Juniper Networks, Inc.

Koninklijke Philips Corporation N.v.

Indian Institute of Science

Subodh Kumar

Vivek Singh

Sunil Kumar

Biswaroop Chakrabarti

K Chattopadhyay

Surendra Kumar M

Randeep Singh

Sukla Mondol

Satyam Suwas

An example device includes a control unit that provides an execution environment for a network management application and a network interface. The network management application generates a request message based at least in part on a predicted amount of time required for the device to receive a response to a request message, wherein the predicted amount of time is based at least in part on object identifier processing time information, and wherein the predicted amount of time satisfies a timeout threshold. The network interface sends the request message and receives the response message. The network management application determines an amount of time that elapsed between when the device sent the request message and received the response message, and, responsive to determining that the amount of time that elapsed does not satisfy the timeout threshold, updates at least one of the object identifier processing time information and the timeout.

Variable timeouts for network device management queries

A non-transitory storage medium stores an assembled genetic sequence comprising aligned sequencing reads. An electronic processing device is configured to perform operations including: identifying a possible variant in the assembled genetic sequence; computing value of at least one read property for reads of the assembled genetic sequence; and calling the possible variant conditional upon the computed values of the at least one read property for sequencing reads of the assembled genetic sequence that include the possible variant satisfying an acceptance criterion. The electronic processing device may be further configured to select at least one region of the assembled genetic sequence for validation based on a non random selection criterion.

Robust variant identification and validation

The present disclosure relates to aluminum based alloys and a method for producing the aluminum based alloys. The method comprises acts of, casting of the aluminum based alloy in a chilled casting mold. Then, aging the cast aluminum based alloy at a first predetermined temperature for a first predetermined time. The aging results in the formation of a first precipitate. Followed by this, solutionizing the aluminum based alloy at a second predetermined temperature for a second predetermined time such that the major alloying element is dissolved in aluminum matrix without much affecting the first precipitate. Then, aging the aluminum based alloy at a third predetermined temperature for a third predetermined time. The aging results in the formation of a second precipitate.

Aluminium based alloys for high temperature applications and method of producing such alloys

An example device includes a processor that provides an execution environment for a management agent, and a data repository configured to store configuration information. The management agent is operable to retrieve configuration information that specifies one or more trap conditions and one or more filter criteria from the data repository, detect that at least one of the one or more trap conditions is met, generate a message that includes a set of variable identifiers and associated variable values based on the one or more met trap conditions, determine whether at least one of the variable identifiers and associated value pairs included in the generated messages meet at least one of the filter criteria by at least comparing a variable value of a respective filter criteria to the variable value of the generated message, and selectively send the generated message to a device management system based on the comparison.

Trap filtering within a device management protocol

An example network management device includes a network management module, and a reconstruction module. The network management module is configured to generate a data retrieval command to direct a managed device to retrieve a set of management variables stored within a database within the managed network device and send the data retrieval command to the managed device. The reconstruction module is configured to receive a plurality of partial responses generated by a deconstruction module of the managed device in response to receiving the data retrieval command and determining that the set of management variables does not fit in a single response, and combine the received plurality of partial responses into the requested set of management variables, wherein each of the plurality of partial responses is received as a separate message from the managed network device and includes a different portion of the requested set of management variables.

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Bengaluru, India

Subodh Kumar