Abstract: The presently disclosed subject matter includes a method and system directed for calculating azimuth of an airborne platform during flight based on IMU measurements, without using GNSS data, gyrocompassing or magnetometers operating on the ground for determining the azimuth.

Abstract: The presently disclosed subject matter includes a method and system directed for calculating azimuth of an airborne platform during flight based on IMU measurements, without using GNSS data, gyrocompassing or magnetometers operating on the ground for determining the azimuth.

Abstract: Apparatus and method are provided for controlling a vehicle in motion through a fluid medium. A manipulable flare assembly is mounted to a load bearing structure, the structure being configured for mounting to the vehicle. An actuating mechanism has a rotational member operably associated with the flare assembly, the actuating mechanism being configured for selectively providing relative rotation between the rotational member and the load bearing structure. The actuating mechanism is configured for manipulating the flare assembly responsive to selective relative rotation between the rotational member and the load bearing structure. A vehicle is also provided incorporating the apparatus.

Abstract: An apparatus for identifying participants of a conference call in a telephony network, each participant using a respective channel to participate in the conference call, the apparatus including: a sampler, deployed in the telephony network, and configured to continuously sample each of the channels during the conference call, a dominant channel identifier, in communication with the sampler, and configured to identify in real time a dominant one of the sampled channels, and a current speaker data disseminator, in communication with the dominant channel identifier, and configured to disseminate, in real time, data pertaining to a participant who uses the dominant channel to at least one remaining participant of the conference call, so as to identify the participant who uses the dominant channel as a current speaker to the remaining participant.

Abstract: Apparatus and method are provided for controlling a vehicle in motion through a fluid medium. A manipulable flare assembly is mounted to a load bearing structure, the structure being configured for mounting to the vehicle. An actuating mechanism has a rotational member operably associated with the flare assembly, the actuating mechanism being configured for selectively providing relative rotation between the rotational member and the load bearing structure. The actuating mechanism is configured for manipulating the flare assembly responsive to selective relative rotation between the rotational member and the load bearing structure. A vehicle is also provided incorporating the apparatus.

Abstract: A system for recovering an unintentionally interrupted call in a telephony network includes an interrupted call data capturer and a re-connector. The interrupted call data capturer is deployable in the telephony network and configured to capture data pertaining to an interruption of the call from the telephony network. The re-connector is associated with the interrupted call data capturer and configured to use the captured data to automatically reconnect at least one unintentionally disconnected participant of the call, thereby recovering the unintentionally interrupted call.

Abstract: An apparatus for identifying participants of a conference call in a telephony network, each participant using a respective channel to participate in the conference call, the apparatus including: a sampler, deployed in the telephony network, and configured to continuously sample each of the channels during the conference call, a dominant channel identifier, in communication with the sampler, and configured to identify in real time a dominant one of the sampled channels, and a current speaker data disseminator, in communication with the dominant channel identifier, and configured to disseminate, in real time, data pertaining to a participant who uses the dominant channel to at least one remaining participant of the conference call, so as to identify the participant who uses the dominant channel as a current speaker to the remaining participant.

Abstract: A system for recovering an unintentionally interrupted call in a telephony network includes an interrupted call data capturer and a re-connector. The interrupted call data capturer is deployable in the telephony network and configured to capture data pertaining to an interruption of the call from the telephony network. The re-connector is associated with the interrupted call data capturer and configured to use the captured data to automatically reconnect at least one unintentionally disconnected participant of the call, thereby recovering the unintentionally interrupted call.