United Devices, Inc.

Other

Sonic Solutions

David P Anderson

Edward A Hubbard

Krishnamurthy Venkatramani

Jeff A Lawson

James A Moorer

Sriram Srinivasan Mandyam

Ashok Kakkunje Adiga

Greg D Hewgill

Ashok K Adiga

Dynamic coordination and control of network connected devices within a distributed processing platform is disclosed for large-scale network site testing, or for other distributed projects. For network site testing, the distributed processing system utilizes a plurality of client devices which are running a client agent program associated with the distributed computing platform and which are running potentially distinct project modules for the testing of network sites or other projects. The participating client devices can be selected based upon their attributes and can receive test workloads from the distributed processing server systems. In addition, the client devices can send and receive poll communications that may be used during processing of the project to control, manage and coordinate the project activities of the distributed devices. If desired, a separate poll server system can be dedicated to handling the poll communication and coordination and control operations with the participating distributed devices during test operations, thereby allowing other server tasks to be handled by other distributed processing server systems. Once the tests are complete, the results can be communicated from the client devices to the server systems and can be reported, as desired. Additionally, the distributed processing system can identify the attributes, including device capabilities, of distributed devices connected together through a wide variety of communication systems and networks and utilize those attributes to organize, manage and distribute project workloads to the distributed devices.

Dynamic coordination and control of network connected devices for large-scale network site testing and associated architectures

A massively distributed processing system and associated methods are disclosed that provide a processing architecture for utilizing a multitude of widely distributed devices to process distributed project workloads. To provide the processing infrastructure, a modular client agent program, which may include a system component and a separate project component, operates on the distributed devices to process workloads. For different projects, different project components may be provided to run on the base system component. In addition, a device capabilities database and an incentive database can be used by the server system to facilitate operations and encourage participation by client systems. Other databases may also be utilized to enhance system operations and functionality. And a wide variety of applications are possible, including network site testing, network site indexing, distributed data back-up, file sharing, data caching, data conversion, and scientific research, as well as many other distributed projects.

Massively distributed processing system with modular client agent and associated method

A distributed file system with dedicated nodes capable of being connected to workstations at their bus. The system uses a complementary client-side and server-side file caching method that increases parallelism by issuing multiple server requests to keep the hardware devices busy simultaneously. Most of the node memory is used for file caching and input/output (I/O) device buffering using dynamic memory organization, reservation and allocation methods for competing memory-intensive activities.

Method of dynamically allocating network node memory's partitions for

A virtual reality television system includes a video capture and encoding system for capturing and encoding the surface geometries and colors of objects and their background as the objects interact during a live action event taking place in a live action space; an audio capture and encoding system for capturing and encoding spatial sound sources emanating from the live action space as a result of the objects interacting therein, as well as ambient sounds emanating from a periphery area around the live action space and commentators' voices; and a rendering system responsive to viewer manipulated input devices for rendering a visual and auditory experience of the live action event from the perspective of a viewer selected virtual viewpoint related to the live action space.

Virtual reality television system

Growing community of inventors

Berkeley, CA, United States of America

David P Anderson