International Business Machines Corporation

Google Inc.

Other

James R Giles

Louis Degenaro

Rohit Wagle

James R Challenger

Paul Reed

Dinesh C Verma

Reiner Sailer

Haskell Aaron Garon

George Jacob Levitte

Vishal Viresh Kumar

Stephen Rhys Norum

Christopher Dawson

Joel Leonard Wolf

Xiaolan Zhang

Kirsten Weale Hildrum

Deepak Rajan

Gabriela Jacques Da Silva

Eugen Schenfeld

Madhu K Chetuparambil

Dakshi Agrawal

Philip Shilung Yu

Mukesh Kumar Mohania

Ronald Patrick Doyle

Kang-Won Lee

Seraphin Bernard Calo

Wei Fan

Zon-Yin Shae

Deepak Srinivas Turaga

James Corvin Fletcher

Daniel Michael Kuchta

Nagui Halim

Yoonho Park

Henrique Andrade

Lisa Amini

Steven Dale Ims

Marcia L Stockton

Laurent Schares

Marc A Taubenblatt

Shankar Ramaswamy

Rajesh S Agarwalla

Nikhil Bansal

Subbarao K Meduri

Jorge Lobo

John G Dudley

Nitish John Korula

Khalil S Amiri

Jiayao Yu

Yan Xiong

Christopher Dinn

Ioan Marius Pungaru

Martin Blais

Michael Sobin

Son Ba Nguyen

Tammy Wu

Philippe L Seto

Manu M Gugnani

Shih-pai Lee

Mahesh Patil

Phillippe L Selo

Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for processing requests for digital components. A method includes receiving a request from a client device for a digital component generated by a first SDK installed at a client device, examining data fields of the request by servers, generating real-time requests by the servers, and transmitting each real-time request to a third-party digital component provider by the servers. The method further includes receiving responses to the real-time requests from the third party digital component provider by the servers, selecting a particular response to transmit to the client device responsive to the request for the digital component by the servers, and transmitting the particular response to the first SDK with instructions specifying which SDK installed at the client device is required to render a digital component included in the particular response by the servers.

Custom digital components

Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for performing a joint simulation for satisfying multiple different coexisting commitments to allocate digital resources. In one aspect, a method includes accessing logged data for prior allocations of digital resources, where the logged data includes at least one property associated with respective allocations of the digital resources. Different allocations of the digital resources included in the logged data are assigned to different ones of the multiple different commitments. For each commitment to allocate digital resources, an expected required resource amount that results in the commitment being allocated at least a specified minimum resource based on the allocations of digital resources of the logged data that were assigned to the multiple different commitments is determined.

Joint transmission commitment simulation

Systems and methods for distributing network traffic during streaming are hereby provided. A server can provide a first content pod to a client device for insertion in a content break separating a first portion and a second portion of the streaming content. The server can receive, from the client device during playback of the first content pod, a request for content to insert into the content break for playback subsequent to playback of the first content pod. The request for content can be generated at a first elapsed time from initiation of playback of the first content pod via a request generation policy. The server can select a second content pod. The server can provide the second content pod to the client device during the playback of the first content pod for playback subsequent to completion of the playback of the first content pod.

Distribution of network traffic for streaming content

A wristwatch strap connector for engagement of either of a two piece watch band formed in two sections, or, a single piece watch band formed in a single section to a wristwatch case. The connectors are employed in pairs and each connector is adapted at a first end to engage one side of the watch band case. Once the connectors are engaged, a user can connect either a one piece or two piece watch band to the wristwatch.

Dual engagement watch strap connector

A distributable and serializable finite state machine and methods for using the distributable and serializable finite state machine are provided wherein finite state machine instance can be location-shifted, time-shifted or location-shift and time-shifted, for example by serializing and deserializing each instance. Each instance can be located-shifted between agents, and a persistent memory storage location is provided to facilitate both location-shifting and time-shifting. Finite state machine instances and the actions that make up each instance can be run in a distributed fashion among a plurality of agents.

Distributable serializable finite state machine

A method for managing distributed computer data stream acceleration devices is provided that utilizes distributed acceleration devices on nodes within the computing system to process inquiries by programs executing on the computing system. The available nodes and available acceleration devices in the computing system are identified. In addition, a plurality of virtual acceleration device definitions is created. Each virtual acceleration device definition includes attributes used to configure at least one of the plurality of identified acceleration devices. When an inquiry containing an identification of computing system resources to be used in processing the inquiry is received, at least one virtual acceleration device definition that is capable of configuring an acceleration device in accordance with the computing system resources identified by the inquiry is identified. That acceleration device is configured in accordance with the identified virtual acceleration device definition and is used to process the inquiry.

Distributed acceleration devices management for streams processing

A method, apparatus, and computer program product for scheduling stream-based applications in a distributed computer system with configurable networks are provided. The method includes choosing, at a highest temporal level, jobs that will run, an optimal template alternative for the jobs that will run, network topology, and candidate processing nodes for processing elements of the optimal template alternative for each running job to maximize importance of work performed by the system. The method further includes making, at a medium temporal level, fractional allocations and re-allocations of the candidate processing elements to the processing nodes in the system to react to changing importance of the work. The method also includes revising, at a lowest temporal level, the fractional allocations and re-allocations on a continual basis to react to burstiness of the work, and to differences between projected and real progress of the work.

Method, apparatus, and computer program product for scheduling work in a stream-oriented computer system with configurable networks

Methods and systems are provided for unified job processing of interdependent heterogeneous tasks within a domain containing a plurality of nodes. Jobs containing components to be processed in the domain are submitted and are identified by type. A job control flow associated with the job type is identified and used to process the components of the job on various nodes within the domain. Multiple job control flows are handled simultaneously, and provisions are made for sharing common job components among jobs. The job control flow utilizes a finite state machine where a given instance of the finite state machine applies to a specific job type. The finite state machine can be expressed using extensible mark-up language schema.

Unified job processing of interdependent heterogeneous tasks using finite state machine job control flow based on identified job type

An apparatus and method for off-loading application components to edge servers are provided. An application is made edge-aware by defining which components of the application may be run from an edge server, and which components cannot be run from an edge server. When a request is received that is to be processed by an application on an origin server, a determination is made as to whether the application contains edgable components. If so, an edgified version of the application is created. When a request is received that is handled by a component that may be run on the edge server, the request is handled by that component on the edge server. When a request is received that is handled by a component that is not edgable, the request is passed to a proxy agent which then provides the request to a broker agent on the origin server.

Apparatus and method for offloading application components to edge servers

An illustrative embodiment of the present invention includes a method for routing at least one packet from at least one source node to at least one destination node, each node is operatively coupled to a given packet switch within a plurality of packet switches operatively coupled to a given circuit switch. The method includes a step of establishing one or more Virtual Local Area Networks (VLANs). Each VLAN comprising a subset of the plurality of packet switches operatively coupled to the given circuit switch. At least one of the one or more VLANs comprises the at least one packet switch to which the source and destination nodes are operatively coupled. The method also includes a step of routing the at least one packet from the source node to the destination node over at least one loop-free path comprised of one or more packet switches within a given VLAN.

Method and apparatus for VLAN-based selective path routing

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Evansville, IN, United States of America

James R Giles