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    • 9. 发明申请
    • A DATA PROCESSING SYSTEM AND A METHOD FOR SYNCHRONIZING DATA TRAFFIC
    • 一种数据处理系统和一种同步数据业务的方法
    • WO2006059277A2
    • 2006-06-08
    • PCT/IB2005/053954
    • 2005-11-29
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.GOOSSENS, Kees, G., W.RADULESCU, Andrei
    • GOOSSENS, Kees, G., W.RADULESCU, Andrei
    • H04L12/417G06F15/78H04L12/40032H04L12/4625H04L41/00H04L47/39
    • The invention relates to a data processing system and a method for synchronizing data traffic. The data processing system according to the invention comprises a conversion unit, which conversion unit is arranged to convert a first flow control scheme applied in a first sub-network into a second flow control scheme applied in a second sub- network. The conversion unit may cooperate with or be integrated with another component, for example a component which performs conversion of operating frequency between sub¬ networks (clock-domain crossing). For the correct functioning of flow control it is necessary that separate flow control schemes are used for respectively the first sub-network and the second sub-network. The conversion unit performs a conversion between these schemes. For example, if the flow control schemes are credit-based the conversion unit computes the correct amount of credits for the first flow control scheme, based on the amount of credits available in the second flow control scheme. If necessary, credit conversion is performed. The latter is necessary when the flit sizes are different in the first and second sub-network, for example. The conversion unit translates the credits from the second sub-network (which credits represent a certain amount of data elements) into credits for the first sub-network. The number of credits may be different in respectively the first and second sub-network, for the same amount of data elements.
    • 数据处理系统和用于同步数据业务的方法技术领域本发明涉及用于同步数据业务的数据处理系统和方法。 根据本发明的数据处理系统包括转换单元,该转换单元被布置成将在第一子网络中应用的第一流量控制方案转换为在第二子网络中应用的第二流量控制方案。 转换单元可以与另一个部件协作或者与另一个部件集成,例如执行子操作频率之间转换操作频率的部件。 网络(时钟域交叉)。 为了正确的流量控制功能,必须分别为第一子网络和第二子网络分别使用流量控制方案。 转换单元执行这些方案之间的转换。 例如,如果流量控制方案是基于信用的,则转换单元基于第二流量控制方案中可用的信用量计算第一流量控制方案的正确的信用量。 如有必要,进行信用转换。 例如,当第一和第二子网中的微粒大小不同时,后者是必要的。 转换单元将来自第二子网络(其信用代表一定数量的数据元素)的信用转换为第一子网络的信用。 对于相同数量的数据元素,分别在第一和第二子网络中的积分数量可能不同。