Chipless RFID temperature and humidity sensing tags are important for monitoring complex environments. In this paper, a 16-bit encoded chipless RFID temperature and humidity sensing tag is designed. Designed to expand...
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In recent years, with the rapid advancement of digital image processing technology, image dehazing has become a focal point in both scientific research and practical applications. This paper presents a study on a deha...
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The excitation system of large minecart generator not only needs to be controlled in real time according to the speed of the minecart and the position of the shifter under different working conditions, but also needs ...
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The accessibility of digital content is an important aspect in the lives of individuals who are blind, as the visualization of graphs and symbolic images in software user interfaces creates an informational barrier be...
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ISBN:
(纸本)9783031608834;9783031608841
The accessibility of digital content is an important aspect in the lives of individuals who are blind, as the visualization of graphs and symbolic images in software user interfaces creates an informational barrier between a person with a visual impairment and digital content. technology solutions have shown promise for individuals with partial or total visual impairment in augmenting human abilities to access visual imagery via sound or tactile alternatives. In this project, we outline the design methodology for creating assistive technologies that translate visual imagery into tangible forms. The feasibility of this approach relies on successful mapping of pixelated images to tangible interfaces. One of the main challenges with existing tactile technologies is the high cost, which makes them inaccessible to a significant percentage of people with visual impairments. Our design aims to develop a tactile tablet at a reduced cost by co-creating the solution with people who have the lived experience of having a visual impairment and via utilizing localized supply chains and production facilities. Additionally, our team adopted a co-design methodology, wherein the designer works closely with the potential user through a feedback loop to refine the design to meet the user's requirements iteratively. Co-design was chosen primarily due to the unique experiences of people with visual impairments and the reported gap in user engagement in the context of designing and developing assistive technology.
In this paper, we design a cooperative UAV maneuver decision-making task and use multi-agent reinforcement learning to solve it. In this task, two UAVs must learn cooperating with each other to defeat a stronger enemy...
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Drones have been rising in popularity in the past few decades, introducing alongside them new security difficulties. As these drones have become more accessible, so do the risks associated with their misuse. Drones po...
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In a few years, electric power steering technology has succeeded in replacing the hydraulic steering system and the electric hydraulic steering system. This technology has improved even more because electric vehicles ...
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The fatal risk of aircraft loss of control is considered a primary concern in aviation safety, yet an effective indicator monitoring system is currently lacking. This study analyzes the entire takeoff process of civil...
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A wireless health monitoring system was designed to address the problems of large size, long measurement time and complicated operation of traditional human health monitoring devices. The system takes the STM32 microc...
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Safety of railway is the major problem worldwide. It has problems like cracks or any fault in the railway tracks. These problems can cause severe accidents if it is not detected regularly and early. In traditional fau...
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