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    • 1. 发明授权
    • Data processing circuit with multiplexed memory
    • 具有复用存储器的数据处理电路
    • US08190829B2
    • 2012-05-29
    • US12340547
    • 2008-12-19
    • Jozef L. W. KesselsIvan Andrejic
    • Jozef L. W. KesselsIvan Andrejic
    • G06F13/00
    • G06F13/1642G06F13/1673Y02D10/14
    • A data processing apparatus contains several processing circuits each operating under control of its own periodic clock signal, so that the clock signals may have different frequencies and/or can be autonomous. The several processing circuits each have an output for outputting memory access requests, which remain at the output for a validity duration interval defined by the clock signal of the particular processor. A multiplexing circuit multiplexes the access requests to a memory. The memory needs a minimum memory repetition period before it can accept an access request following acceptance of a preceding access request. The clock periods of the processing circuits are longer than the minimum memory repetition period. A timing circuit selects acceptance time points at which each particular access request from a first data processing circuit is accepted. The time point at which the particular request is accepted is always within the validity duration interval in which the particular access request is made. The timing circuit varies the position of the acceptance time points within the validity duration intervals, so that the position is delayed to make room for previously accepting an access request from another processor. The position is subsequently moved back toward a start of the validity duration interval in successive steps during application of successive access requests from the first data processing circuit.
    • 数据处理装置包含多个处理电路,每个处理电路在其自己的周期时钟信号的控制下操作,使得时钟信号可以具有不同的频率和/或可以是自主的。 多个处理电路各自具有用于输出存储器访问请求的输出,其存储在由特定处理器的时钟信号定义的有效期间隔的输出处。 复用电路将访问请求复用到存储器。 存储器需要最小的存储器重复周期,才能在接受前面的访问请求之后接受访问请求。 处理电路的时钟周期比最小存储器重复周期长。 定时电路选择接受来自第一数据处理电路的每个特定访问请求的接收时间点。 特定请求被接受的时间点总是在进行特定访问请求的有效期间隔内。 定时电路在有效持续时间间隔内改变接受时间点的位置,使得位置被延迟以便先前接受来自另一处理器的访问请求的空间。 随后在应用来自第一数据处理电路的连续访问请求期间,该位置在连续的步骤中向着有效持续时间间隔的开始移回。
    • 5. 发明授权
    • Device for associative searching in a sequential data stream composed of
data records
    • 用于在由数据记录组成的顺序数据流中进行关联搜索的装置
    • US4598385A
    • 1986-07-01
    • US611911
    • 1984-05-17
    • Jozef L. W. KesselsWijnand J. SchoenmakersHendrik Vrielink
    • Jozef L. W. KesselsWijnand J. SchoenmakersHendrik Vrielink
    • G06F7/22G06F17/30
    • G06F17/30982Y10S707/99933
    • A device for the processing of a data base consisting of a sequence of data records, having a reference memory (140) for a reference data record and a mask memory (142) for a mask data record. In reaction to the successively received data of a data record, these memories can be read in order to activate a comparison. There is provided an indicator element (160) which has a state "provisionally correct" and which is activated by a starting signal produced by the reception of a data record. If the comparison indicates that an impermissible relationship exists between the content of an element of the data record received and the corresponding element of the reference data record, the indicator element is set to the state "incorrect". The data record received is meanwhile stored in a data buffer (100,102). At the end of the reception, the state of the indicator element indicates whether or not the data record may be applied to a user. The data buffer may consist of two buffer sections, each for one complete data record, which alternately operate in a read mode and a write mode.
