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    • 1. 发明授权
    • Automatic positioning of videoconference camera to presenter at presentation device
    • 视频会议摄像机自动定位在演示设备上的演示者
    • US09473740B2
    • 2016-10-18
    • US13659028
    • 2012-10-24
    • Stephen P. SchaeferAlain Nimri
    • Stephen P. SchaeferAlain Nimri
    • H04N7/14H04N7/15H04N5/232
    • H04N7/15H04N5/232H04N7/147
    • In a system and method of conducting a videoconference, a videoconferencing unit detects an activation related to a presentation device at a near-end of the videoconference. The unit stores a current orientation of at least one camera and directs the at least one camera at the presentation device. At this point, the unit begins outputting to a far-end at least one of (i) video captured of the presentation device with the at least one directed camera and (ii) content displayed with the presentation device. At some point, the unit detects a deactivation related to the presentation device at the near-end and then redirects the at least one camera to the stored orientation so the videoconference can proceed as before.
    • 在进行视频会议的系统和方法中,视频会议单元在视频会议的近端检测与呈现设备相关的激活。 该单元存储至少一个照相机的当前方向,并将该至少一个照相机引导到呈现装置。 在这一点上,该单元开始向远端输出至少一个(i)使用该至少一个有向摄像机拍摄的呈现设备的视频,以及(ii)与呈现设备一起显示的内容。 在某一点上,该单元检测在近端与呈现设备相关的去激活,然后将至少一个摄像机重定向到所存储的方向,使得视频会议可以如前所述进行。
    • 2. 发明申请
    • System and Method for Exchanging Connection Information for Videoconferencing Units Using E-mails
    • 使用电子邮件交换视频会议单元的连接信息的系统和方法
    • US20100070598A1
    • 2010-03-18
    • US12556768
    • 2009-09-10
    • Alain Nimri
    • Alain Nimri
    • G06F15/16H04N7/14
    • H04L12/1818G06Q10/107H04L51/00H04L65/403H04N7/14
    • A videoconferencing system includes a first videoconferencing unit coupled to a network and associated with a first e-mail address. The first videoconferencing unit receives a second e-mail address and automatically sends a request e-mail requesting connection information to the second e-mail address. A second videoconferencing unit is coupled to the network and is associated with the second e-mail address. The second videoconferencing unit receives the request e-mail and automatically returns a response e-mail including connection information to the first e-mail address. The first videoconferencing unit receives the response e-mail and automatically obtains the connection information from the response e-mail. Using the connection information, the first videoconferencing unit initiates a videoconference call with the second videoconference unit.
    • 视频会议系统包括耦合到网络并与第一电子邮件地址相关联的第一视频会议单元。 第一视频会议单元接收第二电子邮件地址,并自动发送请求电子邮件请求连接信息到第二电子邮件地址。 第二视频会议单元耦合到网络并与第二电子邮件地址相关联。 第二视频会议单元接收请求电子邮件,并自动地将包括连接信息的响应电子邮件返回给第一电子邮件地址。 第一个视频会议单元接收响应电子邮件并自动从响应电子邮件获取连接信息。 使用连接信息,第一视频会议单元发起与第二视频会议单元的视频会议呼叫。
    • 3. 发明申请
    • ULTRASONIC CAMERA TRACKING SYSTEM AND ASSOCIATED METHODS
    • 超声相机追踪系统及相关方法
    • US20080095401A1
    • 2008-04-24
    • US11872303
    • 2007-10-15
    • Youssef SalehPeter ChuJinwei FengAlain Nimri
    • Youssef SalehPeter ChuJinwei FengAlain Nimri
    • G06K9/00
    • G01S5/22G01S3/808H04N7/15
    • A camera tracking system includes a controllable camera, an array of microphones, and a controller. The microphones are positioned adjacent the controllable camera and are at least responsive to ultrasound emitted from a source. The microphones may additionally be capable of responding to sound in the audible spectrum. The controller receives ultrasound signals communicated from the microphones in response to ultrasound emitted from the source and processes the ultrasound signals to determine an at least approximate location of the source. Then, the controller sends one or more command signals to the controllable camera to direct at least approximately at the determined location of the source. The camera tracking system tracks the source as it moves and continues to emit ultrasound. The source can be an emitter pack having one or more ultrasonic transducers that produce tones that sweep form about 24-kHz to about 40-kHz.
    • 相机跟踪系统包括可控相机,麦克风阵列和控制器。 麦克风位于可控照相机附近,并且至少响应于从源发出的超声波。 麦克风可以另外能够响应可听频谱中的声音。 控制器响应于从源发射的超声波接收从麦克风传送的超声信号,并处理超声信号以确定源的至少近似位置。 然后,控制器将一个或多个命令信号发送到可控照相机,以至少大致指向源的确定位置。 相机跟踪系统在移动时跟踪源,并继续发射超声波。 源可以是具有一个或多个超声波换能器的发射器组,其产生大约24kHz至大约40kHz的扫描的音调。