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    • 7. 发明授权
    • Method and apparatus for providing deterministic resets for clock divider systems
    • 用于为时钟分频器系统提供确定性复位的方法和装置
    • US06473476B1
    • 2002-10-29
    • US09226381
    • 1999-01-06
    • Jano D. Banks
    • Jano D. Banks
    • H03B1900
    • G06F1/24
    • A clock divider system with reset synchronization includes a divider circuit, a synchronizer circuit, and a synchronous delay circuit. The divider circuit has a clock input, a divider reset input, and a divided clock output. The synchronizer has a clock input, and a synchronous reset input, and a synchronized reset output having an active edge aligned with an active edge of the clock. The synchronous delay circuit has a clock input and a synchronized reset input coupled to the synchronized reset output of the synchronizer, and an output coupled to the divider reset input of the divider. A method for providing reset synchronization for a clock divider system includes developing a reset synchronization signal aligned with an active edge of a clock after receiving an asynchronous reset signal, delaying the reset synchronization signal for at least one cycle to provide a delayed reset synchronization signal, and developing a clock divider reset signal from the delayed reset synchronization signal, that is aligned with an active edge of the clock.
    • 具有复位同步的时钟分频器系统包括分频器电路,同步器电路和同步延迟电路。 分频器电路具有时钟输入,分频复位输入和分频时钟输出。 同步器具有时钟输入和同步复位输入以及具有与时钟的有效边沿对准的有效边沿的同步复位输出。 同步延迟电路具有耦合到同步器的同步复位输出的时钟输入和同步复位输入,以及耦合到分频器的分频复位输入的输出。 一种用于为时钟分配器系统提供复位同步的方法包括在接收到异步复位信号之后,开发与时钟的有效边沿对准的复位同步信号,延迟复位同步信号至少一个周期以提供延迟的复位同步信号, 并且从延迟的复位同步信号开发与时钟的有效边沿对准的时钟分频器复位信号。
    • 9. 发明授权
    • Methods and apparatus for data bus arbitration
    • 数据总线仲裁的方法和装置
    • US06393505B1
    • 2002-05-21
    • US09227502
    • 1999-01-06
    • Albert M. ScaliseJano D. Banks
    • Albert M. ScaliseJano D. Banks
    • G06F1300
    • G06F13/161G06F13/364
    • A data bus arbitration system is disclosed including a bus status monitor which is coupled to a data bus and generates a bus status signal for use by an arbiter. The arbiter is coupled to a number of requesters, each of which belongs to a distinct class of requesters. The arbiter arbitrates between multiple requests using heuristics dependent upon the classes of the requesters. The nature of one class of requestors is that the requestors have real time requirements which must be met in order to maintain data integrity within the system. The nature of a second class of requestors is such that the requestors have semi-real time requirements which must be met in order to maintain data integrity within the system. The nature of the system is such that the available bandwidth must be utilized very efficiently in order to maintain data integrity within the system. The arbiter system disclosed grants access to the requesters using the heuristics disclosed while maintaining an efficiency of at least 80% of the total bandwidth for all requestors.
    • 公开了一种数据总线仲裁系统,其包括耦合到数据总线的总线状态监视器,并产生总线状态信号供仲裁器使用。 仲裁器耦合到一些请求者,每个请求者属于不同类别的请求者。 仲裁者根据请求者的类别使用启发式方式在多个请求之间进行仲裁。 一类请求者的性质​​是请求者具有必须满足的实时要求,以便保持系统内的数据完整性。 第二类请求者的性质​​使得请求者具有必须满足的半实时要求,以便保持系统内的数据完整性。 系统的性质使得必须非常有效地利用可用的带宽,以便保持系统内的数据完整性。 所公开的仲裁系统使用所公开的启发式方式来访问请求者,同时保持所有请求者的总带宽的至少80%的效率。