Abstract: Aiming at the problems of efficiency improvement and resource optimization in enterprise warehouse management, this paper designs and implements an automated scheduling system based on ...
Abstract: This paper presents a lightweight deep learning approach for classifying and tracking finger positions based on surface electromyography (sEMG) signals, designed with a perspective of its ...
Flash memory is evolving fast. As demands for speed, scalability, and efficiency rise, the industry standard is shifting from ...
Abstract: Lightweight impedance-controllable end-effectors are increasingly important in emerging applications involving physical human-robot interaction. Motivated by this need, this paper presents a ...
Abstract: One of the main challenges of embedded system design lies in the natural heterogeneity of these systems. We can say that embedded systems are electronic systems designed and programmed to ...
Abstract: The expansion and increasing complexity of railway infrastructure, combined with a growing demand for higher safety and maintenance standards, has driven important innovation in rail defect ...
Advancing Embedded System Design: FPGA-Based Digital Frequency Meter with Adaptive Range Commutation
Abstract: Frequency measurement is crucial in electronic measurement, and digital frequency meters are essential for engineering. Their use in smart appliances increases demand for wider ranges and ...
Abstract: The high-density, high-step-down, high-current point-of-load (PoL) converter plays an important role in future computing and AI research. This paper presents a 48-1V POL target that reaches ...
Abstract: We propose a method to extract objects embedded in flexible materials, such as cushions, using solely 3D point-cloud data. Conventional plane detection based on RANSAC has difficulty ...
Abstract: Voter identity verification is still difficult in traditional voting systems. The manipulation of voter lists, ID cards, and signatures by hand can result in voter fraud. A fingerprint-based ...
Abstract: Inefficiencies, cumbersome processes, and a significant risk of errors, delays, and misuse often plague conventional methods for tracking student attendance. To address these challenges, ...
Abstract: Pneumatically actuated soft dexterous hands, featuring multiple independently actuated degrees of freedom (DoFs), are increasingly employed as robotic end-effectors for versatile ...
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