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    • 11. 发明授权
    • Multi-level power monitoring, filtering and throttling at local blocks and globally
    • 在本地区域和全球进行多级电源监控,过滤和调节
    • US07337339B1
    • 2008-02-26
    • US11162578
    • 2005-09-15
    • Jack H. ChoquetteKevin B. NormoyleElias AtmehScott D. SellersMurali SundaresanManuel Gautho
    • Jack H. ChoquetteKevin B. NormoyleElias AtmehScott D. SellersMurali SundaresanManuel Gautho
    • G06F1/26G06F1/32
    • G06F1/3203G06F1/3287Y02D10/171Y02D50/20
    • Power management for a multi-processor chip includes a centralized global power manager that monitors global power for the whole chip, and local power managers. Local power managers manage power for local blocks such as processor cores, caches, and memory controllers. When a local block executes an instruction or accesses memory, an event is generated and looked up in a local power estimate table. A local power estimate for that event is sent to the global power manager, which sums all local power estimates received from all local blocks. An exponential moving average (EMA) is generated and compared to a global power threshold. When global power is over the threshold, local targets are sent to power managers that generate and monitor local power averages that must remain under the local target. The local block is throttled by the local power manager to reduce power when the local target is exceeded.
    • 多处理器芯片的电源管理包括一个集中的全球电源管理器,用于监控整个芯片的全球电源以及本地电源管理器。 本地电源管理器管理本地块(如处理器内核,高速缓存和内存控制器)的电源。 当本地块执行指令或访问存储器时,在本地功率估计表中生成并查找事件。 该事件的局部功率估计被发送到全局功率管理器,其总和从所有本地块接收的所有本地功率估计。 生成指数移动平均值(EMA),并与全局功率阈值进行比较。 当全球电力超过阈值时,本地目标将发送给能够管理并产生并必须保持在本地目标下的局部功率平均值的电源管理员。 本地电源管理器节流本地电源,以便在超出当地目标时降低电力。
    • 12. 发明授权
    • Swimming pool drowning prevention system
    • 游泳池溺水预防系统
    • US6064309A
    • 2000-05-16
    • US162211
    • 1998-09-28
    • Scott D. SellersEdward C. Frieberg
    • Scott D. SellersEdward C. Frieberg
    • G08B21/08G08B23/00
    • G08B21/088G08B21/086
    • A swimming pool drowning prevention safety system. The swimming pool drowning prevention safety system comprises: an article wearable by a person, a radio frequency transmitting device coupled to the article for transmitting a radio frequency signal, a microprocessor controlled radio frequency receiving station for receiving the radio frequency signal from the radio frequency transmitting device when the radio frequency transmitting device is within a user adjustable radio reception range of the radio frequency receiving station, and an alert signaling device coupled to the radio frequency receiving station for signaling when the person wearing the article has come within the user adjustable radio reception range of the radio frequency receiving station. The swimming pool drowning prevention safety system is further comprised of an adjustable gain control for varying the RF sensitivity of the radio frequency receiving station, and an RF sensitivity trigger circuit coupled to an audio messaging system for broadcasting at least one selected alert message. The swimming pool drowning prevention safety system further comprises telephone circuitry connection equipment for automatically connecting to a telephone system and transmitting the selected alert message. The swimming pool drowning prevention safety system further comprises a microprocessor that controls and integrates operation of the radio frequency receiving station.
    • 游泳池溺水预防安全系统。 游泳池溺水预防安全系统包括:人员可穿戴的物品,与物品相连的射频发射装置,用于发射射频信号;微处理器控制射频接收站,用于从射频发射接收射频信号 当射频发射装置在无线电频率接收站的用户可调节的无线电接收范围内时的装置,以及耦合到无线电频率接收站的警报信号装置,用于当穿着物品的人进入用户可调节的无线电接收 射频接收站范围。 游泳池溺水预防安全系统还包括用于改变射频接收站的RF灵敏度的可调节增益控制,以及耦合到用于广播至少一个选择的警报消息的音频消息系统的RF灵敏度触发电路。 游泳池溺水预防安全系统还包括用于自动连接到电话系统并发送所选择的警报消息的电话线路连接设备。 游泳池溺水预防安全系统还包括控制和集成射频接收站的操作的微处理器。