Hewlett-packard Development Company, L.p.

Hewlett-packard Company

Hewlett Packard Enterprise Development LP

Other

Jeffrey Joel Walls

Byron Alan Alcorn

Donley Byron Hoffman

Kevin T Lefebvre

Michael Trent Hamilton

Derek J Lukasik

Roland M Hochmuth

Thomas J Flynn

Don B Hoffman

Quoc P Pham

Mark Perreira

Joseph Norman Gee

Valentin Popescu

Karen Ellen Thayer

Mark Edward Nylund

John Marks

James A Schinnerer

Ian A Elliott

Jayashree Sundarachar Beltur

Jason A Daughenbaugh

Gregory R Allen

Per Gullberg

Jerald C Fisher

Reynaldo Cardoso Novaes

Byron Alan Alcom

David J Sweetser

Joao Luis Prauchner

An D Dao

Vern T Rhead

Paulo Roisenberg

Adriano Silveira Krauthein

Jim Schinnerer

Examples relate to cloud models based on network definition data. Some examples disclosed herein may enable obtaining first cloud definition data that describes a first cloud infrastructure. The first cloud definition data may comprise network definition data that describes a first server node to be included in the first cloud infrastructure and a first set of network interfaces to be enumerated on a bus of the first server node. Some examples may further enable generating a first cloud model based on the first cloud definition data. The first cloud model may comprise first cloud configuration data that, when executed, causes the first cloud infrastructure to be deployed. Some examples may further enable storing a first checkpoint image of the first cloud model. The first checkpoint image may comprise at least a portion of the first cloud configuration data.

Cloud models based on network definition data

Included are embodiments for assignment and failover of resources. More specifically, at least one embodiment of a method includes assigning, to a user of an access device (), at least one primary resource (). Some embodiments include assigning, to the user of the access device (), at least one backup resource ().

Assignment and failover of resources

Systems, methods, and other embodiments associated with persisting information concerning per-user, per-connection display configuration control are described. One example method includes identifying services that provide outputs to be displayed to an identified user on displays available to the identified user. Services are provided by remotely located computers. The example method may also include establishing a display control parameter based on a stored mapping that persistently relates services, outputs, displays, and users. The mapping stores information concerning the parameter as configured by the identified user during a previous session. The example method may also include controlling the display of the output on the display based on the parameter.

Self-management of local resources allocated remotely

Examples relate to cloud models based on logical network interface data. Some examples disclosed herein may enable obtaining first cloud definition data that describes a first cloud infrastructure. The first cloud definition data may comprise logical network interface data that describes a first set of network interfaces to be bonded to form a first logical network interface for the first cloud infrastructure. Some examples further enable generating a first cloud model based on the first cloud definition data. The first cloud model may comprise first cloud configuration data that, when executed, causes the first cloud infrastructure to be deployed. Some examples further enable storing a first checkpoint image of the first cloud model. The first checkpoint image may comprise at least a portion of the first cloud configuration data.

Cloud models based on logical network interface data

In one embodiment, first data, indicative of a first selected application to be accessed via a remoting application, is received at a computer system from a first mobile device. Second data, indicative of a second selected application to be accessed via a remoting application, is received at the computer system from a second mobile device. A first view of the first selected application, as executing at the computer system, is displayed at a first display sector of a display device that is part of the computer system. A second view of the second selected application, as executing at the computer system, is displayed at a second display sector of the display device. At least a portion of the first view is sent to the first mobile device for display, and at least a portion of the second view is sent to the second mobile device for display.

Application views

Examples disclosed herein relate to translation of touch input into local input based on a translation profile for an application. Examples include translating touch input into local input based on a translation profile for an application in focus, if the translation profile is accessible. Examples further include providing the touch input to an operating system if no translation profile for the application in focus is accessible and the operating system is able to utilize touch input.

Translation of touch input into local input based on a translation profile for an application

A system and method for deploying resources to users. A system includes a computer that executes a resource deployment manager. The resource deployment manager provides an interface for selecting a remote user to whom a central resource is to be assigned, and for selecting a template upon which to base the assignment of the resource to the selected user. Further, the resource deployment manager assigns the central resources to the selected user based on the selected template.

Resource deployment management

A system and method for providing non-blocking communication with a communications server are disclosed herein. A computer system includes one or more processors and a software system executable by the processor. When executed, the software system provides an application thread and additionally provides a server communication thread configured to provide non-blocking communication between the application thread and a communication server. The server communication thread is configured to process commands based on requests for communication server services generated by the application thread. The server communication thread is further configured to communicate with the communication server based on the commands and to block pending a server response. The application thread is configured to execute unimpeded by the communication.

Non-blocking communication between an application and a server

An example system can comprise a memory to store machine readable instructions. The system can also comprise a processing unit to execute the machine readable instructions. The machine readable instructions can a server can comprise a codec selector to dynamically partition a video stream into a plurality of partitions based on graphical elements of the video stream, such that a given frame of the video stream is divided into the plurality of partitions. The codec selector can also select a plurality of different codecs to compress the plurality of partitions based on the graphical elements of the video stream.

Video stream

A computing device to receive remote graphics based on a size of a display component from a second computing device, display a user interface to include the remote graphics, detect a user repositioning a region of the user interface, transmit information of the repositioned region to the second computing device and receive remote graphics corresponding to the repositioned region for display on the display component.

Remote graphics corresponding to region

Embodiments of the present invention are broadly directed to novel systems and methods for evaluating a performance aspect in a multi-computer graphics system. One embodiment comprises selection logic capable of enabling a user to specify at least one render node for selection and generating logic associated with the compositor for generating the composite output signal, the generating logic being capable of eliminating, from at least a portion of the composite output signal, content from the video signals from all render nodes not specified for selection.

Systems and methods for evaluating the operation of a multi-node graphics system

Automated cloud set up may include collecting compute resources available for setting up a cloud, identifying packages available to apply to the compute resources, and determining which subsets of the packages to apply to which compute resource.

Automated cloud set up

A system is provided for rendering graphics. The system comprises a plurality or render nodes configured to collectively render a graphics image in response to graphics information supplied from a selected host, at least two hosts operatively coupled to the plurality of render nodes, the at least two hosts comprising the selected host, and logic for selectively configuring the plurality of render nodes to render a graphics image based on content supplied by the selected host.

Systems and methods for rendering graphics from multiple hosts

In one embodiment a computing system comprises one or more processors, a display device coupled to the computing system, and a memory module communicatively connected to the one or more processors. The memory module comprises logic to receive, in a connection server, a service request from a user via a remote connection client, wherein the service request comprises at least one of a user credential, a connection client identifier, and a layout identifier, authenticate, in the connection server, the user credential and the connection client identifier, retrieve, in the connection server, a user profile associated with the user, a connection client layout associated with the layout identifier, connection data for at least one remote system, and a policy associated with the user profile, and transmit the user profile, the connection client layout, a remote system and the connection data for a remote system and a policy associated with the user profile from the connection server to the remote connection client.

Selection and application of roles and systems based on username and layout ID

A system and method for administering access to a central resource by a remote access device. A system includes a remote access device and a computer executing a hierarchical policy manager. The remote access device requests access to a central resource. The hierarchical policy manager determines a policy for allowing the device to access the resource by evaluating access policies at a plurality of precedence levels of a policy hierarchy. The hierarchical policy manager allows the device to access the resource based on the policy set at the highest precedence level of the policy hierarchy at which access control is specified.

Growing community of inventors

Fort Collins, CO, United States of America

Jeffrey Joel Walls