Articles tagged with Software
Researchers from Boston University School of Medicine developed a new software tool to measure energy production in human immune cells, using Extracellular Flux technology and the SHORE analytical tool. This tool enables accurate comparisons between healthy individuals and those with type 1 or type 2 diabetes.
Researchers at TUM develop new simulation software that combines flow mechanics and flight dynamics in real-time, allowing pilots to prepare for challenging situations like flying near ships or mountains. The program has been validated with reference models and will be tested with experienced pilots.
The University of Houston has received a $66 million in-kind software grant from Siemens PLM Software to support its Industrial Design program. This grant provides students with access to advanced technology used by global companies, enhancing their training and employability.
Researchers are preparing to tackle an onslaught of petabytes of complex data from sophisticated experiments, including CERN's Large Hadron Collider. To keep up with the challenge, experts propose developing exascale supercomputers and smarter networks, as well as reengineering software to adapt to future hardware developments.
Brown University's XROMM technology has been upgraded with new software and fluoromicrometry methods, allowing researchers to track muscle contractions and bone movements with precision. This advancement has led to discoveries such as the use of body muscles to power swimming in fish.
GFlow is a computational software that makes wildlife habitat connectivity modeling vastly faster, more efficient and superior in quality and scope. It can solve ecological problems spanning large landscapes and predict the spread of diseases like Zika.
Using swarms of sensor-equipped biobots and remote-control technology, researchers create detailed maps of unfamiliar environments. The mapping process involves releasing the biobots into a defined area, which are then stitched together to form a comprehensive map, useful for locating survivors after a disaster.
Shuffler, a new program, continuously scrambles code to prevent hackers from exploiting bugs and carrying out malicious activities. The technique is faster and more user-friendly than existing solutions, making it a promising defense against cyber attacks.
A University at Buffalo research team explores the limitations of banning autonomous weapons, arguing that the actual problem lies in societal forces driving their development. They emphasize the need to examine cultural techniques and ideologies that lead to technological advancements.
The ECP has selected four co-design center proposals, focusing on co-optimizing applications, data services, and exascale platforms. The Block-Structured AMR Co-Design Center aims to develop a new framework for solving complex PDEs on exascale architectures.
Researchers at Binghamton University are using a National Science Foundation grant to study the potential of hardware in detecting malware. By modifying a computer's central processing unit (CPU) chip, the team aims to improve malware detection and provide continuous protection without requiring significant software investment.
The 'Digital Life' initiative aims to preserve the digital heritage of all life on Earth by creating 3D models of living organisms. Using the Beastcam Array, a rapid-capture system, scientists have already created models of sharks, scorpions, and other animals.
Researchers from Binghamton University have found a vulnerability in the Haswell CPU component that allows hackers to gain control of individual, company, and government computers. The team identified a weak point in address space layout randomization (ASLR) software that can be exploited by manipulating a CPU's branch predictor.
Researchers at Carnegie Mellon University have developed a new technology called ViBand that enables smartwatches to detect finger taps, flicks, and scratches. This allows for new applications using common gestures to control the smartwatch and other objects connected through the internet of things.
Uru, a software startup founded by Cornell Tech graduates, uses computer-vision technology to automatically find blank surfaces in videos and display non-disruptive ads. The company has received several awards and is targeting major platforms like Instagram and YouTube to monetize user-generated content.
The new motor uses a precisely machined hollow iron ball to move in any direction using electronic controls, reducing mechanical failures and maintenance. SIMbot can maintain its balance while moving at speeds of up to 1.9 meters per second, making it capable of navigating through doorways and furniture.
The conference will showcase the latest developments and studies on augmented and virtual reality, enabling trainees to learn on-the-job skills and enhancing the workplace of the future. Researchers will present prototypes, including a product from Virtalis that allows interactive discussion and modification of 3D constructions.
Researchers at Brigham Young University found that software developers often interrupt users with security messages at inconvenient times, leading to a significant decrease in user engagement. The study suggests that displaying security warnings when users are not multitasking can substantially increase their security behavior.
A powerful materials discovery platform developed at Harvard University has been licensed to Kyulux, a developer of OLED display technologies. The platform enables the rapid identification of promising molecules for use in next-generation electronic displays.
Bernd Bickel's algorithm improves technical modelling of planar-rod structures for optimal stability and efficiency in manufacturing. The software has applications in art, wire sculptures, and rapid prototyping.
