Microsoft Technology Licensing, LLC

Ruiyi Wang

Tianchi Ma

Salim Alam

Gregory Wray Teather

Dandan He

Matthew Charles LaGrandeur

Jaskaran Singh

Shane Brady

Vinod Kumar

Alexander MacLeod

Ann Williams

Provisioning a cloud based high performance computing cluster. The method includes from a cloud based provisioning service deployed in a cloud based computing provider, providing a user interface. The method further includes receiving user input at the cloud based provisioning service from the user interface. The method further includes from the user input, determining a configuration for a cloud based user service for the user. Using the cloud based provisioning service, the method further includes provisioning the cloud based user service for the user, in the cloud, based on the determined configuration.

Provisioning high performance computing clusters

Methods, systems, and computer program products for REST interface for job submission are provided for use at a computing system that includes one or more clients, one or more hosting programs and a cluster that includes a plurality of schedulers. The hosting program works between the clients on different platforms and the schedulers of the cluster system. The hosting program receives requests from the clients and then submits the requests to the schedulers. The communication between the hosting program and the schedulers may be based on .Net remoting protocol. Regardless of what platform the clients use, the hosting program maintains a same user interface to all the clients and the communication between the clients and the hosting program may be based on Representational State Transfer ('REST'). In addition, the hosting program also delegates identities to the clients when it receives multiple authentications from the schedulers.

Rest interface for job submission

A system is provided for employing an orchestrator to deploy and implement changes to a system. A change request may be a system build, upgrade, and patches for updating a subset of files within the system. The orchestrator may initially perform a security check and a validation check on a received change request. Upon receiving validation and approval, the change request may be deployed and propagated through a series of deployment scopes. The deployment scopes may become increasingly larger to extensively test the applied change before fully implementing the change on the target system. The orchestrator may submit the applied change to a validation component for getting validation of the change within the deployment scope after each applied change within a deployment scope. After the change request has been deployed through the deployment scopes and validated, the change request may be deployed to the target system and fully implemented.

Automatic system upgrade orchestrator

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Ruiyi Wang