Programmable switching engine with storage, analytic and processing capabilities
First Claim
1. - A novel self-organizing data processor &
- delivery fabric that facilitates switching, routing, data delivery diversity at multi-disciplinary levels and pre-delivery content processing. It enables adaptive flow handling, where flows are characterized and switched at multi-discipline policies influencing on the fly for analytics, computing and storage delivery. It enables packet/trigger/API/object/event/policy routing, switching, protocol, data and signaling optimization, aggregation, and mapping functions at packet, object, block, and file level comprising;
a processor configured to execute a set of computer-readable instructions;
a memory component coupled to the switching fabrics and configured to store the set data flows in the integrated memory with the switching fabric until at least one algorithm or data delivery “
labeled marking”
is analyzed and/or data content is processed for determining the delivery methodology including format, time, location, etc. to assist scheduling algorithms.
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Abstract
An improvement to the prior-art extends an intelligent solution beyond simple IP packet switching. It intersects with computing, analytics, storage and performs delivery diversity in an efficient intelligent manner. A flexible programmable network is enabled that can store, time shift, deliver, process, analyze, map, optimize and switch flows at hardware speed. Multi-layer functions are enabled in the same node by scaling for diversified data delivery, scheduling, storing, and processing at much lower cost to enable multi-dimensional optimization options and time shift delivery, protocol optimization, traffic profiling, load balancing, and traffic classification and traffic engineering. An integrated high performance flexible switching fabric has integrated computing, memory storage, programmable control, integrated self-organizing flow control and switching.
40 Citations
20 Claims
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1. - A novel self-organizing data processor &
- delivery fabric that facilitates switching, routing, data delivery diversity at multi-disciplinary levels and pre-delivery content processing. It enables adaptive flow handling, where flows are characterized and switched at multi-discipline policies influencing on the fly for analytics, computing and storage delivery. It enables packet/trigger/API/object/event/policy routing, switching, protocol, data and signaling optimization, aggregation, and mapping functions at packet, object, block, and file level comprising;
a processor configured to execute a set of computer-readable instructions;
a memory component coupled to the switching fabrics and configured to store the set data flows in the integrated memory with the switching fabric until at least one algorithm or data delivery “
labeled marking”
is analyzed and/or data content is processed for determining the delivery methodology including format, time, location, etc. to assist scheduling algorithms. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20)
- delivery fabric that facilitates switching, routing, data delivery diversity at multi-disciplinary levels and pre-delivery content processing. It enables adaptive flow handling, where flows are characterized and switched at multi-discipline policies influencing on the fly for analytics, computing and storage delivery. It enables packet/trigger/API/object/event/policy routing, switching, protocol, data and signaling optimization, aggregation, and mapping functions at packet, object, block, and file level comprising;
Specification