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    • 4. 发明授权
    • Semaphore in system I/O space
    • 系统I / O空间中的信号量
    • US6134579A
    • 2000-10-17
    • US911842
    • 1997-08-15
    • Siamak TavallaeiJeffrey S. Autor
    • Siamak TavallaeiJeffrey S. Autor
    • G06F15/177G06F9/46G06F13/362G06F9/00
    • G06F9/52G06F2209/503
    • A computer system utilizing multiple processes includes a semaphore for controlling exclusive access of a single process to a selected resource. The semaphore is implemented in the system input/output and controlled, at least in part, by an application specific integrated circuit (ASIC). When a process is attempting to acquire an I/O resource, a read is sent to the semaphore. If the resource is available the semaphore will have a first value, and the semaphore will return that first value to the process indicating that the process has acquired the resource. The ASIC will then change the semaphore value to a second value. If the resource is not available the semaphore will have the second value, and the semaphore will return the second value to the process indicating that the resource is not available.
    • 利用多个进程的计算机系统包括用于控制单个进程对所选资源的独占访问的信号量。 信号量在系统输入/输出中实现,至少部分地由专用集成电路(ASIC)控制。 当进程尝试获取I / O资源时,会将读取信息发送到信号量。 如果资源可用,则信号量将具有第一个值,并且信号量将返回该指示进程已获取资源的进程的第一个值。 然后,ASIC将信号量值更改为第二个值。 如果资源不可用,则信号量将具有第二个值,并且信号量将将第二个值返回给指示资源不可用的进程。
    • 8. 发明授权
    • System and associated method for cooling components within a computer
system
    • 用于冷却计算机系统内部组件的系统和相关方法
    • US6101459A
    • 2000-08-08
    • US912293
    • 1997-08-15
    • Siamak TavallaeiAn T. VuThomas T. HardtWade D. VinsonJohn S. LacombeJames A. Mouton
    • Siamak TavallaeiAn T. VuThomas T. HardtWade D. VinsonJohn S. LacombeJames A. Mouton
    • G06F1/20H05K7/20
    • H05K7/20836G06F1/206
    • A cooling system for a high-end server includes four hot-pluggable fans plugged into a fan control board. The fans are arranged in two groups, with each group having two fans, one behind the other. One of the groups of fans is used to cool the processor boards and the other group is used to cool the system I/O board slots. Under normal operation, only one fan from each group is active, while the other fan freewheels, providing redundancy. A fan control board delivers power to each of the fans and further provides a signal, responsive to temperature sensors, to each of the fans to control their speeds. Each of the fans provides a fan fault signal and a fan not present signal to the fan control board. The temperature sensors are placed proximate the processors and I/O components to monitor the operating temperatures thereof, and communicate the respective temperatures back to the fan control board, via I.sup.2 C bus. An operating system is utilized to drive the fan controller but can be overridden by the fan controller during critical conditions. An air ramp is positioned between the processors to help direct the flow of air generated by the fans onto some of the processors. Additionally, each of the fans are configured with a quick installment device to facilitate single-hand insertion and removal of the fans from the computer system.
    • 高端服务器的冷却系统包括插入风扇控制板的四个热插拔风扇。 球迷分为两组,每组有两个球迷,一组在后面。 风扇组中的一个用于冷却处理器板,另一组用于冷却系统I / O板插槽。 在正常运行状态下,每组只有一个风扇处于活动状态,而另一个风扇则自由运转,从而提供冗余。 风扇控制板为每个风扇提供电力,并进一步向每个风扇提供响应于温度传感器的信号,以控制其速度。 每个风扇都会向风扇控制板提供风扇故障信号和风扇不显示信号。 温度传感器靠近处理器和I / O组件放置以监控其工作温度,并通过I2C总线将相应的温度传送回风扇​​控制板。 使用操作系统来驱动风扇控制器,但在关键条件下可以被风扇控制器覆盖。 处理器之间设置一个空气斜坡,以帮助将风扇产生的空气流引导到一些处理器上。 此外,每个风扇都配置有快速安装装置,以便于从计算机系统单独插入和移除风扇。