Vmware, Inc.

Amarjit Gupta

Abhijit Sharma

Somil Bhandari

Avinash Nigam

Prahalad Gowardhan Deshpande

Ambarish Prashant Pande

Ravi Singhal

Wenxuan Zhou

Gyan Sagar Sinha

Rahul Ajit Chawathe

Automated computer-implemented processes and systems are directed to troubleshooting a network used by an application in a data center. The processes and system execute a framework for automated network troubleshooting of an application. The framework performs automated fault localization by traversing a dependency graph that models the network from the observed performance problem, guided by the causality relationships, and for each edge of the graph, performs a test to determine problem causality, terminates at a set of well-defined criteria, and outputs at least one potential root cause for the application performance problem.

Automated processes and systems for troubleshooting a network of an application

A system and method for topology construction in hybrid cloud environments includes receiving connection information from a local perimeter edge router of a local network that has a known topology and receiving connection information from a remote perimeter edge router of a remote network that is provided by a cloud provider. The received local perimeter edge router connection information is associated with the received remote perimeter edge router connection information. The associated connection information is normalized to a generic model, the generic model representing connections having different link layer policies in a generic way and the normalized connection information is applied to a network topology of the local network and the remote network.

System and method for topology construction in hybrid cloud environments

A feature selection methodology is disclosed. In a computer-implemented method, components of a computing environment are automatically monitored, and have a feature selection analysis performed thereon. Provided the feature selection analysis determines that features of the components are well defined, a classification of the features is performed. Provided the feature selection analysis determines that features of the components are not well-defined access to those features are discarded. Results of the feature selection methodology are generated.

Automatic discovery of computing components within a hierarchy of accounts defining the scope and services of components within the computing environment

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Pune, India

Amarjit Gupta