Microsoft Technology Licensing, LLC

Timex Corporation

Other

Neil Scott Fishman

Donald J Kadyk

Marc E Seinfeld

Michael Todd Kramer

Kevin T Damour

Zhengyou Zhang

Andrew David Wilson

Hrvoje Benko

Philip Andrew Chou

Michael Koenig

Leszek Mazur

Ira Snyder

Donald Marcus Gillett

Robert Wilhelm Schmieder

Clark David Nicholson

Nelamangal Krishnaswamy Srinivas

Don Kadyk

Brent E Curtis

Victor E Shiff

Lingan Satkunanathan

David Jaroslav Sebesta

Robert C Elmer

Dean P Paron

Mark Ledsome

Thomas J Dvorachek

Philip S Brzezinski

J Mark Miller

Arnold Neil Blinn

Vinay Deo

Eric Benjamin Watson

Scott Manchester

James M Lyon

Alexander Dadiomov

James Christopher Gray

Eldar Azerovich Musayev

Robert B Seidensticker

Michael Elizarov

Adam C DePue

Bjorn Benjamin Levidow

Huseyin Gokmen Gok

Charles E Kindel

Aaron Joshua Nonis

Alan M Billharz

Walter Helm

Theodore H Roberts, Iii

Scott Darnell

Tracy M Daugherty

Leif Pederson

A tele-immersive environment is described that provides interaction among participants of a tele-immersive session. The environment includes two or more set-ups, each associated with a participant. Each set-up, in turn, includes mirror functionality for presenting a three-dimensional virtual space for viewing by a local participant. The virtual space shows at least some of the participants as if the participants were physically present at a same location and looking into a mirror. The mirror functionality can be implemented as a combination of a semi-transparent mirror and a display device, or just a display device acting alone. According to another feature, the environment may present a virtual object in a manner that allows any of the participants of the tele-immersive session to interact with the virtual object.

Providing a tele-immersive experience using a mirror metaphor

The formation of a wireless device group for use in a computing environment involves establishing a wireless communication connection between a host wireless interface device and each of one or more dependent wireless interface devices, in which each dependent wireless interface device is configured to not directly communicate with a computing device. Another wireless communication connection is established between the host wireless interface device and the computing device when the host wireless interface device is within a host connection distance of the computing device. A further wireless communication connection can be established between the host wireless interface device and a second, different computing device.

Wireless shared resource computing

A local area network server may issue security certificates to client devices on the network for two-way authentication across the network. The certificates may be issued through a transaction performed over the network and, in some cases, may be automated. The server may have a self signed or a trusted security certificate which may serve as a basis for issuing certificates to various clients. After a certificate is issued, future communications on the network may be authenticated by both the server and client, and the communications may be encrypted using the certificates.

Security mechanism within a local area network

The formation of a wireless device group for use in the shared resource computing environment involves establishing a wireless communication connection between a host wireless interface device and each of one or more dependent wireless interface devices, in which each dependent wireless interface devices is configured to not directly communicate with a computing device. Another wireless communication connection is established between the host wireless interface device and the computing device when the host wireless interface device is within a host connection distance of the computing device.

A method includes determining if a server supporting an application and a client having remote desktop access to the server are on a same physical computing device. Upon determining that the server and the client are on the same physical computing device, graphics data related to the application is stored from the server to shared memory that is accessible by the server and by the client. Information to enable the client to retrieve the graphics data stored by the server in the shared memory is communicated from the server to the client.

Selective use of shared memory for remote desktop application

A computing device creates lightweight state files. The state files may include information relating to user processes, user-interface elements, and time points. When loaded, the state files restore the saved state. State files may be transferred to different computing devices thus making a computer state portable. A series of state files viewed as a stream showing changes in the system state over time.

Enhanced virtualization system

A priority based scheduling system for a server prioritizes multiple tasks that are defined using various constraints, which may include relationships defined between different tasks, performance parameters for each task, and completion constraints. The system may track actual performance of a task and update the performance parameters over time. Some embodiments may include a status monitoring agent that may detect that a monitored network parameter has changed that may cause a scheduled task to be raised or lowered in priority. The system may be used to schedule and execute one time tasks as well as recurring tasks, and may execute those tasks during a rigid or flexible periodic time window. Many of the tasks may be pausable and resumable, and such tasks may be performed in increments over successive time windows.

Priority based scheduling system for server

A dynamic address router may provide dynamically updated routing to a device with a dynamic network address as well as provide a security certificate for the device. The device may be routed using a subordinate domain name. The principal domain name and a security certificate may be held by a single service provider that may enable a simple setup and configuration mechanism, as well as to guarantee the authenticity of the security holder even though the holder may connect through a dynamic address connection.

Securing a server in a dynamic addressing environment

A computer communicates with a referral server according to a web service definition to select and audit performance of an internet service. The computer sends and receives messages requesting internet services available in a geographic region and the message includes an identifier where the computer is located. Other received messages indicating available services including, top-level-domains, currency, and languages available in the geographic region. For example, for domain name services, messages include top-level domains, and for other services, messages include currency, languages, etc. Messages include a list of providers available in the geographic region, and for each provider in the list, a provider name, a description of provider services, or a provider URL. The computer sends other messages that audited selected provider performance including, a provider selected to provide an internet service, an indication of successful transaction, an indication of successful configuration, or an indication of failure.

Message based network transmission for selection and auditing of internet services

A computer performs a method of communicating with a referral server to identify configurables available to the computer based on the computer's location and at least one other factor. The computer receives a list of provider servers selected by the referral server for referring to the computer because the provider servers on the list auto-configure configurables in the computer's location and according to the at least one other factor. The method communicates with a provider server selected from the list to purchase a selected configurable and to auto-configure the computer's computing environment to operate the selected configurable. The method communicates with the referral server to provide a metric about the provider server's performance during purchase and auto-configure.

Automated acquisition and configuration of goods and services via a network

Systems and methodologies that facilitate purchase and/or transfer of a domain name and access of users to the internet by using a well defined protocol to interact with a plurality of domain name registrars via employing a purchasing component and a mapping component. Once a user has identified a domain name, the purchasing component can automatically query the provider(s) for terms of the service plan to obtain such domain name. The mapping component can then point to a DNS provider designated to host such domain name, to manage in-bound traffic. The subject invention can also be implemented in web services based hosted solutions directory, for example by designation of a trusted on-line registry that registers a plurality of service providers to supply services to clients, with a secure communication between the clients and the trusted on-line registry for selection of a service provider.

Message based network configuration of domain name purchase

Architecture for generating and maintaining a terminal services connection from an external client to an internal intranet client behind a firewall and/or router. The external user is first authenticated after which the external client is passed to a remote user portal. A listing of available internal computers is presented to the external client user, the selection of one that initiates an intranet server to create a listening socket thereon, and a socket on the selected internal client. The server creates a thread that manages the terminal services connection between the external client and the internal client by listening for traffic and forwarding the traffic between the ports.

Architecture for connecting a remote client to a local client desktop

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Bothell, WA, United States of America

Neil Scott Fishman