of the vehicle. Based on the iterations it keeps updating itself for the gradual increase in voltage waveforms.
VoIP is a revolutionary technology for transmission of voice over internet protocol than from plain telephony systems. But current VoIP solutions have some important issues which are packet loss, latency, and jitter e...
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Cloud AI technologies have emerged to exploit the vast amount of data produced by digitized activities. However, despite these advancements, they still face challenges in several areas, including data processing, achi...
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The performance of three LoRa modules with similar characteristics and designs was tested to select suitable options for smart applications. The modules were tested in a specific location in Jordan, which has unique t...
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As data center network topologies become increasingly complex and network traffic continues to surge, congestion control has emerged as a formidable challenge. Concurrently, the utilization of lossless networks can le...
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With the advancement of industrial automation, Wireless Sensor Networks (WSNs), particularly those incorporating optical sensing technologies, have shown great potential in areas such as industrial process monitoring ...
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This paper examines improved MOSFET performances, such as drain-induced barrier lowering (DIBL), velocity saturation using nanowire technologies to better parameters such as on-current, total current density, tunnelin...
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For applications like automated toll collection and traffic monitoring, license plate recognition, or LPR, is essential. In order to enhance license plate identification and recognition performance, this study provide...
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ISBN:
(数字)9798331525439
ISBN:
(纸本)9798331525446
For applications like automated toll collection and traffic monitoring, license plate recognition, or LPR, is essential. In order to enhance license plate identification and recognition performance, this study provides a method that combines the You Only Look Once (YOLO) object detection algorithm with optical character recognition (OCR). In complicated surroundings, YOLO provides high-accuracy real-time detection, while OCR efficiently recognises alphanumeric characters. We assessed the system's performance by examining processing time, accuracy of detection and recognition, and a publically accessible dataset. The combined strategy greatly outperforms standard methods, according to the results. The system exhibits resilience in the face of obstacles like dim lighting and partial occlusions. An dependable LPR solution for intelligent transportation systems is provided by this combination.
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