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    • 1. 发明申请
    • ENERGY EFFICIENT INTER-SUBSYSTEM COMMUNICATION
    • 能源高效的子系统通信
    • US20110179421A1
    • 2011-07-21
    • US13063982
    • 2009-09-10
    • Harald GustafssonBjörn Strandmark
    • Harald GustafssonBjörn Strandmark
    • G06F9/46
    • H04L12/12G06F1/3203G06F1/3215H04L12/403H04L47/564H04L47/6255Y02D50/40
    • Control of communication in a data communication system of at least two subsystems is presented. Scheduling transfer of data is performed from a transmitting subsystem to a receiving subsystem. The scheduling comprises determining at least one of a plurality of transfer conditions including a level of activity of each subsystem, a point in time when each subsystem is scheduled to be active, a time limit for receiving data, in the receiving subsystem, an amount of data the receiving subsystem need, and a maximum amount of outstanding data in transfer between said subsystem. In dependence on at least the determined transferring conditions is transferring of data from the transmitting subsystem to the receiving subsystem, the transfer being subject to a delay that depends on the determined at least one transfer condition.
    • 介绍了至少两个子系统在数据通信系统中的通信控制。 从发送子系统到接收子系统执行数据的调度传输。 调度包括确定多个传输条件中的至少一个,包括每个子系统的活动级别,每个子系统被调度为活动的时间点,在接收子系统中接收数据的时间限制, 接收子系统需要的数据,以及所述子系统之间传输的最大数量的未完成数据。 至少所确定的转移条件依赖于将数据从发送子系统传送到接收子系统,该转移经受取决于所确定的至少一个转移条件的延迟。