ESSS is a technological solution for assisting interviewer decision-making process, during interview scenarios. It is based on remote sensing technology and combination of multiple psychophysiological models. Emphasis is given on the detection of hidden emotional state, which are essential for psychiatric medical diagnosis, and for law enforcement questioning procedures. read more...

ESSS is a technological solution for assisting interviewer decision-making process, during interview scenarios. It is based on remote sensing technology and combination of multiple psychophysiological models. Emphasis is given on the detection of hidden emotional state, which are essential for psychiatric medical diagnosis, and for law enforcement questioning procedures. Although EEES main goal to be a supportive technology, the results of this work will be an essential step towards fully autonomous emotion analysis systems. In addition, EEES will serves as a tool for collection of the largest scale emotional and behavioral datasate around the world.

Over the last few years the use of multi-modality for emotion and behavior analysis becomes a popular approach. This approach requires the use of multiple sensors in order to capture information from different modalities. In current work we are developing a multi-sensor capturing system providing hardware and software solutions for sensors fusion, sensors calibration, sensor synchronization, and sensors simplified operation. The current version of our system consist of high-speed, high resolution, and thermal cameras; eye tracking and motion capturing systems; microphone array, pressure and photo-sensors. read more...

Over the last few years the use of multi-modality for emotion and behavior analysis becomes a popular approach. This approach requires the use of multiple sensors in order to capture information from different modalities. In current work we are developing a multi-sensor capturing system providing hardware and software solutions for sensors fusion, sensors calibration, sensor synchronization, and sensors simplified operation. The current version of our system consist of high-speed, high resolution, and thermal cameras; eye tracking and motion capturing systems; microphone array, pressure and photo-sensors.The characteristic of the system is its 1ms. order accuracy hardware level synchronization among all the sensors as well as automatic extraction of variety of ground truth from the data. The proposed system enables the analysis of the correlation between variety of modalities (psychophysiological model ), such as facial expression, body temperature changes, gaze analysis, voice, etc... .

Look around yourself in the office, how many people have a good sitting posture? Increasing number of scientific findings suggest a strong correlation between incorrect sitting habits and physical / mental illnesses. Although, majority of people in modern society spend a longer hours sitting, little is done in order to educate and promote good sitting habits. The main goal of this project is to develop a wearable device for sitting posture monitoring that provides the user with a physical feedback to encourage the maintenance of correct sitting posture. read more...

Look around yourself in the office, how many people have a good sitting posture? Increasing number of scientific findings suggest a strong correlation between incorrect sitting habits and physical / mental illnesses. Although, majority of people in modern society spend a longer hours sitting, little is done in order to educate and promote good sitting habits. The main goal of this project is to develop a wearable device for sitting posture monitoring that provides the user with a physical feedback to encourage the maintenance of correct sitting posture. As a sitting habits formation begins during earlier stage of life, our prime focus on the user in the age of elementary school. In addition, we are looking into integration of wearable device with the camera base solutions.

The augmented reality technology find its way into our daily life. However, the current technology cannot support mission-critical scenarios. Helmet is a necessary protective accessory commonly used in life-danger / mission-critical situations by firefighters, disaster recovery team, motor officers, crowd control units and others. In this project we are seeking to provide an augmented reality solutions to support mission-critical situations. read more...

The augmented reality technology find its way into our daily life. However, the current technology cannot support mission-critical scenarios. Helmet is a necessary protective accessory commonly used in life-danger / mission-critical situations by firefighters, disaster recovery team, motor officers, crowd control units and others. In this project we are seeking to provide an augmented reality solutions to support mission-critical situations. The first step of this work is to create a platform consist of external sensors, internal sensors, visualization technology and high reliable algorithms integrated into the user helmet. The current focus is to support motor officers during roads patrol missions. In addition, we believe that the information captured by internal sensors such as EMGs, gaze, heartbeat... etc. will provide an important inside about emotional and physiological state of the user during the mission.