Articles tagged with User Interfaces
Researchers develop crowd-assisted deep learning system to analyze disasters, integrating human intelligence with AI models for better results. The project aims to improve AI's interpretability and accuracy in disaster assessment applications.
Researchers developed an AI-powered tool to identify and recommend jobs based on underlying skill sets, increasing the chances of success in job transitions. The system can also respond to changes in job demand and provide precise skills needed to transition to a new occupation.
Researchers at Aalto University have developed a new chatbot called Hey GUI, which allows users to find information on apps and their user interfaces using simple text phrases or images. The chatbot was designed based on the most frequent expressions collected from a survey of over 100 designers, developers, and ordinary users.
A new study finds that consumers penalize brands less when an algorithm causes a brand harm crisis, as perceived agency and responsibility for the error mediate their responses. Marketers should deploy and monitor algorithms with heightened vigilance and provide technological supervision to reduce negative consumer responses.
Purdue engineers have developed a simple printing process that renders any paper or cardboard packaging into easy-to-use human-machine interfaces. The technology allows for the fabrication of vertical pressure sensors without external batteries, harvesting energy from user contact.
Researchers at KAIST have created stretchable OLEDs with a unique stress-relief substrate design featuring pillar arrays that reduce stress on active areas under strain. This technology enables 2D stretchability, overcoming commercial limitations of traditional OLEDs.
A study found that bots are more successful in certain human-machine interactions when they hide their non-human identity, but cooperation rates decrease when transparency is required. This has implications for the use of bots in help desks and other scenarios where efficiency is key.
A recent study by NYU Abu Dhabi researchers found that bots posing as humans are more efficient at persuading partners to cooperate in a game. However, once their true nature is revealed, cooperation rates drop and their superiority is negated.
Researchers have developed a stretchable light-emitting device that operates at low voltages and is safe for human skin. The device can be used in smart wearables, soft robotics, and human-machine interfaces.
Researchers at the University of Houston have developed a multifunctional ultra-thin wearable electronic device that can be worn on human skin without being noticed. The device has potential applications in healthcare and robotics, allowing it to automatically collect information and relay it back to the wearer.
Scientists developed ultra-small U-shaped nanowire probes for precise intracellular recording, offering scalable and minimally invasive measurements. This breakthrough has the potential to improve brain-machine interface capabilities and revolutionize human-machine interaction.
The ORC Layout software uses flexible principles to suggest intuitive layouts for various screen sizes and orientations, reducing time-consuming and error-prone manual design. By combining traditional constraint-based layout and flow layout methods, the software automates UI design, making it simpler and more efficient.
Researchers found that chatbots with human-like features but low interactivity disappointed people, while those with high interactivity were better received. Improving interactivity without adding human-like cues can also lead to a more positive user experience.
Researchers discovered that simulating human cooperation with machine-actors can significantly enhance human-machine interactions. The study involved over 100 volunteers and showed improved performance comparable to human-human collaborations.
A recent study by US Army Research Laboratory scientist Dr. James Schaffer and his collaborators found that users' subjective satisfaction with their decisions is strongly influenced by their cognitive state and traits, not just the system's user experience.
MagicMark combines 2D direction and 3D depth information to enable smooth freehand gesture menu selection. The innovative menu significantly reduces selection time without sacrificing accuracy, making it suitable for novice users.
A recent study by Brigham Young University researchers found that machines trained with an algorithm called S# outperformed humans in finding compromises that benefit both parties. The machines were able to learn from 'cheap talk' phrases and maintain cooperation, often more effectively than humans.
A massive database of mobile app designs has been created to help designers find cost-effective solutions, allowing for the automated exploration of less common screens and machine-learning models that can go beyond simple search interactions.
A new system called Computational Zoom enables photographers to compose images post-capture by controlling object positions and sizes. This allows for novel image compositions, including automatically combining wide-angle and telephoto perspectives into a single multi-perspective image.
The project aims to improve the usage of digital technologies for research by developing new methods for analyzing historical newspapers. The team will use deep learning to correct errors in text recognition and enhance entity recognition using external data repositories.
A new study found that a user-centric control interface significantly improves performance of drone pilots, resolving some of the user control issues undermining drone safety. The findings suggest that current remote control methods can lead to hazards and accidents.
A study by Penn State researchers found that websites with search and interaction history can be just as engaging as chatbots or human helpers. By leveraging browsing history, businesses can create a sense of contingency, making users feel like they're having a conversation.
Researchers at Cornell University have created an 'on-the-fly' 3-D print system that allows designers to make changes while printing, improving the overall quality of the design process. The system uses a WirePrint technique and has five degrees of freedom, enabling rapid prototyping and modification.
Researchers develop virtual partner that elicits emotional responses from humans, exceeding intellectual capacity test. The study reveals coordinated motion between brains and machines can make therapeutic contributions to rehabilitation of diseases such as schizophrenia and autism.
Researchers developed tools that empower distributed groups of workers to perform complicated cognitive tasks with greater speed and accuracy. The Knowledge Accelerator and Alloy systems combine human intelligence and machine learning to synthesize online information, identifying patterns and themes among documents.
Researchers developed Chalkboarding, a graphical user interface that enables users to quickly retrieve basketball plays from a database by sketching what they seek. The approach outperformed keyword-based searches in user testing, offering a more efficient and effective way to access sports analytics data.
A team of researchers from the University of Rochester has created a system called Rhema that uses smart glasses to give real-time feedback on public speaking volume and rate. This feedback helps speakers adjust their performance, with tests showing an improvement in delivery compared to users who received no or continuous feedback.
Researchers at MIT and Harvard University developed a new system called Crowdy that recruits viewers to create subgoal labels for educational videos. The system improves video annotations by leveraging crowdsourcing, reducing costs to $1 per minute, and enhancing learner retention and satisfaction.
Piezotronics harnesses mechanically-induced polarization to modulate charge carriers, leading to novel device applications and unparalleled performance. This technology has given rise to strain-gated piezotronic transistors, logic nanodevices and strain memory devices, enhancing sensing capabilities and enabling 3D structuring.
Professor Haoqi Zhang's crowd-supported systems solve complex problems like custom trip planning and academic conference organization. His research integrates community process, intelligent user interfaces and crowdsourced input to create efficient solutions.
Researchers at Berkeley Lab created highly sensitive tactile sensors using composite films of carbon nanotubes and silver nanoparticles, 10 times more sensitive than previous pressure sensors. These e-whiskers can be integrated into various systems to enable robots to 'see' and 'feel' their surroundings.
The Lab in the Wild project aims to gather data on how people think, perceive information, and use technology from around the world. Researchers will analyze thousands of users' responses to tests designed to elicit information about their online culture, including preferences for website design and functionality.
A computer system called SEMAINE is being developed to recognize human emotions through facial expressions, gaze, and voice, enabling it to adapt its performance and engage in conversation. This project aims to bridge the gap between humans and technology, paving the way for more natural interactions.
Computer interface design should prioritize physical interactions, taking into account the physical world's intuitions and fidelity of control. Prototyping is key to gathering user feedback for continuous improvement, ensuring interfaces augment rather than replace human experiences.
The NIH is funding a project to develop a user-friendly website for senior citizens to access healthcare services. The project, led by Athman Bouguettaya and Denis Gracanin, aims to incorporate the latest privacy protection techniques and graphical user interfaces to make healthcare more accessible.