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    • 6. 发明授权
    • Interface circuit having zero latency buffer memory and cache memory
information transfer
    • 接口电路具有零延迟缓冲存储器和高速缓冲存储器信息传输
    • US5623700A
    • 1997-04-22
    • US223874
    • 1994-04-06
    • Terry J. ParksCraig S. JonesDarius D. Gaskins
    • Terry J. ParksCraig S. JonesDarius D. Gaskins
    • G06F12/08G06F13/38G06F13/14
    • G06F12/0835G06F12/0866G06F13/385
    • A caching disk controller is provided which includes a bus bridge that forms an interface between a memory of the disk controller and a host computer. The caching disk controller further includes a SCSI processor for controlling the transfer of data from a SCSI disk drive to the memory via a local bus. A zero latency DMA controller embodied within the bus bridge snoops the local bus as data is being transferred from the SCSI disk drive to the memory, and thereby allows the data to be sequentially latched within a data FIFO of the bus bridge concurrently with its transfer into the memory. As a result, the requested data may be advantageously provided from the bus bridge to the host computer with reduced delay, while the data continues to be stored within the memory to accommodate high hit rates during subsequent transfers.
    • 提供了一种缓存磁盘控制器,其包括形成磁盘控制器的存储器和主计算机之间的接口的总线桥。 缓存磁盘控制器还包括SCSI处理器,用于经由本地总线控制从SCSI磁盘驱动器传送到存储器的数据。 当数据正在从SCSI磁盘驱动器传输到存储器时,总线桥中实现的零延迟DMA控制器会窥探本地总线,从而允许数据在总线桥的数据FIFO中顺序锁存,同时传输到 记忆。 结果,可以有利地从所述总线桥提供所请求的数据到具有减小的延迟的主计算机,同时数据继续存储在存储器内以在后续传送期间适应高命中率。
    • 7. 发明授权
    • Multiple function interface device for option card
    • 选项卡多功能接口设备
    • US5600801A
    • 1997-02-04
    • US92044
    • 1993-07-15
    • Terry J. ParksCraig S. Jones
    • Terry J. ParksCraig S. Jones
    • G06F9/445G06F6/00
    • G06F9/4411
    • A device for interfacing an expansion bus with an option card and an associated method for initializing a computer system having the option card installed on the expansion bus thereof. The interface device includes a dual ported RAM having a first port coupled to the expansion bus and a second port coupled to the option card, a processor coupled to the second port of the dual ported RAM and a non-volatile memory coupled to the processor and to the second port of the dual ported RAM. At power up, the processor transfers an expansion BIOS and pattern stored in the non-volatile memory to first and second portions, respectively, of the memory space of the dual ported RAM. The computer system scans the second portion of the dual ported RAM for the pattern, executes a first initialization sequence contained in the expansion BIOS upon detecting the pattern and then executes a second initialization sequence contained in a BIOS of the computer system. Data acquired during the execution of the initialization sequence is stored in a third portion of the memory space. Updates to the expansion BIOS are transferred to a fourth portion of the memory space where the processor transfers the updates to the non-volatile memory. The processor also controls bi-directional exchanges of data and control signals between the expansion bus and the option card via the fourth portion of the memory space.
    • 用于将扩展总线与选项卡进行接口的装置以及用于初始化具有安装在其扩展总线上的选件卡的计算机系统的相关方法。 接口设备包括双端口RAM,其具有耦合到扩展总线的第一端口和耦合到选项卡的第二端口,耦合到双端口RAM的第二端口的处理器和耦合到处理器的非易失性存储器,以及 到双端口RAM的第二个端口。 在上电时,处理器将存储在非易失性存储器中的扩展BIOS和模式分别转移到双端口RAM的存储器空间的第一和第二部分。 计算机系统扫描双端口RAM的第二部分用于模式,在检测到模式时执行包含在扩展BIOS中的第一初始化序列,然后执行包含在计算机系统的BIOS中的第二初始化序列。 在执行初始化序列期间获取的数据被存储在存储器空间的第三部分中。 扩展BIOS的更新被传送到存储器空间的第四部分,其中处理器将更新传送到非易失性存储器。 处理器还通过存储器空间的第四部分来控制扩展总线和选件卡之间的数据和控制信号的双向交换。
    • 9. 发明授权
    • Method and apparatus for simplified video monitor control
    • 用于简化视频监控控制的方法和装置
    • US5483260A
    • 1996-01-09
    • US119938
    • 1993-09-10
    • Terry J. ParksJoseph W. Bell, Jr.
    • Terry J. ParksJoseph W. Bell, Jr.
    • G06F3/023G06F3/048G09G1/16G06F15/00G09G5/00
    • G06F3/04895G09G1/16G09G2370/04G09G2370/042
    • A method and apparatus which provides bi-directional communication between a video monitor and a computer system unit. This enables the video monitor to inform the system unit of its capabilities without direct user involvement and also enables the system unit to directly control or adjust all the functions of the video monitor. In the preferred embodiment, bi-directional communication between the video monitor and the system unit is provided utilizing a mouse port in the keyboard controller. Multiplexors are coupled between the mouse port and each of the mouse and video monitor to select between data paths and selectively allow communication between the system unit and the video monitor. Monitor control software is included in the system unit which can be used to control or adjust the output of the video monitor. When a user desires to adjust the output of the video monitor, the monitor control software directs the multiplexors to provide a communication path between the system unit and the video monitor, and the system unit relates the control information input from the user to the video monitor, which adjusts its visual output accordingly. Also, at each power-on of the computer system, the data path between the keyboard controller and video monitor is selected to enable the video monitor to provide capability information to the system unit.
    • 一种在视频监视器和计算机系统单元之间提供双向通信的方法和装置。 这使得视频监视器能够在没有直接用户参与的情况下通知系统单元的能力,并且还使得系统单元能够直接控制或调整视频监视器的所有功能。 在优选实施例中,使用键盘控制器中的鼠标端口来提供视频监视器和系统单元之间的双向通信。 多路复用器耦合在鼠标端口和每个鼠标和视频监视器之间以在数据路径之间选择并选择性地允许系统单元和视频监视器之间的通信。 监视器控制软件包含在系统单元中,可用于控制或调整视频监视器的输出。 当用户希望调整视频监视器的输出时,监视器控制软件指示​​多路复用器提供系统单元和视频监视器之间的通信路径,并且系统单元将从用户输入的控制信息与视频监视器相关联 ,相应调整其视觉输出。 此外,在计算机系统的每次上电时,选择键盘控制器和视频监视器之间的数据路径,以使视频监视器向系统单元提供能力信息。