Microsoft Technology Licensing, LLC

Other

Alexandra K Heron

John S Holmes

Nicole Danielle Steinbok

Geeven Singh

George Joy

Michael A Smuga

Vlad Cretu

Jin Li

Philip Andrew Chou

Dan Teodosiu

Cheng Huang

Asta Jane Roseway

Ramesh Krishna Vyaghrapuri

Melora Zaner-Godsey

Ranjib Singh Badh

Steven Abrahams

Eyal Schwartz

Vasudha Chandrasekaran

Keiji Kanazawa

Troy A Schauls

John T Spivey

Marcella C S Rader

Aarthi Natarajan

Seshagiri Panchapagesan

Brian Scott Moudy

Amy Wai-Yee Ip

Kitty L Leung

Richard Michael Eames

Jeroen Van Turennout

Henry Setiawan

Diego E Rejtman

Muneer Mirza

Nicolas Duchastel De Montrouge

Darren H Louie

Eric Norman Badger

Yunnan Wu

David Michael Miller

Timothy David Sharpe

David C Steere

John R Selbie

Eric Lawrence Matteson

Stacia Scott

Raghuveer Simha

Duoc Nguyen

Leah Pearlman

Tom Kleinpeter

Ram Aringunrum

Ahmed Azmy Hassan

Marcella CS Rader

Methods for establishing simultaneous connections on a plurality of communication devices associated with a user implemented on an instant messaging program by issuing ring tones, audible notifications, or visual indications to the plurality of communication devices and constructing a state diagram for sending the ring tones, the audible notifications, or the visual indications to the plurality of communication devices.

Initiating multiple connections from multiple communication devices

Various technologies pertaining to instant messaging are described herein. A persistent instant messaging group is created, wherein the persistent instant messaging group comprises a plurality of members and persists over a plurality of instant messaging sessions. Instances of an instant messaging application are installed on mobile telephones, and the instant messaging application is used to transmit instant messages between members of the persistent instant messaging group. Messages directed towards offline members of the persistent instant messaging group are transmitted to such members when they come online.

Persisting a group in an instant messaging application

Functionality is described for collecting data from a presence-based system, such as an instant messaging system. The functionality can extract information from the collected data based on one or more rules. For instance, the functionality can identify presence data and/or message data that includes predetermined key words. The functionality can formulate result information based on the extracted information for presentation to a recipient.

Processing data obtained from a presence-based system

Methods, computer-readable storage media, and systems for establishing multiple simultaneous connections on an instant messaging program to enhance the user experience. The user receives notifications of request to communicate, an email, or an alert on communication devices. By choosing which communication device to respond on, that particular communication device becomes active, continuing the communication to transmit to and receive from on that communication device. The process also includes mirroring the communication on the other communication devices that are alive (connected) and non-mobile. Furthermore, the other communication devices are kept alive to allow the user to switch from one communication device to another during communication.

User experience for multiple simultaneous connections on an instant messaging program

Content synchronization in a file sharing environment is described. A node in a circle share maintains a version vector that represents that node's knowledge of file synchronization events. Version vector data may be transmitted between nodes of the circle share via a presence service in the form of short notification messages. The version vector data is compared to identify one or more nodes to be synchronized. A resource-aware overlay representing the circle share is computed, and is used to initiate communication to determine which of the available nodes with which to synchronize will provide the most synchronization value to other nodes in the circle share.

Content synchronization in a file sharing environment

Functionality is described for collecting data from a presence-based system, such as an instant messaging system. The functionality can extract information from the collected data based on one or more rules. For instance, the functionality can identify presence data and/or message data that includes predetermined key words. The functionality can formulate result information based on the extracted information for presentation to a recipient. Based on these operations, the collected data supports a data-mining operation, as well as the traditional role of facilitating communication among the participants of the presence-based system. The result information can correspond to a report that presents aggregated findings, optionally organized into one or more demographic categories, or the result information can correspond to an advertisement, etc.

A system described herein includes a receiver component that receives a request to create a persistent messaging group for an instant messaging application, wherein the request includes an indication of one or more entities that are desired to be members of the persistent messaging group. The system further includes a group creator component that creates the persistent messaging group based at least in part upon the received group creation request, wherein the persistent messaging group is persisted over multiple instant messaging sessions.

Asynchronous voice messaging is employed to enable individuals to send voice clips back and forth over a network. In at least some embodiments, the voice clips reside in the form of discrete, manageable objects that can be easily managed by the user. In addition, some embodiments described provide hand-free/eyes-free functionality that can permit a user to create and send (or receive and play) a voice message without having to physically enter an intended recipient's address or otherwise digitally manipulate the device over which the message is sent or received.

Asynchronous discrete manageable instant voice messages

Multi-participant online activities are described. In one or more implementations, a protocol is described which ties an online activity (e.g., an online game) to an instant messaging infrastructure. For example, an online game may leverage the instant messaging infrastructure to form rosters of participants for participation in the online game, Once the roster is formed, the instant messaging infrastructure may further manage the presence of the participants in the online activity, such as which users join and cease participation in the online activity and notify other users of these changes. Further, the state of participation in the online activity may be stored such that the users may continue between sessions.

Multi-participant online activities

Various embodiments can utilize a distributed solution for scheduling connections between peers in a file sharing environment. In accordance with at least some embodiments, individual nodes in a peer-to-peer system include scheduling software that enables the nodes to make scheduling decisions with regard to how, when and where connections are made with other peers. Scheduling decisions can be based on a number of different parameters. In at least some embodiments, a synchronization negotiation manager is embodied with logic that drives the negotiation and scheduling process. This logic is represented by an innovative state machine that is designed to implement the negotiation and synchronization process.

Scheduling connections between peers in a peer-to-peer file sharing environment

Growing community of inventors

Kirkland, WA, United States of America

Alexandra K Heron