Microsoft Technology Licensing, LLC

Mansoor Jafry

Humayun Mukhtar Khan

Gursharan Singh Sidhu

Anish Desai

Ariel Nicolas Gordon

Vishal Soni

Arvind Muthukrishnan

Ramakrishna Juluri

Ranveer Chandra

Thomas W Kuehnel

John David Bruner

Mahendra D Sekaran

John Mark Miller

Jeffrey B Kay

Ruchir Astavans

Rao Salapaka

Jeffrey C Fong

Rod G Fleck

Jason Thomas Faulkner

Chad A Voss

Sankaran Narayanan

Jason Craig Nelson

Namendra Kumar

Krishnan Ananthanarayanan

Abhilash Chandrasekharan Nair

Eric S Hamilton

Kerry Woolsey

Timothy J Brookins

Albert Robles

Ganapathy V Raman

Gaurav Pancholi

Ray Froelich

Xonatia Ravelle Lee

Eugen Pajor

Tony Bell

Ken Wolfe

Systems for transitioning a user interface arrangement from a display of a two-dimensional image of a user to a rendering of a three-dimensional representation of the user is provided. A system can start with a UI including a rendering of a user that is based on a 2D image file. The system can receive an input that is configured to cause the system to transition the display of the rendering of the 2D image of the select user to a rendering of the three-dimensional representation of the select user. To display the rendering of the 3D representation of the select user, the system uses permission data and a three-dimensional model defining a position and orientation to display the 3D representation of the user. The system allows users to switch between viewing modes to allow users to interact with content using the most effective type of hardware.

2D and 3D transitions for renderings of users participating in communication sessions

A device including a processor and a memory, in which the memory includes executable instructions for detecting that a first user has invited a second user to a communication session, wherein the first user is associated with a first user account registered to a first domain platform and the second user is not associated with any of user accounts registered to the first domain platform, the first domain platform defining a first user privilege granted to the user accounts registered to the first domain platform; causing a second user account associated with the second user to be created and registered to a second domain platform, the second domain platform being different from the first domain platform and defining a second user privilege granted to user accounts registered to the second domain platform; and granting the second user account the second user privilege.

Extended domain platform for nonmember user account management

Signaling from a mobile device is transparently tunneled through a cellular voice network to a Voice over Internet Protocol ('VoIP') core network so that multi-party calls, including conference calls and call waiting, can be managed entirely within the VoIP core network. The tunneled signals enable call control to be implemented in the VoIP core network and also establish a way to communicate requests, instructions, and call state. The signaling is transparent to the cellular network because that network does not receive and interpret the signaling. Instead, the cellular network's existing and unmodified control plane is repurposed by the mobile device by placing new, brief outgoing calls through the cellular network to the VoIP core network where the called party number (i.e., the caller-ID) encodes specific information. The VoIP core network immediately releases the new cellular call once the caller-ID is received and the encoded information is interpreted.

Tunneling VoIP call control on cellular networks

A continual learning process is applied to a class of risk estimate-based algorithms and associated risk thresholds used for deciding when to initiate a handoff between different types of network connections that are available to a mobile device having telephony functionality. The process is implemented as a virtuous loop providing ongoing tuning and adjustment to improve call handoff algorithms and risk thresholds so that handoffs can be performed with the goals of minimizing dropped calls and unacceptable degradation in call quality as well as avoiding premature handoffs. Device characteristics, environmental context, connection measurements, and outcomes of call handoff decisions are crowd-sourced from a population of mobile devices into a cloud-based handoff decision enabling service. The service evaluates potentially usable handoff decision algorithms and risk thresholds against archived crowd-sourced data to determine how they would have performed in real world situations and delivers improved algorithms and risk thresholds to the mobile devices.

Call handoff initiation in hybrid networks

A mobile device capable of connecting to a hybrid telecommunications network using different connection types is configured to implement various mitigations to audio disruptions that may occur during the performance of a call handover between connections. Negligible audio disruptions that do not impact the conversation between parties to the call are not mitigated at all, while relatively short audio disruptions are mitigated in a passive manner by playing background white noise or comfort sounds on the mobile device. Relatively longer duration disruptions are dealt with using more active mitigations in which audio tones are played and the mobile device's graphical user interface (GUI) is configured to indicate to the user that a handover is in progress. Audio disruptions which are irrecoverable are handled by disconnecting the call and providing options through the GUI to either call the other party back, send a message, or set a callback reminder.

User experiences during call handovers on a hybrid telecommunications network

Voice call continuity is provided for calls that are carried over a hybrid network infrastructure in which access connections are distributed over loosely coupled network portions including a backend network such as a core VoIP (Voice over Internet Protocol) service network, one or more cellular mobile networks, and a public switched telephone network ('PSTN'). The calls are routed through the core VoIP network regardless of their points of origination or termination in other network portions so that signaling and call context are anchored in the core VoIP network. The conditions under which user equipment operate are continuously monitored so that when a connection is determined to have been unacceptably degraded or is likely to be interrupted, and/or a more optimal connection is available, a handover of the call to another connection is initiated so that call continuity is maintained using the lowest cost connection that provides acceptable call quality.

Voice call continuity in hybrid networks

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Kirkland, WA, United States of America

Mansoor Jafry