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    • 2. 发明申请
    • Method for approval of time-dependent stream in residential Ethernet system
    • 在住宅以太网系统中批准时间依赖流的方法
    • US20070041406A1
    • 2007-02-22
    • US11506135
    • 2006-08-17
    • Sihai WangSang-Ho KimYoung-Hun JooJae-Hun ChoYun-Je OhFei-Fei Feng
    • Sihai WangSang-Ho KimYoung-Hun JooJae-Hun ChoYun-Je OhFei-Fei Feng
    • H04J3/06
    • H04L12/66
    • Disclosed is a method for approval of a time-dependent stream input to a predetermined node in a residential Ethernet system, the method including the steps of receiving a transmission request of the time-dependent stream by the predetermined node, extracting a pacing parameter and a cycle number, which are a delay value of the predetermined node and a transmission period of the time-dependent stream, respectively, from the transmission-requested time-dependent stream, calculating a transmission bandwidth of an entire time-dependent stream to be transmitted through the predetermined node, by taking into consideration the pacing parameter and the cycle number, determining if the transmission bandwidth, which includes the transmission-requested time-dependent stream, satisfies a total transmission bandwidth based on the pacing parameter and the cycle number and determining whether to approve the transmission-requested time-dependent stream.
    • 公开了一种用于批准在住宅以太网系统中的预定节点输入时间的流的方法,所述方法包括以下步骤:接收预定节点对时间相关流的传输请求,提取起搏参数和 周期数,分别是来自发送请求的时间相关流的预定节点的延迟值和时间相关流的发送周期,计算要通过的整个时间依赖流的传输带宽 通过考虑起搏参数和周期数,确定包括发送请求的时间相关流的传输带宽是否基于起搏参数和周期数满足总传输带宽,并确定是否 以批准传输请求的时间依赖流。
    • 8. 发明申请
    • Residential ethernet node apparatus for maintaining starting point of superframe and method for processing same
    • 用于维护超帧起点的住宅以太网节点设备及其处理方法
    • US20060274754A1
    • 2006-12-07
    • US11444786
    • 2006-06-01
    • Jae-Hun ChoSang-Ho KimYun-Je OhJong-Ho YoonHan-Kyun Jung
    • Jae-Hun ChoSang-Ho KimYun-Je OhJong-Ho YoonHan-Kyun Jung
    • H04L12/56H04J3/06
    • H04L12/52H04L49/351
    • Disclosed is a Residential Ethernet node apparatus for maintaining a starting point of a superframe, the Residential Ethernet node apparatus comprising a synchronous queue for receiving and temporarily storing synchronous data, in order to transmit the synchronous data by inserting the synchronous data into a transmission cycle, a parser for receiving asynchronous frames from at least one exterior source, parsing the asynchronous frames according to characteristics of the asynchronous frames, a plurality of the asynchronous queues for separately storing the asynchronous frames received from the parser according to the characteristics of the asynchronous frames, a scheduler for receiving the asynchronous frames from the asynchronous queues, and transmitting the received asynchronous frame when it is possible to transmit the received asynchronous frame, and a multiplexer, which receives a synchronous frame from the synchronous queue and an asynchronous frame from the scheduler so as to transmit the synchronous frame and asynchronous frame in a form of a transmission cycle while maintaining a starting point of a superframe.
