Abstract: A camera system comprises a camera that produces a video signal, a video compressor that compresses the video signal, a system control processor that passes the compressed video signal, and a network interface that receives the compressed video signal, wherein the video compressor comprises configurable parameters that affect a bandwidth of the compressed video signal.

Abstract: A camera system comprises a camera that produces a video signal, a video compressor that compresses the video signal, a system control processor that passes the compressed video signal, and a network interface that receives the compressed video signal, wherein the video compressor comprises configurable parameters that affect a bandwidth of the compressed video signal.

Abstract: Continuous streaming video is conditioned for display at a remote monitor adapted for receiving and playing a streaming video file of a discrete length. The continuous streaming video has no known beginning of data signal and no known end of data signal, and an arbitrary beginning of data signal is assigned to the streaming video in mid-stream and an arbitrary end of data signal is assigned to the streaming video for identifying the length of the video stream and for making it compatible with the display platform. The continuous streaming video may be time stamped, and the beginning of data signal may be arbitrarily assigned a zero value for identifying an artificial beginning of the file. Specifically, the each time stamp received may be calculated by resetting each time stamp received time stamp with a value of the current time stamp minus first time stamp received, whereby the first time stamp received is set to zero and additional time stamps are counted from the first time stamp received.

Abstract: Continuous streaming video is conditioned for display at a remote monitor adapted for receiving and playing a streaming video file of a discrete length. The continuous streaming video has no known beginning of data signal and no known end of data signal, and an arbitrary beginning of data signal is assigned to the streaming video in mid-stream and an arbitrary end of data signal is assigned to the streaming video for identifying the length of the video stream and for making it compatible with the display platform. The continuous streaming video may be time stamped, and the beginning of data signal may be arbitrarily assigned a zero value for identifying an artificial beginning of the file. Specifically, the each time stamp received may be calculated by resetting each time stamp received time stamp with a value of the current time stamp minus first time stamp received, whereby the first time stamp received is set to zero and additional time stamps are counted from the first time stamp received.

Abstract: An image collection, distribution and management system employs wherein multiple compression at the source, permitting various signals to be distributed via a network, depending on the functional aspects of the signal, as well as on the bandwidth capacity of the chosen distribution path or network. Enhanced decompression schemes in the receiving systems further improve the overall efficiency and quality of the transmitted signals. Time stamps are appended to each discrete file to facilitate reproduction of the individual files in the sequence. Further, when transmission of the file through typical communications networks involves significant and variable delay in transmission, the time stamps provide a means for the reproducing device to display each individual file in correct temporal sequence. The time stamp represents the time at which the file was captured, as measured by a suitable time base inside the source. This time base may be provided by the source operating system.