    • 一种用于处理由数据记录序列组成的数据库的装置,具有用于参考数据记录的参考存储器(140)和用于掩模数据记录的掩码存储器(142)。 响应于连续接收的数据记录的数据,可以读取这些存储器以激活比较。 提供了具有“临时正确”状态并由接收数据记录产生的启动信号激活的指示元件(160)。 如果比较表示在所接收的数据记录的元素的内容与参考数据记录的相应元素之间存在不允许的关系,则指示符元素被设置为状态“不正确”。 所接收的数据记录同时存储在数据缓冲器(100,102)中。 在接收结束时,指示符元素的状态指示数据记录是否可以应用于用户。 数据缓冲器可以由两个缓冲器部分组成,每个缓冲器部分用于一个完整的数据记录,其以读取模式和写入模式交替操作。
    • 6. 发明授权
    • Device for the control of data flows
    • 用于控制数据流的设备
    • US4276611A
    • 1981-06-30
    • US30248
    • 1979-04-16
    • Pierre G. JansenJozef L. W. Kessels
    • Pierre G. JansenJozef L. W. Kessels
    • G06F5/06G06F7/22G06F7/76G06F13/36G06F15/16G06F15/173H04Q3/68G06F3/00
    • G06F7/762G06F7/22G06F7/76H04Q3/68
    • A commutation device for the selective control of data transport. At least two data inputs and data outputs, each of the latter having a buffer for storing a data word. A number of possibilities of data transport can be selectively controlled, four for a single connection and two different ones for pair-wise connection. Seven input control lines are provided, two lines for receiving a signal which indicates whether information is present on the associated input line, two lines for indicating the selected output buffer, two erase lines for making a data buffer freely accessible after output of data from the data buffer, and one priority line for granting priority to one of the two input lines if both lines select the same data buffer. There are four output control lines, two lines which indicate that the data present on the input lines have been taken up in the selected output buffer, and two lines which indicate whether an output buffer contains data. The commutation device can effect the data transport itself and can be grouped in specific arrangements to form a buffer in which the data partly determine their own path.
    • 一种用于选择性控制数据传输的换向装置。 至少两个数据输入和数据输出,后者具有用于存储数据字的缓冲器。 可以选择性地控制数据传输的多种可能性,对于单个连接,可以有四种可能性,另外两种可用于成对连接。 提供了七条输入控制线,两条线路,用于接收指示信息是否存在于相关输入线路上的信号,两条线路用于指示所选择的输出缓冲器,两条擦除线路,用于使数据缓冲区在从 数据缓冲区和一条优先级线,用于如果两条线都选择相同的数据缓冲区,则优先级为两条输入线之一。 有四条输出控制线,两条线表示输入线上存在的数据已经在所选择的输出缓冲器中被占用,两行表示输出缓冲器是否包含数据。 换向装置可以影响数据传输本身,并且可以按照特定的布置进行分组以形成数据部分地确定其自身路径的缓冲器。
    • 9. 发明授权
    • Multiprocessor system comprising a plurality of data processors which
are interconnected by a communication network
    • 多处理器系统包括由通信网络互连的多个数据处理器
    • US4769771A
    • 1988-09-06
    • US691316
    • 1985-01-14
    • Wouter J. H. M. LippmannJozef L. W. KesselsHuibert H. EggenhuisenHendrik Dijkstra
    • Wouter J. H. M. LippmannJozef L. W. KesselsHuibert H. EggenhuisenHendrik Dijkstra
    • G06F15/16G06F9/46G06F15/167G06F15/177
    • G06F9/546
    • A processor system having one or more stations (22, 24, 26) which are interconnected by a general communication network (20). Each station has one or more processors (34, 36). Superprocesses (74, 76, 78) which have one or more processes (80-90) can be executed in the stations. Each superprocess is provided with mail-box space (50, 52, 54) for communication with the environment, in which mail-box space the relevant superprocess and other superprocesses can write but in which only the relevant superprocess itself can read. Processes within the same superprocess have variable data in common, but their register stacks are private. Each mail-box is provided with a filling indicator. In the case of a read operation in an empty mail-box space, a wait signal is issued for the initiating process; write operations in a full mail-box space produce an error signal. There is also provided a job control system for allocating jobs among the stations by way of an application load file.
    • 一种具有一个或多个通过通用网络(20)互连的站(22,24,26)的处理器系统。 每个站具有一个或多个处理器(34,36)。 可以在站中执行具有一个或多个处理(80-90)的超级处理(74,76,78)。 每个超级处理器提供有用于与环境通信的邮箱空间(50,52,54),其中相关超级处理器和其他超级处理器可写入的邮箱空间,其中只有相关的超级处理本身可以读取。 同一超级进程中的进程具有可变数据,但是它们的寄存器堆栈是私有的。 每个邮箱都配有一个填充指示器。 在空邮箱空间中进行读取操作的情况下,发出启动处理的等待信号。 在完整的邮箱空间中写入操作会产生错误信号。 还提供了一种用于通过应用加载文件在站点之间分配作业的作业控制系统。