Research Fields - Systems
| Researcher | Website/Laboratory Site | Research Topics |
|---|---|---|
| Prof. Yuval Bistritz | Website | Computer algebra and symbolic computation |
| Dr. Raja Giryes | Laboratory Site |
Signal and image processing: theory and applications, deep learning, sparse representations, compressed sensing, low dimensional signal modeling, low-light imaging, task-driven sensing, inverse problems
|
| Prof. Anthony Weiss | Website | Indoors/outdoors navigation, emitter geolocation, multipath, array processing, time delay estimation (TOA), differential doppler, angle of arrival, received signal strength (RSS), direct position determination (DPD), performance bounds, SAR, radar, sonar. |
| Prof. Ehud Weinstein | Estimation theory with applications to signal processing, communications, AI and neural networks | |
| Prof. Arie Yeredor | Website | Parameters estimation, independent component analysis, latent variable analysis, blind source separation and blind equalization, source localization methods, generic tools for statistical signal processing |
| Prof. David Burshtein | Website | Information theory, error correcting codes, codes on graphs and iterative decoding algorithms, LDPC codes, polar codes. Deep Learning, automatic speech recognition. |
| Prof. Leonid Yaroslavsky (Emeritus) |
Website Laboratory Site |
Digital imaging, image processing, processing of multi-dimensional signals, video sequence processing, bio-medical images processing, digital holography |
| Prof. Nadav Levanon (Emeritus) | Website | Radar systems, radar waveforms, radar detection, CW radar signals, navigation and position determination |
| Prof. Simon Litsyn | Website | Error-correcting coding, digital communication |
| Prof. Hagit Messer-Yaron | Website | Statistical signal processing with applications to: source localization, wireless communication and physics, environmental sensor networks |
| Prof. Miriam Furst-Yust | Website | Auditory signal processing, physiological signals analysis, acoustic noise reduction, neural information analysis, hearing aid design |
| Prof. Nahum Kiryati | Website Laboratory Site |
Computer vision, image processing, video analytics, medical imaging, depth imaging, global optimization, law & technology |
| Prof. Ofer Amrani | Digital communication, mobile communication, error correction codes, direct and iterative decoding methods, signal generation/detection for optical communication | |
| Prof. Ofer Shayevitz | Website | Information theory, statistical inference, estimation and learning |
| Dr. hedva shpitzer | Laboratory Site |
Developing algorithms for spatial and temporal line and texture filling- in, due to inspiration from mechanisms of the visual system with applications to real and medical still and video images. textures enhancement, shape from motion, model for SLAM problem in visual system and its applications on developing algorithm for video images (ego and real motion). Algorithms for compressing HDR images. Developing equations for ON and OFF signals, separately. |
| Dr.Tamir Bendory | Website | mathematics of data science, signal processing, cryo-EM |
| Dr. Wasim Huleihel | Website | Learning theory, High dimensional statistics, Information theory, Estimation theory, Random graphs and matrices. |
| Dr. Anatoly Khina | Website | Statistical signal processing, joint matrix decompositions, signal processing for communications |
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Website | Signal processing, machine and deep learning, geometry-based data analysis and modeling, audio source separation and localization, reliability in modern machine learning, efficient computation. |
| Prof. Meir Feder |
Prominent, internationally recognized areas of research at the School include: micro and nano-technologies, optical communication systems and devices, electromagnetic systems, tele-communication systems and information sciences, signal and image processing, computer systems and networking, control systems, power systems, and plasma science.
Cutting edge research is carried out in the School's two departments:
Systems
Physical Electronics
