Abstract: A non-invasive monitoring device for monitoring physiological condition of a subject may include at least one light source for emitting light at at least one predetermined narrow spectral wavelength band onto a living tissue of the subject and two or more light sensors. Each of the two or more light sensors may correspond to a specific substance in a living tissue of the subject and may be configured to measure a change in a concentration of the specific substances to which the sensor corresponds. The distance of each of the two or more sensors from the light source, may be determined so that intensity of light scattered by each specific substance, may have a maximal signal to noise ratio at the determined distance of the corresponding sensor.

Abstract: A system and method that provide a means to overcome errors in determining the source of an electromagnetic event due to reflection, absorption and scattering of the electromagnetic field due to metallic parts of the electric equipment.

Abstract: A method for evaluating a motion related parameter of a horse, the method may include generating, by multiple sensing units attached to multiple legs of the horse, sensor information; transmitting the sensor information; receiving, by a remote computer, the sensor information; and evaluating, by the remote computer, the motion related parameter of the horse by applying, on the sensor information, a machine learning process trained on a training set that comprises (a) sensor information that represent a desired motion related parameter and (b) sensor information that represents deviations from the desired motion related parameter.

Abstract: Disclosed is a system and method that provide a means to overcome errors in determining the source of an electromagnetic event due to reflection, absorption and scattering of the electromagnetic field due to metallic parts of the electric equipment.

Abstract: A system for tracking and positioning a moving object, the system including a plurality of transmitters operative to transmit alternating electromagnetic fields within a three-dimensional space and at least one sensor arranged to be fixed to at least one corresponding portion of a moving object whose position it is sought to monitor. Each of said at least one sensors includes an electromagnetic field receiver having at least one active axis and operative to receive at least one component, lying along the at least one active axis respectively, of the alternating electromagnetic fields, an accelerometer to independently measure at least one component of the acceleration of the moving object; and a digital signal processor.

Abstract: A system for tracking and positioning a moving object, the system including a plurality of transmitters operative to transmit alternating electromagnetic fields within a three-dimensional space and at least one sensor arranged to be fixed to at least one corresponding portion of a moving object whose position it is sought to monitor. Each of said at least one sensors includes an electromagnetic field receiver having at least one active axis and operative to receive at least one component, lying along the at least one active axis respectively, of the alternating electromagnetic fields, an accelerometer to independently measure at least one component of the acceleration of the moving object; and a digital signal processor.

Abstract: A system for tracking and positioning a moving object, the system including a plurality of transmitters operative to transmit alternating electromagnetic fields within a three-dimensional space and at least one sensor arranged to be fixed to at least one corresponding portion of a moving object whose position it is sought to monitor. Each of said at least one sensors includes an electromagnetic field receiver having at least one active axis and operative to receive at least one component, lying along the at least one active axis respectively, of the alternating electromagnetic fields, an accelerometer to independently measure at least one component of the acceleration of the moving object; and a digital signal processor.

Abstract: A method for the real time determination of the three dimensional position of a movable target with respect to a fixed coordinate system, the method utilizing a responder mounted on the target, at least one primary transmitter/receiver of known position and a plurality of secondary transmitter/receivers of known positions.