- Atlanta GA, US Robby Maharajh - S. Richmond Hill NY, US Soumya Naik - Freehold NJ, US Harish Venkata Kajur - Piscataway NJ, US Manisha Aggarwal - Marlboro NJ, US
International Classification:
H04L 12/24 G06F 3/0484 G06F 11/07 H04L 12/715
Abstract:
A device that monitors a network element in a network topology of network elements within a software defined network (SDN) and identifies a first node state and a second node state for the network element. The device detects an occurrence of an error between the first node state and the second node state. The device determines a differential for the network element between the first node state and the second node state indicating changes to the network element occurring between the first node state and the second node state. The device, based on determining the differential, displays one or more attributes or the one or more relationships associated with the network element at the first node state, the second node state or the differential between states.
- Atlanta GA, US William Reehil - Jackson NJ, US Soumya Naik - Freehold NJ, US Harish Venkata Kajur - Piscataway NJ, US Manisha Aggarwal - Marlboro NJ, US
International Classification:
G06F 16/21 G06F 16/901 G06F 16/903
Abstract:
A processing system including at least one processor may be maintain an historical graph database storing historical graph state information for a graph including a set of elements, where the historical graph state information includes, for each element, respective element state information and respective state version tracking information for the respective element. The processing system may receive an event indicative of a management action associated with a first element, where the first element may include a new element to be added to the graph or an existing element of the set of elements. The processing system may update, based on the event, the historical graph state information of the historical graph database, where the updating may include providing respective state version tracking information for the first element, and handle, based on the historical graph database, a query to retrieve a set of information of the graph.
- Atlanta GA, US Robby Maharajh - South Richmond Hill NY, US Soumya Naik - Freehold NJ, US Harish Venkata Kajur - Piscataway NJ, US Manisha Aggarwal - Marlboro NJ, US
International Classification:
G06F 16/901 H04L 12/26 G06F 16/21 G06F 16/245
Abstract:
A processing system including at least one processor may maintain a graph database including graph state information for a set of elements of a graph, where the graph state information includes, for each element in the set of elements of the graph, respective element state information for the respective element. The processing system may further generate, from the graph database, an historical graph database including historical graph state information, where the historical graph state information includes, for each element in the set of elements of the graph, the respective element state information for the respective element and respective state version tracking information for the respective element.
At&T Oct 2000 - Oct 2004
Senior Technical Staff Member
At&T Oct 2000 - Oct 2004
Ptsm
At&T Apr 1996 - Oct 2000
Software Consultant With Computer People
Oracle Nov 1995 - Mar 1996
Software Consultant
Fidelity Investments May 1995 - Oct 1995
Software Consultant With Tcs
Education:
Institute of Engineering & Technology 1986 - 1990
Bachelors, Bachelor of Technology, Computer Science
Institute of Engineering and Technology
Skills:
Software Development Shell Scripting Sql Perl Requirements Analysis Programming Xml System Deployment Web Services Java Agile Methodologies Restful Webservices System Architecture Relational Databases Graph Databases Data Visualization Continuous Integration Continuous Delivery Cloud Applications Software Defined Networking Object Oriented Programming Web Development