    • 公开了一种用于维护超帧起始点的住宅以太网节点设备,该住宅以太网节点设备包括用于接收和临时存储同步数据的同步队列,以便通过将同步数据插入传输周期来发送同步数据, 用于从至少一个外部源接收异步帧的解析器,根据所述异步帧的特征来解析异步帧;多个异步队列,用于根据异步帧的特性分别存储从解析器接收到的异步帧; 调度器,用于从异步队列接收异步帧,并且当可以发送接收到的异步帧时发送接收到的异步帧;多路复用器,其从同步队列接收同步帧,并从调度器接收异步帧 至于t 以传输周期的形式发送同步帧和异步帧,同时保持超帧的起始点。
    • 9. 发明申请
    • Asynchronous frame transmission method for strictly ensuring beginning of super frame in residential ethernet
    • 用于严格确保住宅以太网超帧启动的异步帧传输方法
    • US20060230147A1
    • 2006-10-12
    • US11399867
    • 2006-04-07
    • Jae-Hun ChoJong-Ho YoonSang-Ho KimYun-Je OhJun-Ho KohHee-Kyung Choi
    • Jae-Hun ChoJong-Ho YoonSang-Ho KimYun-Je OhJun-Ho KohHee-Kyung Choi
    • G06F15/173
    • H04L12/66
    • A method for transmitting asynchronous data includes including: comparing a size of asynchronous data with that of an empty transmission area; inserting the asynchronous data into the empty transmission area when the asynchronous data has a size smaller than or equal to that of the empty transmission area; determining if the empty transmission area has a size larger than a predetermined threshold value when the asynchronous data has a size larger than that of the empty transmission area; transmitting the asynchronous data with the empty transmission area left when the empty transmission area has a size smaller than the predetermined threshold value; and segmenting the asynchronous data according to the size of the empty transmission area when the empty transmission area has a size larger than the predetermined threshold value, inserting the segmented asynchronous data into the empty transmission area, and transmitting remaining segmented asynchronous data in a subsequent transmission cycle.
    • 用于发送异步数据的方法包括:将异步数据的大小与空的传输区域的大小进行比较; 当异步数据的大小小于或等于空传输区域的大小时,将异步数据插入空传输区域; 当所述异步数据的尺寸大于所述空的传输区域的大小时,确定所述空的传输区域是否具有大于预定阈值的大小; 当所述空传输区域具有小于所述预定阈值的大小时,向所述空传输区域发送所述异步数据; 并且当所述空传输区域具有大于所述预定阈值的大小时,根据所述空传输区域的大小来分割所述异步数据,将所述分段的异步数据插入所述空传输区域,以及在随后的传输中发送剩余的分段异步数据 周期。
    • 10. 发明授权
    • Residential ethernet node apparatus for maintaining starting point of superframe and method for processing same
    • 用于维护超帧起点的住宅以太网节点设备及其处理方法
    • US07701979B2
    • 2010-04-20
    • US11444786
    • 2006-06-01
    • Jae-Hun ChoSang-Ho KimYun-Je OhJong-Ho YoonHan-Kyun Jung
    • Jae-Hun ChoSang-Ho KimYun-Je OhJong-Ho YoonHan-Kyun Jung
    • H04J3/06
    • H04L12/52H04L49/351
    • Disclosed is a Residential Ethernet node apparatus for maintaining a starting point of a superframe, the Residential Ethernet node apparatus comprising a synchronous queue for receiving and temporarily storing synchronous data, in order to transmit the synchronous data by inserting the synchronous data into a transmission cycle, a parser for receiving asynchronous frames from at least one exterior source, parsing the asynchronous frames according to characteristics of the asynchronous frames, a plurality of the asynchronous queues for separately storing the asynchronous frames received from the parser according to the characteristics of the asynchronous frames, a scheduler for receiving the asynchronous frames from the asynchronous queues, and transmitting the received asynchronous frame when it is possible to transmit the received asynchronous frame, and a multiplexer, which receives a synchronous frame from the synchronous queue and an asynchronous frame from the scheduler so as to transmit the synchronous frame and asynchronous frame in a form of a transmission cycle while maintaining a starting point of a superframe.
    • 公开了一种用于维护超帧起始点的住宅以太网节点设备,该住宅以太网节点设备包括用于接收和临时存储同步数据的同步队列,以便通过将同步数据插入传输周期来发送同步数据, 用于从至少一个外部源接收异步帧的解析器,根据所述异步帧的特征来解析异步帧;多个异步队列,用于根据异步帧的特性分别存储从解析器接收到的异步帧; 调度器,用于从异步队列接收异步帧,并且当可以发送接收到的异步帧时发送接收到的异步帧;多路复用器,其从同步队列接收同步帧,并从调度器接收异步帧 至于t 以传输周期的形式发送同步帧和异步帧,同时保持超帧的起始点。