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    • 4. 发明申请
    • NAVIGATIONAL SOUNDSCAPING
    • 导航SOUNDSCAPING
    • US20150160022A1
    • 2015-06-11
    • US14623388
    • 2015-02-16
    • QUALCOMM Incorporated
    • Pei Xiang
    • G01C21/26
    • G01C21/26G01C21/00G01C21/3629G01C21/3679H04R5/023H04R2499/13H04S7/302H04S2400/11H04S2420/01
    • A vehicle includes a positioning system configured to determine a position. The vehicle includes a memory configured to store information associated with one or more landmarks. The information includes an audio icon associated with a landmark, and the landmark is located at a landmark location. The vehicle includes a processor configured to retrieve the audio icon based on the position and to render an audio signal based on the audio icon into a three-dimensional audio space within the vehicle. The vehicle further includes two or more transducers configured to output a spatial auditory sound in the three-dimensional audio space based on the audio signal. The spatial auditory sound enables perception of the landmark location relative to a location within the vehicle.
    • 车辆包括被配置为确定位置的定位系统。 车辆包括被配置为存储与一个或多个地标相关联的信息的存储器。 信息包括与地标相关联的音频图标,并且地标位于地标位置。 车辆包括处理器,其被配置为基于该位置检索音频图标,并且基于该音频图标将音频信号呈现到车辆内的三维音频空间中。 车辆还包括两个或更多个换能器,其配置成基于音频信号在三维音频空间中输出空间听觉声音。 空间听觉声音使得相对于车辆内的位置的地标位置的感知。
    • 5. 发明申请
    • ULTRASOUND MESH LOCALIZATION FOR INTERACTIVE SYSTEMS
    • 用于交互系统的超声网络本地化
    • US20140269212A1
    • 2014-09-18
    • US13842295
    • 2013-03-15
    • QUALCOMM INCORPORATED
    • Pei XiangKwokleung Chan
    • G08C23/02
    • G08C23/02G01S3/803G01S5/24G01S5/30
    • In general, techniques are described for locating a user using an ultrasound mesh. The techniques may be performed by an interactive system comprising one or more processors. The processors may be configured to determine an amplitude of a first ultrasound signal emitted by one or more transducers and received by a microphone. This first ultrasound signal may be of a first frequency. The processors may then determine an amplitude of a second ultrasound signal emitted by the one or more transducers and received by the microphone. The second ultrasound signal may be of a second frequency different from the first frequency. The processors may be further configured to determine a location of the microphone relative to the one or more transducers based at least on the determined amplitude of the first ultrasound signal and the determined amplitude of the second ultrasound signal.
    • 通常,描述了使用超声波网格定位用户的技术。 这些技术可以由包括一个或多个处理器的交互式系统来执行。 处理器可以被配置为确定由一个或多个换能器发射并由麦克风接收的第一超声信号的幅度。 该第一超声信号可以是第一频率。 处理器然后可以确定由一个或多个换能器发射并由麦克风接收的第二超声信号的幅度。 第二超声信号可以是与第一频率不同的第二频率。 处理器还可以被配置为至少基于所确定的第一超声信号的幅度和确定的第二超声信号的幅度来确定麦克风相对于一个或多个换能器的位置。