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Engineering | SENSIP

Low Power Systems

Algorithms and techniques are developed to reduce power consumption by multimedia systems. Applications include developing low-power video transmission systems, low-power mobile multimedia recording and signal processing systems and low-power transceivers to work with...
Image Processing & Computer Vision

Image Processing & Computer Vision

Current research in image processing involves the investigation of the use of sparse representations in image coding, denoising and compressive sensing. In addition, algorithms for 2D to 3D image transformations are also developed. Research in video processing and...
Energy & Low Power Systems

Energy & Low Power Systems

This project addresses signal processing and communication problems associated with the management of utility-scale “green” energy production. Several new signal processing, modeling, and wireless communication methods are developed for optimizing photovoltaic (PV) or...
Education Technology

Education Technology

Educational software modules for mobile devices are being developed. These are intended to be tools for students and instructors in Signal Processing and Communications courses. iPhone/iPad apps for DSP simulation are in the process of completion and related work is...
Arts, Media and Engineering

Arts, Media and Engineering

Understanding and analyzing multimedia creation allows the development of powerful tools for musicians, designers, ecologists, and others. To work toward such tools, relevant work at the SenSIP center focuses on analyzing human activity in recordings, transforming...