Abstract: A method, article of manufacture, and apparatus for monitoring a location having a plurality of audio sensors and video sensors are disclosed. In an embodiment, this comprises receiving auditory data, comparing a portion of the auditory data to a lexicon comprising a plurality of keywords to determine if there is a match to a keyword from the lexicon, and if a match is found, selecting at least one video sensor to monitor an area to be monitored. Video data from the video sensor is archived with the auditory data and metadata. The video sensor is selected by determining video sensors associated with the areas to be monitored. A lookup table is used to determine the association. Cartesian coordinates may be used to determine positions of components and their areas of coverage.

Abstract: A method, article of manufacture, and apparatus for monitoring a location having a plurality of audio sensors and video sensors are disclosed. In an embodiment, this comprises receiving auditory data, comparing a portion of the auditory data to a lexicon comprising a plurality of keywords to determine if there is a match to a keyword from the lexicon, and if a match is found, selecting at least one video sensor to monitor an area to be monitored. Video data from the video sensor is archived with the auditory data and metadata. The video sensor is selected by determining video sensors associated with the areas to be monitored. A lookup table is used to determine the association. Cartesian coordinates may be used to determine positions of components and their areas of coverage.

Abstract: A method, article of manufacture, and apparatus for monitoring a location having a plurality of audio sensors and video sensors are disclosed. In an embodiment, this comprises receiving auditory data, comparing a portion of the auditory data to a lexicon comprising a plurality of keywords to determine if there is a match to a keyword from the lexicon, and if a match is found, selecting at least one video sensor to monitor an area to be monitored. Video data from the video sensor is archived with the auditory data and metadata. The video sensor is selected by determining video sensors associated with the areas to be monitored. A lookup table is used to determine the association. Cartesian coordinates may be used to determine positions of components and their areas of coverage.

Abstract: A method, article of manufacture, and apparatus for monitoring a location having a plurality of audio sensors and video sensors are disclosed. In an embodiment, this comprises receiving auditory data, comparing a portion of the auditory data to a lexicon comprising a plurality of keywords to determine if there is a match to a keyword from the lexicon, and if a match is found, selecting at least one video sensor to monitor an area to be monitored. Video data from the video sensor is archived with the auditory data and metadata. The video sensor is selected by determining video sensors associated with the areas to be monitored. A lookup table is used to determine the association. Cartesian coordinates may be used to determine positions of components and their areas of coverage.

Abstract: The invention provides systems and methods for continuous back up of data stored on a computer network. To this end the systems of the invention include a synchronization process that replicates selected source data files data stored on the network and to create a corresponding set of replicated data files, called the target data files, that are stored on a back up server. This synchronization process builds a baseline data structure of target data files. In parallel to this synchronization process, the system includes a dynamic replication process that includes a plurality of agents, each of which monitors a portion of the source data files to detect and capture, at the byte-level, changes to the source data files.

Abstract: The invention provides systems and methods for continuous back up of data stored on a computer network. To this end the systems of the invention include a synchronization process that replicates selected source data files data stored on the network and to create a corresponding set of replicated data files, called the target data files, that are stored on a back up server. This synchronization process builds a baseline data structure of target data files. In parallel to this synchronization process, the system includes a dynamic replication process that includes a plurality of agents, each of which monitors a portion of the source data files to detect and capture, at the byte-level, changes to the source data files.

Abstract: The invention provides systems and methods for continuous back up of data stored on a computer network. To this end the systems of the invention include a synchronization process that replicates selected source data files data stored on the network and to create a corresponding set of replicated data files, called the target data files, that are stored on a back up server. This synchronization process builds a baseline data structure of target data files. In parallel to this synchronization process, the system includes a dynamic replication process that includes a plurality of agents, each of which monitors a portion of the source data files to detect and capture, at the byte-level, changes to the source data files.

Abstract: The invention provides systems and methods for continuous back up of data stored on a computer network. To this end the systems of the invention include a synchronization process that replicates selected source data files data stored on the network and to create a corresponding set of replicated data files, called the target data files, that are stored on a back up server. This synchronization process builds a baseline data structure of target data files. In parallel to this synchronization process, the system includes a dynamic replication process that includes a plurality of agents, each of which monitors a portion of the source data files to detect and capture, at the byte-level, changes to the source data files.