Vinoth Vijayakumar

• Working on Meta Inference chip set evaluation and testing
• Reviewed technical documents and collaborated on customised design to achieve new development in chipset.
• Enabled Multicore CPU processing in the MediaAccelerator AI chipset.
• Monitoring and lead the team

• Worked on Cortx open source, motr module which is core of object storage. https://github.com/Seagate/cortx-motr
• Explored and worked on kubernetes Pod for cortx-motr services
• Worked on net layer (libfabric) of cortx-motr
• Identified issues, analyzed information and provided solutions to problems.
• Carried out day-to-day duties accurately and efficiently.

Working in software-defined data center which offers patented erasure coding, distributed scale-out architecture, and advanced Quality of Service (QoS) engine to consolidate multiple mixed workloads while prioritizing performance and data protection to applications.

Responsibilities:

• Working in Open source development for seagate which uses lustre operating system and object storage.
• Working on developing libfabric network interface for the open source cortx-motr
• Developed phone home feature in Hyperconverged infrastructure
• Experience with SAN and object storage concepts

Radio Transparent clock feature for VR series

iPASOLINK, Advanced mobile back haul network with high-capacity transmission and TDM-IP hybrid network. Developed transparent clock feature in radio module, which is used to achieve time synchronization in Nano seconds between one hop networks. (Confining to RFC IEEE1588v2 protocol)

Responsibilities:

• Developed and architect "ODU" as part of FCAPS related to iPASOLINK series.
• Developed and architect "Space diversity" support to 5000ip and 7000p radio firmware.
• Developed and architect "High Modulation QAM" for higher bandwidth.
• Develop and architect "New Modem" support.
• Organized training for new members and provided platform for seamless development.
• Working in all phases starting from System Requirement Specification to Integration Testing for product.

Achievements

• NEC Excellence award for releasing bug free project “Longhaul Series”
• 100% DQA Judgement by Japan quality team which is first Telecom for Mobile Backhaul product.

Microwave Wireless access( iPASOLINK 400/400A/1000)

Back-haul devices leads microwave radio industry with rich features and outstanding capacities. As high performance device, it is capable of high capacity transport with optical and microwave, for true carrier-grade converged node experience.

Responsibilities:

• Analyzed and Handled endianness correctness due to migration of PPC and ARM platform
• Developed and re-distributed "Makefile" for complete code base compilation
• Built kernel module, workspace, and rootfs in WRL – 4.3 for ARM Board

Achievements

• Individually analyzed kernel module and solved ramswap driver
  memory issue
• Extra-miler award for contribution of platform porting which took almost year to complete

iPASOLINK EX ( XPIC Feature development )

Responsibilities:

• Created Detail design specification, by plotting state machine diagram for xpic feature
• Attend requirement collection workshop in Japan for XPIC project.
• Single point of contact between team and client (NEC Japan)
• Monitor and improve performance of team.

iPASOLINK EX (redundancy Feature)

Responsibilities:

• Create Integration test plan of Redundancy feature by understanding Basic design and Requirement specification.
• Created simulation for redundancy feature using Cunit Frame work.
• Provided complete IT cases of 800+ cases in months time frame.

Cisco Set top box Development

Cisco Scientific Atlanta is a supplier of transmission networks for broadband access to home, set-top cable boxes, cable modems and digital interactive subscriber systems for video, high-speed Internet, voice over IP (VoIP) networks.

Responsibilities:

• Implementing IPC mechanism between layers of setup box.
• Prototyping of Dbus
• Porting of Dbus to set top box and check feasibility test

Multicom 2nd Generation Administrative Communication System

Bogen’s Quantum Multicom IP / Multicom 2000 Administrative Communications System is comprehensive communications network that connects administrative areas and staff locations in a single building, multiple building sites throughout a campus using VoIP.

Responsibilities:

• Feature enhancement like missed call, Dialer log.
• Bug fixes of all Modules in MC2G system.
• Setting up real-time env of lab, which include flashing of micro controllers.
• Complete process control management for product delivery cycle (water-fall).

Achievements

• “Rising Start “award for understanding and implementing “Dbus” successfully in set top box in short development period.
• “Valuable team player” award Bogen development @ Tech Mahindra Ltd.