Abstract: A system to parse both telemetry data and corresponding encoded video data wherein the telemetry and video data are subsequently synchronized based upon temporal information, such as a time stamp. The telemetry data and the video data are originally unsynchronized and the data for each is acquired by a separate device. The acquiring devices may be located within or attached to an aerial vehicle. The system receives the telemetry data and the encoded video data and outputs a series of synchronized video images with telemetry data. Thus, telemetry information is associated with each video image. The telemetry data may be acquired at a different rate than the video data. As a result, telemetry data may be interpolated or extrapolated to correspond to each video image. The present system operates in real-time, thus data acquired from aerial vehicles can be displayed on a map.

Abstract: A system is provided that can parse both telemetry data and corresponding encoded video data wherein the telemetry and video data are subsequently synchronized based upon temporal information, such as a time stamp. The telemetry data and the video data are originally unsynchronized and the data for each is acquired by a separate device. The acquiring devices may be located within or attached to an aerial vehicle. The system receives the telemetry data stream or file and the encoded video data stream or file and outputs a series of synchronized video images with telemetry data. Thus, there is telemetry information associated with each video image. The telemetry data may be acquired at a different rate than the video data. As a result, telemetry data may be interpolated or extrapolated to create telemetry data that corresponds to each video image. The present system operates in real-time, so that data acquired from aerial vehicles can be displayed on a map.

Abstract: An energy savings and surge protection devices device that saves electrical energy by optimizing the power factor in single-phase and three-phase applications through the use of capacitors (10) with fixed levels of capacitance and variable capacitance capacitors (13) while providing selectable periods of correction for periods of high or low energy demand through the use of on/off switches/buttons (6), timers (12), meters (17), and servo-loop controls (14) which are used to activate and deactivate capacitors (10) with fixed levels of capacitance and/or discreet capacitive cells (15) of variable capacitance capacitors (13). Additionally, surge protection is promoted through the use of surge arresters (11), also called metal oxide varistors (MOVs).