A team of researchers from Google and NYU Tandon School of Engineering analyzed commercial pay-per-install practices and their distribution of unwanted software. They found that PPI affiliates are directly catering to the unwanted software market, avoiding user protections while delivering unwanted software under a thin veil of consent.
The National Science Foundation is establishing two Scientific Software Innovation Institutes (S2I2) with $35 million in funding over five years. The institutes will focus on developing and maintaining scientific software, improving the nation's cyberinfrastructure, and expanding access to computational resources for researchers. The i...
A new web-based software program helps reduce ADHD behavioral symptoms in children by coordinating care and ensuring patients get effective ADHD medications. This improvement leads to better treatment outcomes, with children treated by pediatricians using the technology experiencing significantly less ADHD symptoms than those without it.
A new study by Binghamton University researchers suggests that organizations should consider the human side of IT errors, including mood and personality traits. The study found that developers are less likely to report self-committed errors when in a positive mood, highlighting the importance of fostering an environment where employees...
Researchers aim to improve energy efficiency in software applications by increasing understanding of their impact on power usage. The three-year project will develop novel automatic analyses and tools to support decision-making, with the goal of enabling software engineers to create more energy-efficient code.
The new compiler system allows users to program industrial knitting machines with simple shapes and translate them into needle-level instructions. This enables the creation of a variety of 3D knitted shapes, previously difficult to produce due to complex machine control.
Researchers are developing a crowdsourced system that allows users to contribute in helping detect and locate unauthorized radio frequency use. The system uses software-defined radio technology and smartphone apps to monitor for suspicious activity, potentially aiding authorities in combating wireless theft.
A study by Brain State Technologies found that young athletes with long-term concussion symptoms showed significant improvements after using HIRREM neurotechnology. The athletes experienced durable changes in heart rate variability, suggesting enhanced capacity for rapid adaptive adjustments in their pumping function.
Computer scientists at Duke University have developed software that allows users to specify what others can see on camera, preventing inadvertent disclosure of sensitive information. The researchers presented a system that enables users to select the part of a scene they want to share, either by hand or with a few clicks.
A computer program can now accurately retrieve product images based on hand-drawn sketches, revolutionizing online shopping. This technology enables users to sketch their desired products and instantly find them online.
Researchers from Disney Research and Fudan University developed a new approach that enables computers to recognize events in videos, including categories of events they've never seen before. The software associates visual elements with each type of event and can learn from new examples to improve its accuracy.
The researchers designed arrays of hair-like structures with resolutions as low as 50 microns, printing coarse bristles to fine fur onto flat and curved surfaces. They demonstrated the technology's capabilities by creating Velcro-like bristle pads, sensing systems, and actuation devices.
The FBI must develop 21st-century investigative skills to access encrypted data without compromising security. The organization should invest in a technical investigation center with agents familiar with modern telecommunications and computer science.
A Johns Hopkins team discovered three ways to send rogue commands to interfere with an airborne hobby drone's operation, causing it to land or crash. The finding highlights the vulnerability of drones to hackers, which is crucial for tasks like aerial deliveries and photography.
A new software, WebGazer.js, uses integrated webcams to infer where users look on a webpage. This allows for more accurate web analytics than traditional methods, which often require expensive eye-tracking devices. The software can be added to any website with a few lines of code and provides insights into user behavior.
Researchers have developed a software called ForcePhone that allows smartphones to detect force or pressure on their screens or bodies, enabling users to command devices with gestures. The technology uses the phone's microphone and speaker to translate vibrations into commands, offering a natural interface beyond basic touch interfaces.
The Software Assurance Marketplace (SWAMP) partnership between Morgridge Institute for Research and Bowie State University integrates cybersecurity into undergraduate coding courses. This integration helps students develop prolific programming skills, including reading and interpreting code for errors. The program aims to address the h...
Concordia University researchers found that common security programs lower browser security and introduce vulnerabilities, posing a risk to online computing. They advise users to keep their browser and operating system up-to-date and consider alternative parental control apps.
Researchers from over 30 universities compared quantum simulation codes, achieving more precise results than previous calculations. The study defines a quality criterion to verify future software developments and contributes to higher standards for materials property simulations.
A €2.4 million project aims to make embedded software safe, customizable, and open source by developing new tools and making existing ones transparent. The project, led by Holger Hermanns at Saarland University, focuses on power management software for mobile devices like smartphones and e-bikes.
