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    • 1. 发明授权
    • Load balancing method and apparatus in symmetric multi-processor system
    • 对称多处理器系统中的负载平衡方法和装置
    • US08875151B2
    • 2014-10-28
    • US11976759
    • 2007-10-26
    • Gyu-sang ChoiChae-seok ImSi-hwa Lee
    • Gyu-sang ChoiChae-seok ImSi-hwa Lee
    • G06F9/46G06F9/50
    • G06F9/5088
    • Provided are a load balancing method and a load balancing apparatus in a symmetric multi-processor system. The load balancing method includes selecting at least two processors based on a load between a plurality of processors, from among the plurality of processors, migrating a predetermined task stored in a run queue of a first processor to a migration queue of a second processor, and migrating the predetermined task stored in the migration queue of the second processor to a run queue of the second processor. Accordingly, a run queue of a processor is not blocked while migrating a task, an immediate response of the run queue is possible, and a waiting time of a scheduler is reduced. Consequently, the scheduler can speedily perform context switching, and thus performance of the entire operating system is improved.
    • 提供了一种对称多处理器系统中的负载平衡方法和负载平衡装置。 所述负载平衡方法包括基于所述多个处理器之间的负载选择至少两个处理器,所述多个处理器之中将存储在第一处理器的运行队列中的预定任务迁移到第二处理器的迁移队列,以及 将存储在第二处理器的迁移队列中的预定任务迁移到第二处理器的运行队列。 因此,处理器的运行队列在迁移任务时不被阻塞,所以运行队列的即时响应是可能的,并且减少了调度器的等待时间。 因此,调度器可以快速执行上下文切换,从而提高整个操作系统的性能。
    • 4. 发明申请
    • Load balancing method and apparatus in symmetric multi-processor system
    • 对称多处理器系统中的负载平衡方法和装置
    • US20090019449A1
    • 2009-01-15
    • US11976759
    • 2007-10-26
    • Gyu-sang ChoiChae-seok ImSi-hwa Lee
    • Gyu-sang ChoiChae-seok ImSi-hwa Lee
    • G06F9/46
    • G06F9/5088
    • Provided are a load balancing method and a load balancing apparatus in a symmetric multi-processor system. The load balancing method includes selecting at least two processors based on a load between a plurality of processors, from among the plurality of processors, migrating a predetermined task stored in a run queue of a first processor to a migration queue of a second processor, and migrating the predetermined task stored in the migration queue of the second processor to a run queue of the second processor. Accordingly, a run queue of a processor is not blocked while migrating a task, an immediate response of the run queue is possible, and a waiting time of a scheduler is reduced. Consequently, the scheduler can speedily perform context switching, and thus performance of the entire operating system is improved.
    • 提供了一种对称多处理器系统中的负载平衡方法和负载平衡装置。 所述负载平衡方法包括基于所述多个处理器之间的负载选择至少两个处理器,所述多个处理器之中将存储在第一处理器的运行队列中的预定任务迁移到第二处理器的迁移队列,以及 将存储在第二处理器的迁移队列中的预定任务迁移到第二处理器的运行队列。 因此,处理器的运行队列在迁移任务时不被阻塞,所以运行队列的即时响应是可能的,并且减少了调度器的等待时间。 因此,调度器可以快速执行上下文切换,从而提高整个操作系统的性能。
    • 7. 发明申请
    • Context switching method, medium, and system for reconfigurable processors
    • 可重构处理器的上下文切换方法,介质和系统
    • US20080133899A1
    • 2008-06-05
    • US11987662
    • 2007-12-03
    • Jung-keun ParkGyu-sang ChoiChae-seok ImChang-woo Baek
    • Jung-keun ParkGyu-sang ChoiChae-seok ImChang-woo Baek
    • G06F9/318
    • G06F15/7867
    • A context switching method, medium, and system with a reconfigurable processor. The context switching system include a reconfigurable processor reconfiguring a program according to reconfiguration information and executing the reconfigured program, a central processing unit outputting a load command for sequentially loading reconfiguration information required for a plurality of tasks, in order to control the plurality of tasks, a reconfiguration information selecting unit selecting reconfiguration information for context switching, a reconfiguration information loading unit receiving the load command from the central processing unit, and loading reconfiguration information corresponding to the load command from a memory, and a plurality of reconfiguration information storage units storing the reconfiguration information loaded by the reconfiguration information loading unit. Accordingly, by pre-loading reconfiguration information which is required many times while context switching is performed, it is possible to quickly perform context switching and perform multitasking with a small overhead.
    • 具有可重构处理器的上下文切换方法,介质和系统。 所述上下文切换系统包括可重构处理器,根据重新配置信息重新配置程序并执行重新配置的程序;中央处理单元,输出用于顺序加载多个任务所需的重新配置信息的加载命令,以便控制多个任务, 重新配置信息选择单元,选择用于上下文切换的重新配置信息,重新配置信息加载单元,从中央处理单元接收加载命令,以及从存储器加载与加载命令对应的重配置信息;以及多个重配置信息存储单元, 由重新配置信息加载单元加载的重新配置信息。 因此,通过在执行上下文切换时预先加载需要多次的重新配置信息,可以快速执行上下文切换并以小的开销执行多任务。