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    • 1. 发明授权
    • Automatic data steering and data formatting mechanism
    • 自动数据转向和数据格式化机制
    • US4494186A
    • 1985-01-15
    • US286444
    • 1981-07-24
    • Gary J. GossRichard P. KellyThomas L. Murray, Jr.
    • Gary J. GossRichard P. KellyThomas L. Murray, Jr.
    • G06F5/00G06F13/38G06F3/00
    • G06F13/387G06F5/00
    • In a data processing system having a plurality of units coupled for the transfer of information therebetween over a common electrical bus or for transferring information via a communication channel to other data processing systems during asynchronously generated information bus transfer cycles, an apparatus exists for reformatting data for transfer over the common electrical bus or via the communication channel. The apparatus is comprised of an eight-way multiplexer responsive to control bits for selecting one of eight different formats during write or read operations to or from a memory. Additionally, during read operations, the apparatus transfers a return address from a unit requesting information to the address bus so that data read from memory may be transferred to the requesting device. The formatting control bit is similarly reformatted from the data bus to the address bus bit.
    • 在具有多个单元的数据处理系统中,所述多个单元耦合用于通过公共电气总线传递信息,或者用于在异步生成的信息总线传送周期期间经由通信信道将信息传送到其他数据处理系统,存在用于重新格式化数据的设备 通过公共电气总线或通过通信信道进行传输。 该装置包括一个八路复用器,响应于控制位,用于在从存储器写入或读取操作期间选择八种不同格式之一。 此外,在读取操作期间,设备将请求信息的单元的返回地址传送到地址总线,从而可以将从存储器读取的数据传送到请求设备。 格式控制位类似地从数据总线重新格式化为地址总线位。
    • 2. 发明授权
    • Data multiplex control facility
    • 数据复用控制设备
    • US4665482A
    • 1987-05-12
    • US503963
    • 1983-06-13
    • Thomas L. Murray, Jr.James W. StonierGary J. GossThomas O. Holtey
    • Thomas L. Murray, Jr.James W. StonierGary J. GossThomas O. Holtey
    • G06F13/28G06F15/167G06F3/00G06F13/00
    • G06F15/167G06F13/285
    • A data processing system includes a central processing unit (CPU), an input/output microprocessor, a main memory and a number of mass storage controllers. A block of information is transferred between one of the mass storage controllers and main memory during data multiplex control (DMC) cycles. The CPU includes registers which store the address of main memory into which the next data byte is written or read from and the range indicating the number of data bytes remaining to be transferred. Prior to a DMC cycle the CPU stores address and range information in a mailbox location in an I/O RAM and the I/O microprocessor transfers that information to channel table locations in the I/O RAM. For a DMC operation, the I/O microprocessor transfers the address and range information to the mailbox location and transfers the mass storage information to the mass storage controller. It signals a CPU interrupt and issues a read or write order to the mass storage controller. The CPU then retrieves the address and range information from the mailbox location and initiates a DMC cycle.
    • 数据处理系统包括中央处理单元(CPU),输入/输出微处理器,主存储器和多个大容量存储控制器。 在数据多路复用控制(DMC)周期期间,一块信息在大容量存储控制器和主存储器之间传送。 CPU包括存储下一个数据字节被写入或读取的主存储器的地址的寄存器以及指示待传送的数据字节数的范围。 在DMC循环之前,CPU将地址和范围信息存储在I / O RAM中的邮箱位置,I / O微处理器将该信息传输到I / O RAM中的通道表位置。 对于DMC操作,I / O微处理器将地址和范围信息传送到邮箱位置,并将大容量存储信息传输到大容量存储控制器。 它发出CPU中断信号,向大容量存储控制器发出读或写命令。 CPU然后从邮箱位置检索地址和范围信息,并启动DMC循环。
    • 3. 发明授权
    • Speeding up the response time of the direct multiplex control transfer
facility
    • 加快直接多路复用控制传输设施的响应时间
    • US4665481A
    • 1987-05-12
    • US503962
    • 1983-06-13
    • James W. StonierThomas L. Murray, Jr.Gary J. GossThomas O. Holtey
    • James W. StonierThomas L. Murray, Jr.Gary J. GossThomas O. Holtey
    • G06F13/28G06F3/00G06F13/00
    • G06F13/285
    • A microprogrammed data processing system includes a central processing unit (CPU), a main memory and a number of mass storage controllers. A block of information is transferred between main memory and one of the mass storage controllers during data multiplex control (DMC) cycles. The main memory stores 2 data bytes in each word location. An input/output RAM stores channel number signals for identifying mass storage controllers. An I/O microprocessor addresses the I/O RAM to read the channel number signals onto the system bus, and a mass storage controller coupled to the system bus responds to the channel number signals to generate a read/write signal. The system responds to a request signal, the read/write signal and a signal indicative of a left or right bit of an addressed location in main memory to generate a plurality of data request signals. A read only memory is addressed in response to the data request signals to read out a plurality of microprograms for processing the data.
