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    • 1. 发明授权
    • Memory identification apparatus and method
    • 存储器识别装置和方法
    • US4545010A
    • 1985-10-01
    • US480964
    • 1983-03-31
    • Edward R. SalasEdwin P. FisherRobert B. JohnsonChester M. Nibby, Jr.Daniel A. Boudreau
    • Edward R. SalasEdwin P. FisherRobert B. JohnsonChester M. Nibby, Jr.Daniel A. Boudreau
    • G06F12/06G06F13/00
    • G06F12/0653
    • A memory system includes at least one or more memory module boards identical in construction and a single computer board containing the control circuits for controlling memory operations. Each board plugs into the main board and includes a memory section having a number of rows of memory chips and an identification section containing circuits for generating signals indicating the board density and the type of memory parts used in constructing the board's memory section. The main board control circuits include a number of decoder circuits which couple to the identification and to the memory section of each memory module board. The decoder circuits receive different address bit combinations of a predetermined multibit address portion of each memory request address. In response to signals generated by the identification sections of the installed memory boards, the decoder circuits are selectively enabled to decode those bit combinations of the address portion specified by the sections for enabling successive addressing of all of the blocks of location within the system.
    • 存储器系统包括至少一个或多个存储器模块板,其结构相同,以及包含用于控制存储器操作的控制电路的单个计算机板。 每个板插入主板,并且包括具有多行存储器芯片的存储器部分和用于产生指示板密度的信号的电路的识别部分和用于构建电路板存储部分的存储器部件的类型的识别部分。 主板控制电路包括耦合到每个存储器模块板的识别和存储器部分的多个解码器电路。 解码器电路接收每个存储器请求地址的预定多位地址部分的不同地址位组合。 响应于由所安装的存储器板的识别部分产生的信号,解码器电路被选择性地能够解码由这些部分指定的地址部分的那些比特组合,以便能够对系统内的所有位置块进行连续寻址。
    • 4. 发明授权
    • Sequential word aligned addressing apparatus
    • 顺序字对齐寻址装置
    • US4432055A
    • 1984-02-14
    • US306839
    • 1981-09-29
    • Edward R. SalasChester M. Nibby, Jr.Robert B. Johnson
    • Edward R. SalasChester M. Nibby, Jr.Robert B. Johnson
    • G06F12/06G06F12/04G06F13/00G11C8/04G11C11/4063
    • G06F12/04G11C11/4063G11C8/04
    • A memory subsystem which couples to a multiword bus for processing memory requests received therefrom includes at least a pair of independently addressable dynamic memory module units. Each memory unit includes a number of rows of random access memory (RAM) chips. The subsystem further includes an adder circuit, a pair of tristate operated address register circuits and timing circuits. The address circuits include a pair of tristate operated address registers which couple to the bus and to the set of address lines to each memory unit. In response to a memory request, the registers store row and column address portions of a chip address of the memory request. A multibit adder circuit which couples to the bus is connected to increment by one the low order column address portion when the least significant address bit of the memory request indicates a subboundary address condition thereby enabling access to a pair of sequential word locations. Whenever a memory request specifies an address which cannot access a double word, boundary circuits upon detecting the condition cause the timing circuits to generate only timing signals necessary for accessing the first word location.
    • 耦合到多字总线以用于处理从其接收的存储器请求的存储器子系统包括至少一对独立可寻址的动态存储器模块单元。 每个存储器单元包括多行随机存取存储器(RAM)芯片。 子系统还包括加法器电路,一对三态操作地址寄存器电路和定时电路。 地址电路包括一对三态操作的地址寄存器,其耦合到总线和到每个存储器单元的一组地址线。 响应于存储器请求,寄存器存储存储器请求的芯片地址的行和列地址部分。 当存储器请求的最低有效地址位指示子边界地址条件从而使得能够访问一对顺序字位置时,耦合到总线的多位加法器电路被连接以递增低位列地址部分的一个。 每当存储器请求指定不能访问双字的地址时,边界电路打开检测状态使得定时电路只产生访问第一字位置所必需的定时信号。
    • 6. 发明授权
    • Sequential word aligned address apparatus
    • 顺序字对齐地址设备
    • US4376972A
    • 1983-03-15
    • US110521
    • 1980-01-08
    • Robert B. JohnsonChester M. Nibby, Jr.Dana W. Moore
    • Robert B. JohnsonChester M. Nibby, Jr.Dana W. Moore
    • G11C11/401G06F12/02G06F12/04G06F12/06G06F13/12G06F13/00
    • G06F12/04G06F12/02
    • A memory subsystem which couples to a multiword bus for processing memory requests received therefrom includes at least a pair of independently addressable dynamic memory module units. Each memory unit includes a number of rows of random access memory (RAM) chips. The subsystem further includes an adder circuit, a pair of tri-state operated address register circuits and timing circuits. The address circuits include a pair of tri-state operated address registers which couple to the bus and to the set of address lines to each memory unit. In response to a memory request, the registers store row and column address portions of a chip address of the memory request. A multibit adder circuit is connected to increment by one the low order row address when the least significant address bits of the memory request indicate a subboundary address condition thereby enabling access to a pair of sequential word locations. Whenever a memory request specifies an address which cannot access a double word, boundary circuits upon detecting the condition cause the timing circuits to generate only timing signals necessary for accessing the first word location.
