Google Inc.

Sun Microsystems, Inc.

Ji L Yang

Dutt Kalapatapu

Amol Tuli

Punyabrata Ray

Jonathan Gonzalez

Satheesh Bommakanti

Ali Heydari

Jun Yin

Pavan Edara

Reuven Lax

Shishir Kumar Agrawal

Andrew Rowny

Ali Heydari Monfarad

Gurpreet Singh Nanda

Abhijith Shastry

Cheuksan Edward Wang

Abjijith Shastry

A method for processing data exactly once using transactional stream writes includes receiving, from a client, a batch of data blocks for storage on memory hardware in communication with the data processing hardware. The batch of data blocks is associated with a corresponding sequence number and represents a number of rows of a table stored on the memory hardware. The method also includes partitioning the batch of data blocks into a plurality of sub-batches of data blocks. For each sub-batch of data blocks, the method further includes assigning the sub-batch of data blocks to a buffered stream; writing, using the assigned buffered stream, the sub-batch of data blocks to the memory hardware; updating a storage log with an intent to commit the sub-batch of data blocks using the assigned buffered stream; and committing the sub-batch of data blocks to the memory hardware.

Scalable exactly-once data processing using transactional streaming writes

A method for carrier network integration through a user proxy interface includes receiving a request from a mobile device associated with a subscriber of a carrier provider to establish voice services with the carrier provider for a companion device linked to the mobile device. The request includes a subscriber identifier of the mobile device. The method also includes authenticating the companion device based on the subscriber identifier, obtaining session initiation protocol (SIP) credentials corresponding to the subscriber identifier, and registering the SIP credentials for the companion device at a network interface proxy. The network interface proxy is in communication with an internet protocol multimedia subsystem (IMS) of the carrier provider and the companion device. The method also includes establishing voice services between the companion device and the IMS through the network interface proxy using the SIP credentials.

Carrier integration through user network interface proxy

A method () for carrier network integration through a user proxy interface includes receiving a request () from a mobile device () associated with a subscriber () of a carrier provider () to establish voice services with the carrier provider for a companion device () linked to the mobile device. The request includes a subscriber identifier () of the mobile device. The method also includes authenticating the companion device based on the subscriber identifier, obtaining session initiation protocol (SIP) credentials () corresponding to the subscriber identifier, and registering the SIP credentials for the companion device at a network interface proxy (). The network interface proxy is in communication with an internet protocol multimedia subsystem (IMS) () of the carrier provider and the companion device. The method also includes establishing voice services between the companion device and the IMS through the network interface proxy using the SIP credentials.

Implementations described herein relate to methods, systems, and computer-readable media to label incoming phone calls. A method to label an incoming phone call includes detecting the incoming phone call associated with a caller identifier (ID), determining a location associated with the call, and analyzing a call header of the call to determine one or more call characteristics. The method further includes determining, based on the location and the call characteristics, if the location is spoofed and determining, based on the caller ID and the call characteristics, if an access network associated with the call is spoofed. The method further includes applying a trained machine learning model to determine whether the call is a robocall. The method further includes assigning a label to the call that indicates whether the call is a spoofed call or is the robocall and sending the label to a callee device associated with the call.

Detection of spoofed calls using call header

In one implementation, a computer-implemented method includes: receiving, at a computer system, a multimedia message service (MMS) message for delivery to a client computing device; storing, by the computer system, the MMS message; generating, by the computer system, a traditional short message service (SMS) message including a notification that the MMS message is available for download from the computer system; transmitting, by the computer system, the SMS message to the client computing device; receiving, after transmitting the SMS message, a request from the client computing device to download the MMS message; and sending, by the computer system, the MMS message to the client computing device.

MMS delivery system

An indirect cooling liquid embedded package design for use with a computer central processor unit is suitable for thermal management of high heat dissipation electronic components such as server processors. The indirect contact cooling liquid embedded packaged CPU has mechanical coupling and embedded plumbing that attaches to the board pumped liquid supply and indirect cooling of the heat-generating portion of the CPU with an embedded microchannel heat exchanger. The coolant package system for the CPU removes higher levels of heat indirectly from the core of the processors by convective cooling. Cooling liquid is introduced into the package of the server CPU by mechanically attaching the CPU to the board through a socket interconnect. Pins of the socket serves to provide electrical connection between the board and the CPU, while a few pins are designed for the purpose of inletting and outletting cooling liquid into and out of the CPU package.

Embedded microchannel cooling package for a central processor unit

A direct contact cooling liquid embedded package design for use with a computer central processor unit is suitable for thermal management of high heat dissipation electronic components such as server processors. The direct contact cooling liquid embedded packaged CPU has mechanical coupling and embedded plumbing that attaches to the board pumped liquid supply and direct contact cooling liquid of the heat-generating portion of the CPU. A direct contact cooling liquid embedded packaged CPU removes higher levels of heat directly from the core of the processors by convective cooling. Cooling liquid is introduced into the package of the server CPU by mechanically attaching the CPU to the board through a socket interconnect. Pins of the socket serve to provide electrical connection between the board and the CPU, while a few pins are designed for the purpose of inlet and outletting cooling liquid into and out of the CPU package.

Growing community of inventors

Mountain View, CA, United States of America

Ji L Yang