    • 微程序数据处理系统包括中央处理单元(CPU),主存储器和多个大容量存储控制器。 在数据多路复用控制(DMC)周期期间,一块信息在主存储器和大容量存储控制器之一之间传送。 主存储器在每个字位置存储2个数据字节。 输入/输出RAM存储用于识别大容量存储控制器的通道号信号。 I / O微处理器将I / O RAM寻址到系统总线上的通道号信号,耦合到系统总线的大容量存储控制器响应信道号信号以产生读/写信号。 系统响应请求信号,读/写信号和指示主存储器中寻址位置的左或右位的信号,以产生多个数据请求信号。 响应于数据请求信号寻址只读存储器以读出用于处理数据的多个微程序。
    • 4. 发明授权
    • Parallel generation of serial cyclic redundancy check
    • 并行生成串行循环冗余校验
    • US4312068A
    • 1982-01-19
    • US884465
    • 1978-03-07
    • Gary J. GossRobert C. Miller
    • Gary J. GossRobert C. Miller
    • H03M13/09G06F11/10
    • H03M13/09
    • A method and apparatus for assuring the accuracy of data received by any device in a computer system from any other device in the same computer system or from another computer system. The existing hardware of a computer system is utilized to generate a cyclic redundant check character each time a unit of data is transmitted. The cyclic redundant check character is concatenated to the right of such data transmitted. Each time that the particular data is received, the check character and the data with which it is associated, is again manipulated in the same manner as in generating the check character. If the data received is the same as the data transmitted, the result of such manipulation is zero.
    • 一种用于确保计算机系统中的任何设备从同一计算机系统中的任何其他设备或另一计算机系统接收的数据的准确性的方法和装置。 每当发送数据单元时,利用计算机系统的现有硬件来生成循环冗余校验字符。 循环冗余校验字符连接在发送的数据的右侧。 每当接收到特定数据时,与生成检查字符相同的方式再次操作检查字符和与其相关联的数据。 如果接收的数据与发送的数据相同,则这种操作的结果为零。
    • 6. 发明授权
    • Stretch and stall clock
    • 伸展和失速时钟
    • US4105978A
    • 1978-08-08
    • US710540
    • 1976-08-02
    • Gary J. GossThomas F. Joyce
    • Gary J. GossThomas F. Joyce
    • H03K3/86G06F1/08H03K5/04H03K1/18
    • G06F1/08
    • A system clock mechanism which can be either stalled (i.e. held indefinitely in a high state) or stretched (i.e. change the rate of pulse occurrence). A first electronic circuit provides pulses having a first predetermined pulse period T.sub.1 with each pulse being generated at a first predetermined rate. A second electronic circuit cooperating with the first electronic circuit modifies the first electronic pulses to generate pulses at a second predetermined rate having a second predetermined pulse period T.sub.2. A third electronic circuit cooperating with the first and second electronic circuits holds the clock circuit indefinitely in a high state.
    • 系统时钟机制可以被停滞(即无限期处于高状态)或拉伸(即改变脉冲发生速率)。 第一电子电路提供具有第一预定脉冲周期T1的脉冲,其中每个脉冲以第一预定速率产生。 与第一电子电路协作的第二电子电路修改第一电子脉冲以产生具有第二预定脉冲周期T2的第二预定速率的脉冲。 与第一和第二电子电路协作的第三电子电路将时钟电路无限期地保持在高状态。
    • 9. 发明授权
    • Communication multiplexer sharing a free running timer among multiple
communication lines
    • 通信多路复用器在多个通信线路中共享一个自由运行的定时器
    • US4482982A
    • 1984-11-13
    • US514542
    • 1983-07-18
    • Kin C. YuGary J. Goss
    • Kin C. YuGary J. Goss
    • G06F9/48G06F13/12G06F13/42G06F15/167G06F13/00
    • G06F9/4825G06F13/124G06F13/42G06F15/167
    • A data processing system includes a central processing unit, a main memory, and a communication subsystem servicing a number of communication lines. The communication subsystem includes a free running timer, a line microprocessor for communicating with the communication lines and a shared memory, and an I/O microprocessor for communicating with the shared memory and the central processing unit and main memory. The line microprocessor, desiring to communicate with a specified communication line after a predetermined time delay, loads a first mailbox in shared memory with a binary number indicative of the predetermined time delay. The I/O microprocessor adds the output of the free running timer to the binary number, stores the result in a location in a random access memory, and periodically compares the result against the free running timer output. The I/O microprocessor loads a second mailbox with a control character when the results of the comparison indicate that the predetermined time delay is accomplished. The line microprocessor responds to the information in the second mailbox to communicate with the specified communication line.
    • 数据处理系统包括中央处理单元,主存储器和服务多个通信线路的通信子系统。 通信子系统包括自由运行定时器,用于与通信线路通信的线路微处理器和共享存储器,以及用于与共享存储器和中央处理单元和主存储器通信的I / O微处理器。 希望在预定时间延迟之后与指定的通信线通信的线路微处理器以指示预定时间延迟的二进制数加载共享存储器中的第一邮箱。 I / O微处理器将自由运行定时器的输出添加到二进制数,将结果存储在随机存取存储器中的一个位置,并定期将结果与自由运行的定时器输出进行比较。 当比较结果指示预定时间延迟完成时,I / O微处理器加载具有控制字符的第二个邮箱。 线路微处理器响应第二个邮箱中的信息与指定的通信线路进行通信。