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    • 5. 发明申请
    • Autonomous communication system
    • 自主通信系统
    • US20050190741A1
    • 2005-09-01
    • US10518906
    • 2003-06-12
    • Martin Pettersson
    • Martin Pettersson
    • H04L12/28H04L12/56H04B7/212
    • H04W72/0446H04W84/18
    • The invention relates to communication of data in a time division multiple access system where the data is transmitted wirelessly between station (MS1-MS6; BS1-BS3) in time slots. The time slots are arranged in frames of a repeating frame structure. The stations (MS1-MS6; BS1-BS3) autonomously select time slots for transmission of data according to a self-organizing transmission algorithm, which allows a first station (MS1) to reuse a time slot that is allocated to a second station (MS2-MS6, BS2, BS3). According to the invention an addressed message (MM1Adr) is sent from a first base station (BS1) to a mobile station (MS1). This station transmits am acknowledgement message (AckM1B1) in response to the addressed message (MM1Adr) in order to confirm a safe receipt of the addressed message (MM1Adr). If due to for example a high traffic load, the acknowledgement message (AckM1B1) cannot be received directly by the first base station (BS1), the mobile station (MS1) sends this message (AckM1B1) via a second base station (BS2) to a message handling entity (MHE) in a network (N), which is responsible for the transmission of the addressed message (MM1Adr). The message handling entity (MHE) may either be a separate node in the network (N) or be included in the first station (BS1). Thanks to the proposed solution, unnecessary repeated transmissions of the addressed message (MM1Adr) can be avoided, and consequently valuable wireless bandwidth be saved.
    • 本发明涉及在时分多址系统中数据的通信,其中数据在时隙中在站(MS 1 -MS 6; BS 1 -BS 3)之间无线地发送。 时隙以重复帧结构的帧布置。 站(MS 1 -MS 6; BS 1 -BS 3)根据自组织传输算法自主选择用于传输数据的时隙,这允许第一站(MS 1)重用分配给 第二站(MS 2 -MS 6,BS 2,BS 3)。 根据本发明,从第一基站(BS 1)向移动台(MS 1)发送一个寻址消息(M SUB MAD)。 响应于所寻址的消息(M M1 Adr ),该站发送确认消息(Ack M1 B1 以确认所寻址的消息的安全接收(M< M1>< Adr>)。 如果由于例如高业务负载,则确认消息(Ack M1 B1>)不能被第一基站(BS 1)直接接收,移动站 MS 1)经由第二基站(BS 2)向网络(N)中的消息处理实体(MHE)发送该消息(Ack M1 B1 ),其中 负责传送寻址的消息(M< M1>< SUB>>>)。 消息处理实体(MHE)可以是网络(N)中的单独节点,也可以包括在第一站(BS 1)中。 由于所提出的解决方案,可以避免所寻址的消息(M< M1>> Adr<>)的不必要的重复发送,因此节省了有价值的无线带宽。
    • 8. 发明申请
    • Viewpoint Navigation
    • 观点导航
    • US20120057002A1
    • 2012-03-08
    • US13182507
    • 2011-07-14
    • Beatriz Grafulla-GonzalezMartin Pettersson
    • Beatriz Grafulla-GonzalezMartin Pettersson
    • H04N13/04H04N9/80
    • H04N21/4325H04N5/228H04N13/158H04N19/597
    • Viewer interaction herein triggers switching from a first view point to a second view point and thereby controls presentation of video sequences. Each video sequence comprises a sequence of images of one and the same subject and is associated with a respective view point. Images are obtained from a first video sequence associated with a first view point and are provided for presentation. Viewer input information is received that indicates a desire to present a second view point. In response, a start position within a second video sequence associated with the second view point is determined, and the obtaining of images from the first video sequence is discontinued as of the determined start position. Images are then obtained from the second video sequence associated with the second view point, starting from the determined start position, and are then provided for presentation.
    • 这里的观看者交互触发从第一视点切换到第二视点,从而控制视频序列的呈现。 每个视频序列包括一个并且相同被摄体的一系列图像,并且与相应的视点相关联。 从与第一视点相关联的第一视频序列获得图像,并且被提供用于呈现。 接收到指示呈现第二视点的愿望的观看者输入信息。 作为响应,确定与第二视点相关联的第二视频序列内的开始位置,并且从确定的开始位置开始从第一视频序列获取图像。 然后从确定的开始位置开始,从与第二视点相关联的第二视频序列获得图像,然后提供用于呈现。