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    • 64. 发明授权
    • Prediction based priority scheduling
    • 基于预测的优先级调度
    • US08185899B2
    • 2012-05-22
    • US11683147
    • 2007-03-07
    • David M. DalyPeter A. FranaszekLuis A. Lastras-Montano
    • David M. DalyPeter A. FranaszekLuis A. Lastras-Montano
    • G06F9/46
    • G06F9/4881
    • Systems and methods are provided that schedule task requests within a computing system based upon the history of task requests. The history of task requests can be represented by a historical log that monitors the receipt of high priority task request submissions over time. This historical log in combination with other user defined scheduling rules is used to schedule the task requests. Task requests in the computer system are maintained in a list that can be divided into a hierarchy of queues differentiated by the level of priority associated with the task requests contained within that queue. The user-defined scheduling rules give scheduling priority to the higher priority task requests, and the historical log is used to predict subsequent submissions of high priority task requests so that lower priority task requests that would interfere with the higher priority task requests will be delayed or will not be scheduled for processing.
    • 提供了系统和方法,其基于任务请求的历史在计算系统内调度任务请求。 任务请求的历史可以由历史日志表示,该日志监视随时间的收到高优先级任务请求提交。 该历史日志与其他用户定义的调度规则相结合用于调度任务请求。 计算机系统中的任务请求被维护在列表中,该列表可以被划分成由包含在该队列内的任务请求所关联的优先级所区分的队列层次。 用户定义的调度规则给予较高优先级任务请求的调度优先级,并且使用历史日志来预测高优先级任务请求的后续提交,使得将干扰较高优先级任务请求的较低优先级任务请求将被延迟或 不会安排进行处理。
    • 65. 发明授权
    • Multi-write coding of non-volatile memories
    • 非易失性存储器的多写编码
    • US08176234B2
    • 2012-05-08
    • US12631470
    • 2009-12-04
    • Michele M. FranceschiniAshish JagmohanLuis A. Lastras-Montano
    • Michele M. FranceschiniAshish JagmohanLuis A. Lastras-Montano
    • G06F12/00
    • G06F12/0246G06F2212/401G11C11/5621G11C16/3418G11C16/349
    • Multi-write coding of non-volatile memories including a method that receives write data, and a write address of a memory page. The memory page is in either an erased state or a previously written state. If the memory page is in the erased state: selecting a first codeword from a code such that the first codeword encodes the write data and is consistent with a target set of distributions of electrical charge levels in the memory page; and writing the first codeword to the memory page. If the memory page is in the previously written state: selecting a coset from a linear code such that the coset encodes the write data and includes one or more words that are consistent with previously written content of the memory page; selecting a subsequent codeword from the one or more words in the coset; and writing the subsequent codeword to the memory page.
    • 包括接收写入数据的方法的非易失性存储器的多写入编码以及存储器页面的写入地址。 存储器页面处于擦除状态或先前写入的状态。 如果存储器页面处于擦除状态:从代码中选择第一码字,使得第一码字对写入数据进行编码,并与存储器页面中的电荷电平分布的目标集合一致; 以及将所述第一码字写入所述存储器页。 如果存储器页面处于先前写入的状态:从线性代码选择陪集,使得陪集对编写数据进行编码并且包括与存储器页面的先前写入的内容一致的一个或多个单词; 从陪集中的一个或多个单词中选择随后的码字; 以及将所述后续码字写入所述存储器页面。