The buck/boost converters are widely used in bidirectional power flow application. High inrush current exists in the start-up process by traditional control strategy due to the loss of voltage second balance when both...
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The work proposes a technology for using a blockchain database to improve the quality of control systems for dynamic objects and technological processes in situations where the stability of communication systems is no...
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Induction motors are indispensable in diverse industrial applications owing to their robust construction, high efficiency, reliability, and favorable speed-torque characteristics. Effective speed control is paramount ...
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This paper focuses on advancing the applicability of human avatar learning methods by proposing RAM-Avatar, which learns a Real-time, photo-realistic Avatar that supports full-body control from Monocular videos. To ac...
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ISBN:
(纸本)9798350353013;9798350353006
This paper focuses on advancing the applicability of human avatar learning methods by proposing RAM-Avatar, which learns a Real-time, photo-realistic Avatar that supports full-body control from Monocular videos. To achieve this goal, RAM-Avatar leverages two statistical templates responsible for modeling the facial expression and hand gesture variations, while a sparsely computed dual attention module is introduced upon another body template to facilitate high-fidelity texture rendering for the torsos and limbs. Building on this foundation, we deploy a lightweight yet powerful StyleUnet along with a temporal-aware discriminator to achieve real-time realistic rendering. To enable robust animation for out-of-distribution poses, we propose a Motion Distribution Align module to compensate for the discrepancies between the training and testing motion distribution. Results and extensive experiments conducted in various experimental settings demonstrate the superiority of our proposed method, and a real-time live system is proposed to further push research into applications. The training and testing code will be released for research purposes.
With the advent of loT technology, smart building management has been transformed, leading to significant improvements in energy efficiency and occupant comfort. Indoor room temperature control is crucial as it affect...
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ISBN:
(纸本)9798350349955;9798350349948
With the advent of loT technology, smart building management has been transformed, leading to significant improvements in energy efficiency and occupant comfort. Indoor room temperature control is crucial as it affects both building performance and occupant quality of life. Nevertheless, stringent cybersecurity measures are required due to the increasing susceptibility to cyber attacks with more loT links in smart buildings. Identifying and managing unusual temperature readings is essential to keep the system running smoothly, efficiently, and safely. By integrating classical control methods such as PID with anomaly detection and LSTM modeling, this approach enables proactive anomaly identification and accurate temperature forecasts, rendering sustainable and resilient living conditions. This integration optimizes resource usage and mitigates cyber risks. This paper presents a holistic method that combines PID control, LSTM forecasting, and anomaly detection for smart building applications. The proposed integrated approach successfully addresses aberrant temperature variations and enhances building performance, as shown through experimental validation.
Recently, the digital coding metasurface has garnered widespread attention. In this paper, integrating the concept of hybrid digital coding metasurfaces with VO2 thin films allows for the independent manipulation of s...
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Modular Multilevel Converters (MMCs) have emerged as a key technology for high-power applications such as high-voltage transmission, wind energy conversion, large drive motors, and static compensators. Recently, MMCs ...
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This papers aim to establish gesture control of robotic arm utilizing long range (LoRa) technology to enhance the signal's range while facilitating low power consumption which is achievable because the device is i...
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ISBN:
(纸本)9781665476119
This papers aim to establish gesture control of robotic arm utilizing long range (LoRa) technology to enhance the signal's range while facilitating low power consumption which is achievable because the device is in continuous sleep mode and only activates when it needs to send a message. This paper was carried out by constructing a hand sensing glove with sensors and accelerometer to send signals to the robotic arm, incorporating the LoRa technology as the transmission module for transferring the signal and programming a microcontroller that processes sensor data and direct robotics arm movement. This technology has been adopted in IoT applications and found relevance when facilitating long range, low power consumption, and low cost. Notwithstanding, the shortcomings of this technology experienced is discussed briefly in this paper.
This paper presents a comprehensive study on the effective management of liquid levels in industrial settings is crucial for ensuring operational safety, productivity, and resource conservation. The water level contro...
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The automotive sector is undergoing a significant transformation towards interconnected and self-driving vehicles, underscoring the need for efficient and dependable firmware update systems to uphold vehicle safety, p...
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