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    • 1. 发明授权
    • Method for infrastructure messaging
    • 基础设施信息的方法
    • US09015376B2
    • 2015-04-21
    • US13459212
    • 2012-04-29
    • Michael A. DenioBrian KarguthAkila SubramaniamCharles Fuoco
    • Michael A. DenioBrian KarguthAkila SubramaniamCharles Fuoco
    • G06F3/00G06F15/16G06F9/54
    • G06F9/546G06F2209/548
    • A low overhead method to handle inter process and peer to peer communication. A queue manager is used to create a list of messages with minimal configuration overhead. A hardware queue can be connected to another software task owned by the same core or a different processor core, or connected to a hardware DMA peripheral. There is no limitation on how many messages can be queued between the producer and consumer cores. The low latency interrupt generation to the processor cores is handled by an accumulator inside the QMSS which can be configured to generate interrupts based on a programmable threshold of descriptors in a queue. The accumulator thus removes the polling overhead from software and boosts performance by doing the descriptor pops and message transfer in the background.
    • 一种低开销的处理流程和对等通信的方法。 队列管理器用于以最少的配置开销创建消息列表。 硬件队列可以连接到由同一核心或不同处理器内核拥有的另一个软件任务,或连接到硬件DMA外设。 在生产者和消费者核心之间排队的邮件数量没有限制。 处理器内核的低延迟中断产生由QMSS内的累加器来处理,该累加器可以配置为基于队列中描述符的可编程阈值产生中断。 因此,累加器消除了软件的轮询开销,并通过在后台执行描述符弹出和消息传输来提高性能。
    • 2. 发明申请
    • Method for Infrastructure Messaging
    • 基础设施消息传递方法
    • US20130290984A1
    • 2013-10-31
    • US13459212
    • 2012-04-29
    • Michael A. DenioBrian KarguthAkila SubramaniamCharles Fuoco
    • Michael A. DenioBrian KarguthAkila SubramaniamCharles Fuoco
    • G06F9/46
    • G06F9/546G06F2209/548
    • A low overhead method to handle inter process and peer to peer communication. A queue manager is used to create a list of messages with minimal configuration overhead. A hardware queue can be connected to another software task owned by the same core or a different processor core, or connected to a hardware DMA peripheral. There is no limitation on how many messages can be queued between the producer and consumer cores. The low latency interrupt generation to the processor cores is handled by an accumulator inside the QMSS which can be configured to generate interrupts based on a programmable threshold of descriptors in a queue. The accumulator thus removes the polling overhead from software and boosts performance by doing the descriptor pops and message transfer in the background.
    • 一种低开销的处理流程和对等通信的方法。 队列管理器用于以最少的配置开销创建消息列表。 硬件队列可以连接到由同一核心或不同处理器内核拥有的另一个软件任务,或连接到硬件DMA外设。 在生产者和消费者核心之间排队的邮件数量没有限制。 处理器内核的低延迟中断产生由QMSS内的累加器来处理,该累加器可以配置为基于队列中描述符的可编程阈值产生中断。 因此,累加器消除了软件的轮询开销,并通过在后台执行描述符弹出和消息传输来提高性能。
    • 4. 发明申请
    • Very little multi master bus
    • 很少的多主车
    • US20060136635A1
    • 2006-06-22
    • US11020830
    • 2004-12-22
    • Denis BeaudoinChristopher TracyBrian Karguth
    • Denis BeaudoinChristopher TracyBrian Karguth
    • G06F13/00
    • G06F13/374
    • A method and an apparatus for communication among multiple devices on a data bus with relatively few connections to the bus and reduced logic for enumeration, arbitration, and data flow control is described. A Very Little Multi Master Bus (VLMMB) couples various devices in a bit-rotated manner. When one or more devices seek ownership (control) of the bus, that device raises its assigned bus request line to a predetermined logic (e.g., “1” or “0”). Because there are as many bus request lines as devices, each device can “see” the devices requesting the ownership of the bus. If multiple devices request ownership, the requesting devices determine which one gains ownership by a hierarchical, round-robin, or similar logical decision.
    • 描述了一种用于在数据总线上的多个设备之间进行通信的方法和装置,其中与总线的连接相对较少,并且用于枚举,仲裁和数据流控制的减少的逻辑。 非常小的多主总线(VLMMB)以位旋转的方式耦合各种设备。 当一个或多个设备寻求总线的所有权(控制)时,该设备将其分配的总线请求线提升到预定逻辑(例如,“1”或“0”)。 因为有与设备一样多的总线请求线路,每个设备都可以“查看”请求总线所有权的设备。 如果多个设备请求所有权,则请求设备确定哪个通过分级,循环或类似的逻辑决策来获得所有权。