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Integrated intelligent server based system and method/systems adapted to facilitate fail-safe integration and/or optimized utilization of various sensory inputs

  • US 9,704,393 B2
  • Filed: 01/11/2012
  • Issued: 07/11/2017
  • Est. Priority Date: 01/11/2011
  • Status: Active Grant
First Claim
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1. An integrated intelligent server based system for transferring sensory data received from channels to network accessible central storage system comprisinga seamless and intelligent interconnection of at least one recording server based autonomous system receiving said sensory data from said channels for transferring to said network accessible central storage system including a cooperative communication channel between all of said recording server based autonomous system enabling desired scalability of number of the recording server based autonomous systems including when spread across wide geographical regions over an ip network and also allocating the sensory data from the channels to said recording servers based autonomous systems through said cooperative communication channel, said cooperative communication channel between said recording server based autonomous systems enabling assessing respective recording server capacity, configuration of each of the recording servers of said recording server based autonomous systems to operate them as a group of recording servers and to enable fail-safe support when any of the recording servers in the group fail to operate, remaining operative recording servers in the group distribute and take over the sensory data load of said recording servers in the group which fail to operate to thus render the system fail safe and self-sufficient;

  • each of said recording server in the group comprises local storage for storing the sensory data in segmented clips of various size and monitor available network bandwidth and sensory data inflow rate for each of the channels into the recording server; and

    an intelligent interface communication channel operatively linked to said cooperative communication channel between all of said recording server based autonomous system for carrying said sensory data of each said recording server to said network accessible central storage system involving intelligent network bandwidth sharing amongst said channels for transferring said sensory data received from the channels to the network accessible central storage system based on real time available network bandwidth as well as each of said sensory data inflow rate, local storage space of the respective recording servers wherein each of said recording server is self enabled for adjusting of rate of uploading of said segmented clips received by it to said network accessible central storage system from an individual channel based on the available network bandwidth and the sensory data inflow rate for said individual channel to its connected recording server and requirement of local storage space of said recording server connected to said individual channel for transferring the sensory data received from said individual channels to the network accessible central storage system via the local storage of said recording server in a fail-safe bandwidth optimized manner utilizing optimal bandwidth and share the available network bandwidth amongst the channels and their respective recording servers for uploading the sensory data to the network accessible central storage system in fail safe manner.

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