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    • 3. 发明授权
    • Test mode control logic system
    • 测试模式控制逻辑系统
    • US4236208A
    • 1980-11-25
    • US956384
    • 1978-10-31
    • David B. O'KeefeKenneth E. BruceRalph M. Lombardo, Jr.Bruce H. TarboxJohn W. Conway
    • David B. O'KeefeKenneth E. BruceRalph M. Lombardo, Jr.Bruce H. TarboxJohn W. Conway
    • G06F11/27G06F13/40G06F13/42G06F3/04G06F11/22
    • G06F13/4213G06F11/27G06F13/4027
    • A logic control system is disclosed for verifying the operability of memory and non-memory data and control paths in both local and remote intersystem link (ISL) units electrically interconnecting a local and remote communication bus in a data processing system. The data processing system may include two or more communication busses each pair of which are electrically interconnected by twin ISL units. The control logic architecture accommodates the receipt of a test mode command from a CPU on a local bus to initiate a test mode operation wherein the memory and non-memory data and control paths of both the local and the remote ISL units are excerised while on-line, and binary coded information received from the local bus is passed through the ISL units, onto the remote bus, and returned to a local bus memory resource for verification. No remote bus resources are used or affected, and the remote ISL unit shall ignore any communications received from any other data processing unit on the remote bus. The remote ISL unit is effectively non-existent to other data processing units on the remote bus.
    • 公开了用于验证在数据处理系统中电连接本地和远程通信总线的本地和远程系统间链路(ISL)单元中的存储器和非存储器数据和控制路径的可操作性的逻辑控制系统。 数据处理系统可以包括两个或更多个通过双ISL单元电连接的通信总线。 控制逻辑架构适应于从本地总线上的CPU接收测试模式命令以启动测试模式操作,其中本地和远程ISL单元的存储器和非存储器数据以及控制路径被切换, 线路和从本地总线接收的二进制编码信息通过ISL单元传递到远程总线上,并返回到本地总线存储器资源进行验证。 没有使用或影响远程总线资源,远程ISL单元将忽略从远程总线上任何其他数据处理单元接收到的任何通信。 远程ISL单元实际上不存在于远程总线上的其他数据处理单元。
    • 10. 发明授权
    • Bus interface interrupt apparatus
    • 总线接口中断设备
    • US5134706A
    • 1992-07-28
    • US511873
    • 1990-04-19
    • David E. CushingRalph M. Lombardo, Jr.Forrest M. Phillips
    • David E. CushingRalph M. Lombardo, Jr.Forrest M. Phillips
    • G06F13/24
    • G06F13/24
    • A bus interface interrupt arrangement is disclosed which provides separate interrupt controllers for each bus in a multibus computer system where the processor is connected to one of the busses. Interrupt requests decided on each of the busses other than a primary bus to which the processor is connected are input along with interrupts from circuits connected to the primary bus to the interrupt controller for the primary bus. The interrupt request decided by the interrupt controller for the primary bus is connected to an interrupt input of the processor. All interrupt controllers are connected to the primary bus and may be accessed by the processor. When an interrupt from one of the busses other than the primary bus is chosen by the processor, the processor must read the interrupt controllers to determine first what bus, and then identify the circuit that generated the interrupt that has been acknowledged. Using this information circuits in the bus interface interrupt arrangement are operated to pass data and addresses between the primary bus and the chosen bus. These circuits are operated in a manner to pass data between busses having different data path sizes.
    • 公开了一种总线接口中断装置,其为多总线计算机系统中的每个总线提供单独的中断控制器,其中处理器连接到总线中的一个。 与处理器连接的主总线以外的每个总线决定的中断请求与连接到主总线的电路的中断一起输入到主总线的中断控制器。 中断控制器为主总线决定的中断请求连接到处理器的中断输入。 所有中断控制器连接到主总线,并可由处理器访问。 当处理器选择来自其他总线以外的总线的中断时,处理器必须读取中断控制器以首先确定哪个总线,然后识别产生已被确认的中断的电路。 在总线接口中断布置中使用这些信息电路可以在主总线和所选总线之间传递数据和地址。 这些电路的操作方式是在具有不同数据路径尺寸的总线之间传递数据。