Capital One Services, LLC

Emc Corporation

Emc IP Holding Company LLC

Foundry Networks, Inc.

Brocade Communication Systems LLC

Emc Company

David Gillam

Pedro Betancourt

Satish Kesiboyana

Frederick A Crable

Thomas L Watson

Lance Arnold Visser

Fredrick Allen Crable

Nag Prajval Bindumalyam Chandrashekar

Gopi Kancharla

Hala Salim El-Ali

Rajaboopathy Vijayaraghavan

Anurag Jain

Suresh Pandey

Hala Salim Eli-Ali

Nathan B Beach

Chris Sering

Chen Xiao Wang

Shashwat Srivastav

Sriram Sankaran

Jun Luo

Wei Yin

Vishrut Shah

Huapeng Yuan

Subba R Gaddamadugu

Ameer Jabbar

Sukesh Kumar Biddappa

Stephen A Mendes

Douglas J Santoli

Brian D Burck

Patrick J Hunt

Daquan Zuo

Nandakishore Venkatesan

Maitreya Kundurthy

Fnu Phaneendra Sridhara

In some implementations, an edge device may receive a request from a client application indicating one or more search parameters associated with one or more search queries. The edge device may determine an identity of the client application and a type of the request based on the one or more search parameters. The edge device may selectively either cache metadata associated with search results for the one or more search queries or cache the search results, based on the identity of the client application and the type of the request. Accordingly, the edge device may deliver the cached metadata or at least a portion of the cached search results to the client application.

Determining caching strategy for search results

Described herein is a system for providing version control across APIs. In an embodiment, an application of a client device may transmit communications to a service application API that are in a format not accepted by the service application API, using the application API. A central (or public) API may receive the communication transmitted by the application's API. The central API may identify the versions of the application's API and the service application API. The central API may format the communication based on the mapped fields, to a format accepted by the service application API. The central APImay forward the formatted communication to the service application.

System and method for providing API version control

An exemplary system, method and computer accessible medium can include receiving an authorization token related to a customer(s), determining a client identification (ID) associated with the customer(s) based on the authorization token, and determining access to a microservices(s) based on the client ID. An application for a loan(s) from the customer (s) can be received based on the client ID and the loan(s) can be associated with an application ID(s). A further authorization token related to a further customer(s) can be received, a further client ID can be determined based on the further authorization token, a determination can be made as to whether the further client ID has access to the application, and access to the application can be granted to the further customer(s) if the further client ID is determined to have access to the application.

System, method and computer-accessible medium for resource centric authorization in multi partner ecosystem

A computing node may receive, from a set of computing nodes including the computing node, a corresponding set of heartbeat messages related to selecting a scheduler computing node for scheduling one or more jobs for the set of computing nodes. The computing node may determine, based on the set of heartbeat messages, whether the computing node is to be selected as the scheduler computing node based on: whether the computing node has been selected as the scheduler computing node a fewest number of times as compared to other computing nodes included in the set of computing nodes, and whether the scheduler is being executed by any computing node included in the set of computing nodes. The computing node may selectively schedule the one or more jobs for the set of computing nodes based on determining whether the computing node is to be selected as the scheduler computing node.

Computing node job assignment for distribution of scheduling operations

A device may receive a message from a first different device that includes an identifier and may determine whether the device has previously received the message. The device may generate, based on determining that the device has not previously received the message, an additional identifier and a message status indicator and may cause the additional identifier, the message, and the message status indicator to be stored in a data structure associated with the device. The device may send an acknowledgment status to the first different device and may cause processing of the message to generate an additional message that includes the additional identifier. The device may send the additional message to a second different device and may cause, after sending the additional message to the second different device, the message status indicator in the data structure to be updated.

Facilitating resilient and fault tolerant asynchronous messaging

Methods and apparatus to provide, in a cloud infrastructure environment having a compute layer, a network layer, a storage layer, and management layer, wherein the management layer has no knowledge of at least some of existing infrastructure services, selecting hosts containing host bus adapters and/or network adapters having unique identifiers, using the unique identifiers to analyze the storage layer for: storage groups having host initiators that match the unique identifiers of the host bus adaptors, and/or network file storage (NFS) exports exposed to the unique identifiers as client IP addresses.

Methods and apparatus for automating service lifecycle management

A computer implemented method, computer program product, and system for providing, via a storage provisioning engine, a scalable objects store enabled to store objects across multiple heterogeneous file arrays; wherein file arrays are enabled to be actively added to the object store without pausing the file arrays; and wherein data representing the objects enabled to be balanced across the heterogeneous file arrays based.

Scalable object store

Methods and apparatus to provide command abstraction. In one embodiment, a method includes obtaining information on commands for a plurality of devices including devices of the same type having different command structures, receiving a generic command from a user directed to one of the devices of the same type, determining, using a computer processor, whether the generic command is supported, extracting parameters from the generic command, and generating from the extracted parameters and the generic command a device-specific command for execution by the one of the devices of the same type.

Method and apparatus for command abstraction

The real-time aspects of keep-alive generation are removed from the dynamic routing protocol (DRP) application and are embedded within a Unix-based operating system, which is programmed by DRP. A keep-alive control provides the ability to create a keep-alive message and a timeout interval on a TCP socket. Each socket can have an independent keep-alive message and timeout interval. A keep-alive message is sent whenever the TCP socket sends no normal user output for a duration exceeding the timeout interval. A timeout interval is normally specific in seconds and a keep-alive message is user definable and must not exceed a predetermined length in bytes. System calls are used to set the timeout interval and keep-alive message independently. Both a timeout and a keep-alive message must be set before the timeout becomes active.

System and method for router keep-alive control

Methods and apparatus for configuring disaster tolerant clusters of hypervisors as a virtualized service. In an exemplary embodiment, a system discovers WWPNs components, identifies networks zones in SANs having connectivity with at least one of the storage arrays and at least one of the journaling appliances, and creates a disaster recovery service offerings including replication in accordance with the selected service offering.

Methods and apparatus for disaster tolerant clusters of hypervisors as a virtualized infrastructure service

Growing community of inventors

The Colony, TX, United States of America

David Gillam