A new development tool is being proposed based on the concept of 'software quality information needs'. The tool aims to provide developers with the right kind of information about the current state of and the effect of changes on software quality. Three case studies will be conducted to develop metrics and measurement techniques to det...
Researchers at Bielefeld University have developed an open source software solution to process raw data from ultra-high resolution fluorescence microscopy. This technology allows for the attainment of higher resolutions than physical limits, enabling the study of dynamic processes in living cells.
The MEGA7 edition features significant upgrades to speed up data-crunching time and handle larger DNA datasets. This allows researchers to analyze more complex genetic information, driving global evolutionary discoveries.
The proposed platform, amanuens.is, integrates ContentMine and Hypothes.is prototypes to mine critical facts from scientific documents and make them publicly available. By combining machines and humans, it aims to reduce costs, increase transparency, and facilitate collaboration in biomedical research.
The NREC has been selected for four major federal research projects totaling over $11 million, focusing on topics such as automated stress testing and transformative wheel technology. The center anticipates hiring additional staff to augment its existing team of around 100 researchers.
The UT Health Science Center at San Antonio's UltraScan software helped confirm the structure of a protein complex that enables viral infection, as reported in a recent Nature publication. The technology utilizes advanced coding and analytical ultracentrifugation to deliver sophisticated biological metrics.
PNNL's CHAMPION software helps prevent hacks and streamlines cyber threat analysis, saving analysts time. The Micro Aerosol Disinfecting System uses activated salt spray to kill pathogens with high efficiency, making it suitable for hospitals, schools, and other enclosed spaces.
University at Buffalo engineers are developing hardware and software tools to improve underwater telecommunication, increasing data transmission rates by up to 10 times. The technology has potential applications in monitoring pollution, military and law enforcement work, scuba industry, and energy industry.
ETH Zurich scientists develop software that uses optical means to create 3D models of entire buildings in just 10 minutes, outperforming infrared technology in sunlight. The method allows for detailed architectural features and potential applications include augmented reality, city tours, and self-parking cars.
The NSF is investing $30 million in three Expeditions in Computing projects that aim to explore the frontiers of theoretical computer science, synthetic biology and computational sustainability. The grants will support large-scale research teams working on formal methods for software development, a novel toolkit for computational bio-d...
Researchers found that stories dealing with core values activate the default mode network in the brain, which was previously thought to be an autopilot system. The level of activation varied across cultures, with Iranians showing the greatest response.
Researchers at Case Western Reserve University will create software to perform virtual energy audits, helping building owners identify efficiency problems and cost-effective solutions. The project aims to enhance the nation's economic and energy security by improving building energy efficiency.
A new antivirus add-on can scan across computer networks and trap malicious activity missed by system firewalls, offering improved protection against malware. The system adds little computing overhead and can block malware before it causes harm or spreads to other machines.
University of Texas at Arlington engineer Jeff Lei has received a $375,000 grant to develop combinatorial testing techniques for big data software. This will enable developers to efficiently test large datasets, reducing the likelihood of bugs and improving software reliability.
Researchers at Washington University School of Medicine have developed a new approach to imaging patients using Xbox gaming technology, which measures body-part thickness and checks for motion before taking X-rays. The technology aims to produce high-quality X-ray images at low radiation doses without repeating images.
Researchers have developed software for the Microsoft Kinect gaming console that measures body part thickness and checks for motion, positioning, and beam adjustment immediately before X-ray imaging. This technology aims to reduce radiation exposure and improve image quality for diagnostic accuracy.
Researchers at the University of Texas at Arlington are using formal, methods-based testing to automatically discover bugs in development environments for cyber-physical systems. The technique, known as randomized differential testing, generates random programs and models, then translates and compiles them to identify defects.
Cyber-physical systems, such as automobiles and medical devices, can fail due to unforeseen requirements made between software and physical components. Dr. Taylor T. Johnson's research aims to automate the identification of these mismatches using formal methods, enabling safe upgrades with limited financial or safety concerns.
Researchers developed software to detect cyber threats in near-real-time, increasing security capabilities. A new mass spectrometry technology collected more ions, enhancing accuracy in chemical analysis.
JURECA's massive computing power of 2.2 quadrillion operations per second enables researchers in life sciences, earth system sciences, and other fields to tackle complex issues. The system's flexibility allows for various applications, including brain research, medicine, and materials research.