Hewlett Packard Enterprise Development LP

Infinera Corporation

Exicom Tele-Systems Limited

Naresh Kumar

Steven Joseph Hand

Isaac Theogaraj

Vigneshwara Upadhyaya

Jayaram Hanumanthappa

Yashavantha Nagaraju Naguvanahalli

Narayan Surendra Mahipati

Gounda Mohammed Nabi Saheb

Alok Jain

Rishir Kumar

Sundaraaman K V

Krishna Prasad Tl

Naresh Srinivasulu Jayam

Sudharshan Reddy Godi

Arijit Mandal

Tanishq Choudhary

A system and method for managing a battery pack is provided. The system includes a detection unit in communication with the battery pack. The detection unit includes a plurality of sensors configured to detect operational, mechanical and status parameters of the battery pack. A battery management unit (BMU) is configured to determine the operational, mechanical and status parameters of the battery pack based on the received data from the detection unit. A server in communication with the BMU is configured to compare the received data from the BMU with trained operational, mechanical and status parameters and instruct the BMU to perform at least one action in response to a determination of at least one of the received operational, mechanical and status parameters deviating from the trained operational, mechanical and status parameters of the battery pack.

System and method for managing a battery pack

Systems and methods described herein allow a configurable policy for managing Power over Ethernet (PoE) to be implemented by Power Sourcing Equipments (PSEs) across a network. The policy specifies a set of rules for prioritizing power distribution over Ethernet for the computer network. When Powered Devices (PDs) are connected via Ethernet cables to the PSEs, the PDs send identification information about themselves (e.g., device type and location) to the PSEs. The PSEs assign priority levels to the PDs by electronically comparing the identification information to the set of rules. When a present level of available power is insufficient to power all the PDs via PoE, the PSEs use the priority levels to determine which PDs to power down.

Dynamic network-wide coordinated management of power over ethernet

Techniques are disclosed herein for reconciling planned data for a network (such as a fiber optic network) with data describing the deployed network. Network probing and planning components obtain a snapshot of the deployed network and organize the snapshot into three 'layers': the 'link layer,' which represents the physical links that underlie the network, the &#x201c;digital layer,&#x201d; which includes optical channel groups that divide the total capacity of the physical links, and the &#x201c;service layer,&#x201d; which includes the services delivered over the network. The techniques involve comparing the planned data to the deployed data in the order of link layer, digital layer, and service layer. Differences considered to be &#x201c;minor&#x201d; are reconciled automatically. Differences that are &#x201c;major&#x201d; are reconciled after receiving instructions from a planner or administrator regarding whether to update the planned data based on what was originally in the planned data or what is in the deployed network.

Techniques for reconciliation of planned network with deployed network

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Bengaluru, India

Naresh Kumar