Abstract: A system and method for a video conferencing system with meeting migration allows a client device to migrate a meeting from a first physical conference room to a second physical conference room. At any point during the meeting, the video conferencing system in the first physical conference room may be paused and the current state of the video conferencing system may be saved. The meeting may then be migrated to a second physical conference room. The contents of the shared display and other elements of the video conference are saved and restarted in the second physical conference room.

Abstract: A system and method for a video conferencing system with meeting migration allows a client device to host a video conference meeting while connected to a video conferencing system in a first conference room. At any point during the meeting, the video conference may be paused and the current state of the video conference in a first conference room may be saved. The video conference meeting may then be migrated to a second conference room without having to restart the video conference. Client devices that have connected to the video conferencing system as well as client devices that have joined the video conference, the contents of the shared display, and other elements of the video conference are saved and restarted in the second conference room.

Abstract: A system and method for a video conferencing system with meeting migration allows a client device to host a video conference meeting while connected to a video conferencing system in a first conference room. At any point during the meeting, the video conference may be paused and the current state of the video conference in a first conference room may be saved. The video conference meeting may then be migrated to a second conference room without having to restart the video conference. Client devices that have connected to the video conferencing system as well as client devices that have joined the video conference, the contents of the shared display, and other elements of the video conference are saved and restarted in the second conference room.

Abstract: A collaborative system and method with video routing and screen sharing includes a plurality of shared displays connected to user computing devices. Content may be shared between users on a single shared display. Additionally, content may be shared between shared displays of different groups and/or a shared display visible to everyone in the room. Connections between computing devices and shared displays may be reconfigured quickly and easily by a teacher or facilitator from a variety of computing devices in a classroom to encourage cross-team comparisons, presentations and sharing using a simple graphical user interface. Embodiments disclosed herein may be used in classroom, business or any organization to facilitate a collaborative working environment.

Abstract: A bridging video conference room system and method provides for using a client device to leverage the conference room infrastructure to hold a video conference with remote users. A user may indicate an intent to host a video conference to a room-host device, which may then detect and parse a calendar invitation to cause the video conference software to launch on the user's client device as a host of the meeting. Other client devices may share content to the video conference by sharing to the bridging video conference room system without joining the video conference separately.

Abstract: Systems and methods use a mobile device to position an annotation of displayed content on a shared display coupled with a host device. Sensor data, such as gyroscope and accelerometer data, from the mobile device may be transmitted to the host device and used to generate the annotation. The sensor data may be preprocessed to smooth and fit the data to a parametric curve or shape prior to or after display on the shared display. The user of the mobile device may interact with the mobile device to further start and stop the annotation, as well as denote to animate the annotation.

Abstract: Systems and methods use a mobile device to position an annotation of displayed content on a shared display coupled with a host device. Sensor data, such as gyroscope and accelerometer data, from the mobile device may be transmitted to the host device and used to generate the annotation. The sensor data may be preprocessed to smooth and fit the data to a parametric curve or shape prior to or after display on the shared display. The user of the mobile device may interact with the mobile device to further start and stop the annotation, as well as denote to animate the annotation.

Abstract: Systems and methods use a mobile device to position an annotation of displayed content on a shared display coupled with a host device. Sensor data, such as gyroscope and accelerometer data, from the mobile device may be transmitted to the host device and used to generate the annotation. The sensor data may be preprocessed to smooth and fit the data to a parametric curve or shape prior to or after display on the shared display. The user of the mobile device may interact with the mobile device to further start and stop the annotation, as well as denote to animate the annotation.

Abstract: Systems and methods use a mobile device to position an annotation of displayed content on a shared display coupled with a host device. Sensor data, such as gyroscope and accelerometer data, from the mobile device may be transmitted to the host device and used to generate the annotation. The sensor data may be preprocessed to smooth and fit the data to a parametric curve or shape prior to or after display on the shared display. The user of the mobile device may interact with the mobile device to further start and stop the annotation, as well as denote to animate the annotation.