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    • 4. 发明授权
    • Floating-point data speculation across a procedure call using an advanced load address table
    • 使用高级加载地址表在整个过程调用中进行浮点数据推测
    • US07103880B1
    • 2006-09-05
    • US10426505
    • 2003-04-30
    • Dale C. MorrisJerome C. Huck
    • Dale C. MorrisJerome C. Huck
    • G06F9/45G06F15/00
    • G06F8/441
    • A method of converting an original code sequence to a modified code sequence where the original code sequence includes a procedure call that is prior to a load instruction that is configured to load a value into one of a first plurality of registers is provided. The method includes inserting an advanced load instruction associated with one of a second plurality of registers into the modified code sequence where the advanced load instruction is configured to cause the value to be loaded into the one of the first plurality of registers. The method also includes inserting the procedure call into the modified code sequence subsequent to the advanced load instruction and inserting a checking instruction associated with the one of the second plurality of registers into the modified code sequence subsequent to the procedure call.
    • 提供了将原始代码序列转换为修改的代码序列的方法,其中原始代码序列包括在被配置为将值加载到第一多个寄存器之一中的加载指令之前的过程调用。 该方法包括将与第二多个寄存器中的一个相关联的高级加载指令插入到经修改的代码序列中,其中高级加载指令被配置为使得该值被加载到第一多个寄存器中的一个中。 该方法还包括将过程调用插入到高级加载指令之后的修改代码序列中,并且将与第二多个寄存器中的一个寄存器相关联的检查指令插入到过程调用之后的修改代码序列中。
    • 7. 发明授权
    • Computer workload migration using processor pooling
    • 使用处理器池的计算机工作负载迁移
    • US08505020B2
    • 2013-08-06
    • US12870835
    • 2010-08-29
    • Christophe de DinechinDale C. MorrisPatrick KnebelRuss W. Herrell
    • Christophe de DinechinDale C. MorrisPatrick KnebelRuss W. Herrell
    • G06F9/46G06F15/173G06F1/00G06F11/00
    • G06F9/5088
    • An event calling for a migration of a workload from a source processor set of processing units to a target processor set of processing units is detected. Processes of the workload are allocated to a second processor set of processing units so that some workload processes are executed on the source processor set and some workload processes are executed on a second processor set of processor units. Then, some workload processes are allocated to the second processor set so that no workload process is executing on the source processor set and at least some of said processes are executing on the second process set. The second processor set can be the target processor set or an intermediate processor set from which the workload is migrated to the target processor set.
    • 检测到要求将工作负载从源处理器集合处理单元迁移到处理单元集合的事件。 工作负载的处理被分配给处理单元的第二处理器集合,使得在源处理器集上执行一些工作负载过程,并且在第二处理器单元集合上执行一些工作负载过程。 然后,一些工作负载过程被分配给第二处理器集,使得在源处理器集上不执行工作负载过程,并且至少一些所述进程在第二进程集上执行。 第二处理器集合可以是目标处理器集合或中间处理器集合,工作负载从该集中迁移到目标处理器集合。
    • 9. 发明授权
    • Privilege promotion based on check of previous privilege level
    • 基于先前特权级别检查的特权推广
    • US07680999B1
    • 2010-03-16
    • US09499720
    • 2000-02-08
    • Dale C. MorrisJames M. Hull
    • Dale C. MorrisJames M. Hull
    • G06F12/00G06F12/14
    • G06F9/468G06F9/30076
    • A secure promotion mechanism promotes a current privilege level of a processor in a computer system. The current privilege level controls application instruction execution in the computer system by controlling accessibility to system resources. An operating system performs a privilege promotion instruction, which is stored in a first page of memory not writeable by an application instructions at a first privilege level. The privilege promotion instruction reads a stored previous privilege level state, compares the read previous privilege level state to the current privilege level, and if the previous privilege level state is equal to or less privileged than the current privilege level, promotes the current privilege level to a second privilege level which is higher than the first privilege level.
    • 安全促销机制促进计算机系统中处理器的当前特权级别。 当前的权限级别通过控制系统资源的可访问性来控制计算机系统中的应用程序指令执行。 操作系统执行特权提升指令,该指令被存储在不能由第一特权级别的应用指令写入的存储器的第一页中。 特权提升指令读取存储的先前的权限级别状态,将读取的先前权限级别状态与当前权限级别进行比较,并且如果先前的权限级别状态等于或低于当前权限级别的权限,则将当前权限级别提升到 第二个权限级别高于第一个权限级别。