EMC - Santa Clara, CA since Oct 2011
Director, Product Management, BRS Division
Education:
Santa Clara University 2006 - 2010
University of Southern California 2000 - 2001
National Institute of Technology Kurukshetra 1995 - 1999
Skills:
Cloud Computing Data Center Storage Virtualization Product Management San Enterprise Storage Fibre Channel Enterprise Software Strategy Storage Area Networks Cross Functional Team Leadership Saas Vmware Ssd Pre Sales Deduplication Professional Services Product Development Sales Enablement Nas Ip Go To Market Strategy Storage Area Network Solution Architecture Start Ups Networking Management Program Management Software As A Service Software Development De Duplication Software Engineering Hyper V Openstack Storage Architecture High Availability Iscsi Fcoe Brocade Product Marketing Storage Solutions Internet Protocol Cloud Orchestration Virtual Appliance Strategic Partnerships Testing
Interests:
Children Economic Empowerment Environment Education Science and Technology Health
David Aaron Skirmont - Los Gatos CA, US Saumitra Buragohain - San Jose CA, US Balakrishna Wusirika - Pleasanton CA, US Badrinath Kollu - San Jose CA, US Kyuh Kim - San Jose CA, US
Assignee:
BROCADE COMMUNICATIONS SYSTEMS, INC. - San Jose CA
International Classification:
H04B 10/08
US Classification:
398 25
Abstract:
A diagnostic testing utility is used to perform single link diagnostics tests including an electrical loopback test, an optical loopback test, a link traffic test, and a link distance measurement test. To perform the diagnostic tests, two ports at each end of a link are identified and then statically configured by a user. The ports will be configured as D_Ports and as such will be isolated from the fabric with no data traffic flowing through them. The ports will then be used to send test frames to perform the diagnostic tests.
Method And Apparatus For Providing Virtual Machine Information To A Network Interface
SAUMITRA BURAGOHAIN - SAN JOSE CA, US SATHISH KUMAR GNANASEKARAN - SUNNYVALE IN, US DENNIS HIDEO MAKISHIMA - MOUNTAIN VIEW CA, US
Assignee:
BROCADE COMMUNICATIONS SYSTEMS, INC. - SAN JOSE CA
International Classification:
G06F 9/455
US Classification:
718 1
Abstract:
A hypervisor preferably provides VM identification, priority and LUN/LBA range information to the HBA when a VM is created. Alternatively, the HBA can determine that a LUN/LBA range is new and request VM identity, priority and LUN/LBA range from the hypervisor. The HBA creates a table containing the VM identification, priority and LUN/LBA range. The HBA then detects operations directed to the LUN/LBA range and does a lookup to determine VM identification and priority. VM identification and priority are then mapped into a field in a frame using a unique identifier. The unique identifier can either be placed using reserved bits on the existing Fibre Channel (FC) header or can use bits in an additional header, such as a modified IFR header.
Method And Apparatus For Determining The Identity Of A Virtual Machine
SAUMITRA BURAGOHAIN - SAN JOSE CA, US SATHISH KUMAR GNANASEKARAN - SUNNYVALE CA, US DENNIS HIDEO MAKISHIMA - MOUNTAIN VIEW CA, US
Assignee:
BROCADE COMMUNICATIONS SYSTEMS, INC. - SAN JOSE CA
International Classification:
G06F 9/455
US Classification:
718 1
Abstract:
A hypervisor preferably provides VM identification, priority and LUN/LBA range information to the HBA when a VM is created. Alternatively, the HBA can determine that a LUN/LBA range is new and request VM identity, priority and LUN/LBA range from the hypervisor. The HBA creates a table containing the VM identification, priority and LUN/LBA range. The HBA then detects operations directed to the LUN/LBA range and does a lookup to determine VM identification and priority. VM identification and priority are then mapped into a field in a frame using a unique identifier. The unique identifier can either be placed using reserved bits on the existing Fibre Channel (FC) header or can use bits in an additional header, such as a modified IFR header.
Optical Inspection Systems And Methods For Moving Objects
The present disclosure provides techniques for optical inspection systems and methods for moving objects. In some embodiments, an optical inspection system includes: an image capturing device configured to acquire images from moving objects; a first-stage storage system; a second-stage processor; a second-stage storage system; a third-stage processor; and a third-stage storage system. In some embodiments, an optical inspection system, includes: an image capturing device; a volatile memory system; a first and a second second-stage processor; and a third-stage storage system. The second-stage processor or the first second-stage processor can be configured to analyze the images from the image capturing device. The third-stage processor or the second second-stage processor can be configured to process information from a processor and/or storage system and produce a report.
Diagnostic Port For Inter-Switch Link Testing In Electrical, Optical And Remote Loopback Modes
- San Jose CA, US Saumitra Buragohain - San Jose CA, US Balakrishna Wusirika - Pleasanton CA, US Badrinath Kollu - San Jose CA, US Kyuh Kim - San Jose CA, US
A diagnostic testing utility is used to perform single link diagnostics tests including an electrical loopback test, an optical loopback test, a link traffic test, and a link distance measurement test. To perform the diagnostic tests, two ports at each end of a link are identified and then statically configured by a user. The ports will be configured as D_Ports and as such will be isolated from the fabric with no data traffic flowing through them. The ports will then be used to send test frames to perform the diagnostic tests.
Diagnostic Port For Inter-Switch Link Testing In Electrical, Optical And Remote Loopback Modes
- San Jose CA, US Saumitra Buragohain - San Jose CA, US Balakrishna Wusirika - Pleasanton CA, US Badrinath Kollu - San Jose CA, US Kyuh Kim - San Jose CA, US
International Classification:
H04B 10/079 H04B 10/27
US Classification:
398 25
Abstract:
A diagnostic testing utility is used to perform single link diagnostics tests including an electrical loopback test, an optical loopback test, a link traffic test, and a link distance measurement test. To perform the diagnostic tests, two ports at each end of a link are identified and then statically configured by a user. The ports will be configured as D_Ports and as such will be isolated from the fabric with no data traffic flowing through them. The ports will then be used to send test frames to perform the diagnostic tests.