Microsoft Technology Licensing, LLC

Kapil Sharma

Avronil Bhattacharjee

Warren Vincent Barkley

Wajih Yahyaoui

Pulin Thakkar

Quinn Hawkins

Pascal Francis Menezes

Adam Clyde Eversole

Bo Qin

Samer Fouad Sawaya

Stella Yick Chan

Noor-E-Gagan Singh

Andrew Ash

Lei Tan

Stuti Jain

Alan L Bridgewater

Sumeet Bawa

Natasha Desai

Donna Shaw

Ananta Gudipaty

Imad Yanni

Joseph Arthur Williams

Noor E-Gagan Singh

Adam Eversole

Online meeting experience is integrated with online and/or offline collaborative workspace(s). Documents and other content generated through team collaboration and managed by a content management system are automatically made available during the meeting, updated, and stored in collaborative workspace linked to a particular meeting. Newly generated content during the meeting is also added to the workspace. As a result, online meetings become part of the collaborative workspace rendering reusable and searchable data through meeting content and updates to associated documents.

Integrated real time collaboration experiences with online workspace

A primary call admission controller (CAC) system receives a request from a client to allocate a network resource such as a network bandwidth. The primary CAC system may determine subordinate CAC to delegate the allocation and transfer the request to the subordinate CAC. Subsequently, the subordinate CAC analyzes the communication session attributes to determine an available network resource for the communication session. Upon a positive determination, the subordinate CAC allocates the network resource and signals the allocation up the network chain to the primary CAC and the client.

Dynamically allocating network resources for communication session

Concepts and technologies are described herein for processing queries from a user's computing device initiating a query. In one embodiment, responding to the query involves searching for results based on the user's location and a list of federated enterprises. A clearinghouse server receives the query and determine a location of the user by accessing a location information database. The clearinghouse server then uses the location information in formulating a query to a search engine, by including location information with the user's query. The results are then processed in light of the list of federated enterprises. The processing may include ordering the search results, filtering the search results, or allowing enhanced forms of communications between the user and a selected party associated with the federated enterprise. The results are provided to the user. The enhanced forms of communication include instant messaging and video conferencing.

Location based clearinghouse search

Unified Communication and Collaboration (UC&C) systems are enabled to dynamically enlighten a set of network elements (NEs) and/or network infrastructure with application awareness so that an accurate set of rules or actions can be applied for a given session without needing to lookup the payload of every packet or applying a somewhat ineffective expensive heuristic mechanisms. Taking advantage of typically longer communication session durations and separate control and media planes, a UC&C control point programs a set of NEs for a given UC&C media flow within a scalable and timely manner. Quality of Service (QoS), security, monitoring, and similar functionality may also be programmed into the NEs through the UC&C control point.

Unified communication aware networks

Techniques to manage a whiteboard for multimedia conference events are described. An apparatus may comprise a whiteboard manager component operative to manage whiteboard recording, image processing and reproduction operations for a multimedia conference event. The whiteboard manager component may comprise an image quantizer module operative to receive an image of a writing surface with pen strokes, and quantize each pixel of the image into a predetermined number of colors, an attribute extractor module communicatively coupled to the image quantizer module, the image quantizer module operative to extract stroke attribute information for the pen strokes from the quantized pixels, and a whiteboard interface module communicatively coupled to the attribute extractor module, the whiteboard interface module operative to send the stroke attribute information to a meeting console for rendering as digital pen strokes on a digital writing surface. Other embodiments are described and claimed.

Techniques to manage a whiteboard for multimedia conference events

Techniques to manage communications resources for a multimedia conference event are described. An apparatus may comprise an audio management component operative to manage multiple audio connections for a multimedia conference event. The audio management component may comprise an audio monitor module communicatively coupled to an audio message module. The audio monitor module may be operative to monitor multiple audio connections for the multimedia conference event, and determine at least one audio quality parameter for an audio connection is lower than a defined threshold value to form an audio quality warning state. The audio message module may be operative to generate an operator message with the audio quality warning state and one or more options to improve audio quality for the audio connection. Other embodiments are described and claimed.

Techniques to manage communications resources for a multimedia conference event

The present panoramic video technique embodied in the unified client provides panoramic video and other data from various sources for live web-based conferencing applications. In one embodiment, the panoramic video is provided by a panoramic collaboration and communication device, termed a RoundTable Device (RTD). The RTD is a collaboration tool with a 360-degree camera and a microphone or microphone array that, together with the unified client, delivers an immersive conferencing experience that extends the meeting room across multiple locations. This enables live network meeting scenarios that were not possible before.

Panoramic video in a live meeting client

Techniques to automatically manage overlapping objects are described. An apparatus may include a context module operative to receive context information for a multimedia event, and determine various context parameters and control parameters for the multimedia event. The apparatus may further comprise a blending module communicatively coupled to the context module, the blending module operative to receive multiple media content streams for multiple media content views for the multimedia event, and blend the media content streams for the multiple media content views based on one or more control parameters to form a blended media content stream. Other embodiments are described and claimed.

Techniques to automatically manage overlapping objects

Techniques to manage a whiteboard for multimedia conference events are described. An apparatus may comprise a whiteboard manager component operative to manage whiteboard recording, image processing and reproduction operations for a multimedia conference event. The whiteboard manager component may comprise an image quantizer module operative to receive an image of a writing surface with pen strokes, and quantize each pixel of the image into a predetermined number of colors, an attribute extractor module communicatively coupled to the image quantizer module, the attribute extractor module operative to extract stroke attribute information for the pen strokes from the quantized pixels, and a whiteboard interface module communicatively coupled to the attribute extractor module, the whiteboard interface module operative to send the stroke attribute information to a meeting console for rendering as digital pen strokes on a digital writing surface. Other embodiments are described and claimed.

Growing community of inventors

Woodinville, WA, United States of America

Kapil Sharma