Published Telecommunications Real-Time Eye-Tracking The potential for intuitive human-computer interfaces, allowing for greater interactivity, more intelligent behavior, and increased design flexibility. By Binghamton University
Published Telecommunications Hand Pointing Estimation New technology to improve the accurately estimating the direction of finger pointing in a 3D space. Real-time, robust tracking of the hand without using marks or gloves. By Binghamton University
Published Manufacturing & Production Nanoceramic Coatings Improves plastic kitchenware performance and versatility, making plastic competitive or superior to glass and ceramics in various settings, including use at high temperatures. By Binghamton University
Published Medical Detection of Oxidative Stress This technology allows doctors to make the right patient care decisions critical to patient outcome. By Binghamton University
Published Medical New Influenza Vaccine This new technology allows for rapid and massive production of much safer influenza vaccines and overcomes the limitation of current vaccine development in large-scale production. By Binghamton University
Published Telecommunications Control Flow Signatures Enables the tampering of a program to be detected as the program executes. Fast validation of programs as they execute with very little performance overhead. By Binghamton University
Published Fitness & Lifestyle Differential Microphone The diaphragm is more flexible and sensitive than conventional designs due both to physical design and the use of silicon in fabrication By Binghamton University
Published Fitness & Lifestyle Directional Microphone As indicated, design and construction of highly innovative miniature microphones that have far greater directionality, better sensitivity, wider frequency response, and lower noise By Binghamton University
Published Fitness & Lifestyle Comb Sense Microphone Design and construction of highly innovative capacitive microphones with enhanced sensitivity that can be readily and cost-effectively produced through silicon microfabrication. By Binghamton University
Published Sciences Interdigitated Comb Fins Provide a means of achieving a substantial amount of capacitance between the moving and stationary elements By Binghamton University
Published Fitness & Lifestyle Diaphragm for Acoustic Device The dynamic characteristics may be readily tuned without adversely influencing the flatness or ruggedness of the device By Binghamton University
Published Fitness & Lifestyle Non-Directional Microphone Provides a tiny microphone diaphragm that is dramatically less stiff than what can be achieved with previous approaches By Binghamton University