An improved decoding algorithm for Reed-Solomon codes is proposed using bit flipping in combination with miscorrection detection with the help of four-level bit-marking, achieving 0.28 dB and 0.19 dB additional gains ...
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As the Internet and information technology advance, safeguarding user personal data is critical. Traditional registration and key storage methods pose security risks like data breaches and centralized vulnerabilities....
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Spiking neural networks (SNNs) have the potential to simulate sparse and spatio-temporal dynamics observed in biological neurons, making them promising for achieving energy-efficient artificial general intelligence. W...
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Accurate and swift prediction of surrounding vehicle trajectories is essential for autonomous driving. Currently, numerous methods have achieved excellent accuracy in trajectory prediction but they often overlook the ...
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Existing unsupervised domain adaption approaches for cross-user Wearable Human Activity Recognition (WHAR) typically assume that users utilize the uni-modal sensor deployment configuration and cannot transfer across d...
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The rise of social media platforms on the internet has made combating hate speech and other abusive content more challenging. In this work, we investigate the effectiveness of deep learning techniques for abusive cont...
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This paper introduces a 5G multi-frequency antenna design method based on multi-objective sequential domain patching. By etching helical metamaterials on radiation patches and loading asymmetric electric-inductive-cap...
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This paper proposes a multi-object tracking algorithm for distorted video images captured by a fisheye camera. The method addresses the issue of residual shortening distortion in calibrated pedestrian images. It utili...
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As the virtual reality(VR)technology strives to provide immersive and natural user experiences,the challenge of aligning vast virtual environments with limited physical spaces remains *** survey comprehensively explor...
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As the virtual reality(VR)technology strives to provide immersive and natural user experiences,the challenge of aligning vast virtual environments with limited physical spaces remains *** survey comprehensively explores the advancements in redirected walking(RDW)techniques aimed at overcoming spatial constraints in *** addresses this by subtly manipulating users’physical movements to allow for seamless navigation within constrained *** survey delves into gain perception mechanisms,detailing how slight discrepancies between virtual and real-world movements can be utilized without user awareness,thus extending the effective navigable *** RDW control algorithms for gain-based RDW are analyzed,highlighting their implementation and effectiveness in maintaining immersion and minimizing perceptual ***,novel methods extending beyond traditional gain-based techniques are discussed,showcasing innovative approaches that further refine VR *** practical implications of RDW in enhancing safety and reducing physical collisions in VR environments are underscored,alongside its potential to improve user experience by aligning virtual exploration more closely with natural human behavior *** a thorough review of existing literature and recent advancements,this survey provides a systematic understanding for researchers,developers,and industry *** underscores the importance of RDW in the future of VR,emphasizing RDW's role in making VR more accessible and practical across various applications,from education and training to therapy and *** paper concludes with a forward-looking perspective on the continued evolution and potential of RDW in revolutionizing virtual reality experiences.
Android malware poses a significant challenge for mobile platforms. To evade detection, contemporary malware variants use API substitution or obfuscation techniques to hide malicious activities and mask their shallow ...
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