Abstract: We disclose a system and method for estimating values of hemodynamic parameters of a subject, by calibrating arterial pressure during one time and tracking arterial pressure at another time.

Abstract: Aspects of embodiments pertain to a method for use in disease treatment management comprising: receiving data indicative of pump treatment parameters; analyzing physiological data during use of a pump; said physiological data being indicative of a physiological characteristic of the patient; analyzing the received pump treatment parameters data to thereby identify at least one patient-related treatment characteristic; creating data indicative of multiple daily injections (MDI) treatment parameters by automatically determining individualized insulin dosing injection parameters data based on said at least one patient-related treatment characteristic and said physiological data.

Abstract: We disclose a system and method for estimating values of hemodynamic parameters of a subject, by calibrating arterial pressure during one time and tracking arterial pressure at another time.

Abstract: We disclose a system and method for estimating values of hemodynamic parameters of a subject, by calibrating arterial pressure during one time and tracking arterial pressure at another time.

Abstract: We disclose a system and method for estimating values of hemodynamic parameters of a subject, by calibrating arterial pressure during one time and tracking arterial pressure at another time.

Abstract: We disclose a system and method for estimating values of hemodynamic parameters of a subject, by calibrating arterial pressure during one time and tracking arterial pressure at another time.

Abstract: A system and method comprises structure for receiving in a handheld device biometric or environmental data from the vicinity of the handheld device. The system may include a handheld mobile device such as a cellular telephone, or that device and a separate mechanical housing configured be held in a hand of a user and to clamp to or contain the handheld device. The system may include a specialized radar unit and be designed to analyze radar signals to provide a signal indicative of time varying arterial blood pressure. The mechanical housing may include a receiver designed to receive a biometric or environmental signal and to wirelessly transmit a corresponding signal to the handheld device when clamped to the handheld device.

Abstract: A computer implemented data processing system for adaptively blending a plurality of content recommendation engines.

Abstract: A method for quick navigation between recommendation sets in a TV content discovery system includes mapping of several physical buttons on a remote controller to a single virtual representation button on a TV screen. The virtual representation button provides a one click function of selecting and changing recommendation domains and/or recommendation sets within the recommendation domains.

Abstract: A satellite surveillance system and method of using comprising at least one analog video camera for recording a video stream in a remote location; an encoder connected to the analog video camera to convert the video stream to digital video information; a device to detect an anomaly in the vicinity of the analog video camera, a remote VSAT terminal connected to the encoder to transmit the digital video stream from the remote location to a satellite based on detection of an anomaly by the device to detect an anomaly; wherein the digital video stream is transmitted based on an algorithm to process bandwidth requests from the remote terminal; and a hub processing center for receiving the digital video information, wherein digital video information may be received from a plurality of digital video streams from different remote locations.

Abstract: The present invention relates to the field of two-way satellite communications and in particular, to high capacity multi-purpose satellite communication systems optimized for two-way broadband communications. The two satellites are collocated and utilize a complementary channel arrangement which facilitates full dual pole coverage continuity when one of the satellites fails. Four channels of either inbound or outbound may be associated with each spot-beam area. Two channels may be provided by each of the two co-located satellites and may be configured to have a specific predetermined relationship with each other.