Abstract:
A method having corresponding apparatus and computer-readable media comprises: receiving a first image, wherein the first image includes a plurality of substantially parallel first stripes, wherein the first image conforms to a virtual display space, wherein the virtual display space comprises a first plurality of first pixel locations; projecting the first image from a projector onto a surface, wherein the projector is described by a projector space comprising a second plurality of second pixel locations; capturing a second image of the first image projected onto the surface, wherein the second image conforms to the virtual display space; detecting edges of the first stripes based on the second image; generating second stripes based upon the edges of the first stripes; and determining a correspondence between each second pixel location and one or more of the first pixel locations based upon the second stripes.
Abstract:
A method having corresponding apparatus and computer-readable media embodying instructions executable by a computer to perform the method comprises: in response to a request to print an image stored on a first website, automatically downloading an image editing pipeline for the image from a second website in response to the request, wherein the image editing pipeline describes one or more image editing operations for the image; automatically downloading the image from the first website; automatically generating an edited image based on the image and the image editing pipeline; and automatically printing the edited image on a printer.
Abstract:
A method and system for providing technical support for networked devices includes a first client component on a networked device having a conferencing application to enable communication exchange with a second client component. A server component is configured to distribute video and audio data streams to the first client component and the second client component in a conference session. A conference channel communication connection is established over which the video and audio data streams are carried between the first client component, the server component, and the second client component, and a back-channel communication connection is established for transmission of diagnostic and status information. A service call is managed by a service center dispatcher, who connects a technician client and a networked device client in a multi-party conference hosted on one of a plurality of load balanced servers.
Abstract:
Computer-readable media, having corresponding methods and apparatus, embodies instructions executable by a first computer to perform a method comprising: executing a first videoconference client application, wherein the first videoconference client application exchanges first audiovisual data with a videoconference server application during a videoconference; sending action commands to a second videoconference client application executing on a second computer, wherein the second videoconference client application exchanges second audiovisual data with the videoconference server application during the videoconference; and wherein the second videoconference client application operates according to the action commands during the videoconference.
Abstract:
A recording system for capturing videoconference session data is provided. The recording system includes a packet intercepting unit configured to identify packets related to the videoconference data being transmitted over a network. The packet intercepting unit is further configured to sort the related packets into corresponding files, wherein each data stream of the videoconference session is associated with one of the corresponding files. A decoder configured to decode data in each of the corresponding files to respective data streams is included, as well as a mixer/composer configured to combine the respective data streams into a single data stream. A recording device configured to record the single data stream onto a storage medium is included. A videoconference system and methods for efficiently recording videoconference data are included.
Abstract:
Apparatus having corresponding methods and computer-readable media comprise an input circuit to receive, from a license management server, a check-in sequence representing a plurality of different check-in times; a processor to execute a software product comprising an application, and a client license management module to add timestamps to a check-in record at the check-in times; and an output circuit to transmit the check-in record to the license management server; wherein the license management server performs a comparison between the check-in record and at least one of the check-in sequence, and an earlier check-in record previously sent by the client license management module to the license management server; and wherein the license management server transmits a violation message to the client license management module when the comparison fails; and wherein the client license management module disables the application based on the violation message.
Abstract:
A communication protocol stack for enabling multimedia communication between communicating devices where multiple port communication data is tunneled through a single TCP port is provided. The communication protocol stack includes, at an application level, the capability to identify whether received communication data is for a communication port. If the received communication data is for the communication port, then the communication protocol stack includes the ability to forward identification data regarding the received communication data to a table in advance of forwarding the received communication data to a driver level of the communication protocol stack. A method, computer readable medium, and a system for tunneling port traffic through a single HTTP port are also provided.
Abstract:
An annotation management system for providing real-time annotations for media content during a videoconference session is provided. The annotation management system includes a media management server configured to manage media data and annotation data for distribution to participants of the videoconference session. A storage server in communication with the media management server is configured to store the media data and the annotation data. An event database in communication with the media management server is configured to capture events associated with the annotation data. A media analysis server is in communication with the media management server, the event database, and the storage server. The media analysis server is configured to associate the stored annotation data with the captured events to enable reconstruction of the videoconference session based on the captured events. A videoconference system, a computer readable medium, a graphical user interface, and a method are also included.
Abstract:
In general, the invention is directed to a patient programmer for an implantable medical device. The patient programmer may include one or more of a variety of features that may enhance performance, support mobility and compactness, or promote patient convenience.
Abstract:
A method of manufacturing an electronic device, in particular but not exclusively a semiconductor device, in which method a substrate (2) is placed inside a process chamber (1) and a surface (3) of the substrate (2) is subjected to an ozone treatment comprising the steps of: providing a liquid onto the surface (3) of the substrate (2) via first supply means, introducing a solution comprising a liquid carrier solvent and ozone gas into the process chamber (1) via second supply means, without bringing about direct contact between the solution and the surface (3) of the substrate (2).