Published Medical Optical Microphone The optical design permits the use of much more flexible and smaller diaphragms, which can be made using silicon micro-fabrication techniques. 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 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 Non-Directional Microphone Provides a tiny microphone diaphragm that is dramatically less stiff than what can be achieved with previous approaches 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 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 Micromachined Michrophone The use of a very small backing cavity is possible, thereby obviating the need for creating a backside hole. By Binghamton University
Published Engineering Optical Sensing The optical design permits the use of much more flexible and smaller diaphragms, which can be made using silicon micro-fabrication techniques. By Binghamton University
Published Electronics Dynamic Allocation of Datapath The present invention is a system and method for reducing the power dissipation and energy requirements of high-performance microprocessors through the incremental allocation. By Binghamton University
Published Telecommunications Program Execution at Run-Time Guarantees the detection of control flow attacks and attacks that dynamically change the program executables. Can be easily retrofitted to an existing microprocessor. By Binghamton University