    • 耦合到多字总线以用于处理从其接收的存储器请求的存储器子系统包括至少一对独立可寻址的动态存储器模块单元。 每个存储器单元包括多行随机存取存储器(RAM)芯片。 子系统还包括加法器电路,一对三态操作地址寄存器电路和定时电路。 地址电路包括一对三态操作地址寄存器,其耦合到总线和到每个存储器单元的地址线集合。 响应于存储器请求,寄存器存储存储器请求的芯片地址的行和列地址部分。 当存储器请求的最低有效地址位指示子边界地址条件从而使得能够访问一对顺序字位置时,多位加法器电路被连接以递增一个低位行地址。 每当存储器请求指定不能访问双字的地址时,边界电路在检测到条件时,使定时电路仅产生访问第一字位置所必需的定时信号。
    • 7. 发明授权
    • Method and apparatus for testing and verifying the operation of error
control apparatus within a memory
    • 用于测试和验证存储器内的错误控制装置的操作的方法和装置
    • US4359771A
    • 1982-11-16
    • US172486
    • 1980-07-25
    • Robert B. JohnsonChester M. Nibby, Jr.
    • Robert B. JohnsonChester M. Nibby, Jr.
    • G06F12/16G06F11/10G06F11/22G06F11/267G11C11/406G11C29/00G11C29/42
    • G06F11/2215G06F11/106G11C11/406
    • Soft error rewrite control apparatus is included within a memory system for rendering the semiconductor memory modules less susceptible to single bit errors produced by alpha particles and other system disturbances. During a number of successive memory cycles occurring at a predetermined rate, the soft error rewrite control apparatus enables the read out of information stored within each module location, the correction of any single bit errors contained therein and the rewriting of the corrected information back into such location. Diagnostic apparatus is further included which is connected to place the memory system in a state for testing and verifying the operation of the soft error control apparatus. Also, the diagnostic apparatus is connected to condition the soft error control apparatus for operating in a high speed mode enabling the read out correction and rewriting of each location to take place within a minimum amount of time. By monitoring the status of the information being corrected, the diagnostic apparatus is able to signal whether or not the soft error control apparatus is operating properly.
    • 软错误重写控制装置包括在存储器系统内,用于使半导体存储器模块不易受由α粒子和其他系统干扰产生的单位错误的影响。 在以预定速率发生的多个连续存储循环期间,软错误重写控制装置使得能够读出存储在每个模块位置内的信息,校正其中包含的任何单个位错误,以及将校正后的信息重新写入其中 位置。 还包括诊断装置,其连接以将存储器系统置于用于测试和验证软错误控制装置的操作的状态。 此外,诊断装置被连接以对软错误控制装置进行调整,以便在高速模式下操作,使得能够在最小时间内进行每个位置的读出校正和重写。 通过监视正在修正的信息的状态,诊断装置能够通知软错误控制装置是否正常工作。
    • 8. 发明授权
    • Method of constructing a number of different memory systems
    • 构建多个不同存储器系统的方法
    • US4255852A
    • 1981-03-17
    • US57783
    • 1979-07-16
    • Robert B. JohnsonChester M. Nibby, Jr.
    • Robert B. JohnsonChester M. Nibby, Jr.
    • H05K1/00H05K1/11H05K3/32
    • H05K1/116H05K1/029H05K1/0295H05K1/0298H05K2201/09954H05K2201/10689Y10T29/49139
    • A printed circuit board assembly includes at least two layers which is able to accommodate a subsystem such as a memory subsystem designed to have one or more optional features. The two layers of the printed circuit board when etched include the required number of horizontal and vertical paths to be connected to all of the integrated circuit chips to be positioned and interconnected thereon. The required holes for such integrated circuit chips when drilled include first sets of holes for mounting groups of integrated circuit chips required for implementing a first group of features and which are to be interconnected to the other integrated circuit chips of the subsystem mounted on the different sections of the board. Second sets of holes are included on the board so as to have a predetermined relationship with the first sets of holes for mounting alternative groups of integrated circuit chips to be interconnected in a manner to implement other features. Thereafter, the circuit board is populated with only those integrated circuit chips required for construction of a memory subsystem with one or more selected features.
    • 印刷电路板组件包括至少两层,其能够容纳诸如设计成具有一个或多个可选特征的存储器子系统的子系统。 当蚀刻时,印刷电路板的两层包括要连接到要定位和互连在其上的所有集成电路芯片的所需数量的水平和垂直路径。 用于这种集成电路芯片的所需的孔在钻孔时包括用于实现第一组特征所需的集成电路芯片组的第一组孔,并且其将被连接到安装在不同部分上的子系统的其它集成电路芯片 的董事会。 第二组孔包括在板上,以便与第一组孔相关联,以便以相互连接的替代的集成电路芯片组来实现其他特征。 此后,电路板仅填充用于构造具有一个或多个所选特征的存储器子系统所需的那些集成电路芯片。
    • 10. 发明授权
    • Apparatus for deferring error detection of multibyte parity encoded data
received from a plurality of input/output data sources
    • 用于推迟从多个输入/输出数据源接收的多字节奇偶编码数据的错误检测的装置
    • US4388684A
    • 1983-06-14
    • US248107
    • 1981-03-27
    • Chester M. Nibby, Jr.Robert B. Johnson
    • Chester M. Nibby, Jr.Robert B. Johnson
    • G06F11/10
    • G06F11/1044
    • Apparatus is included in a main memory subsystem of a data processing system which receives multibyte data from a plurality of input/output devices connected to a common bus. During a write cycle of operation, a device applies the multibyte data signals together with associated parity bits for writing into an addressed storage location of memory. During the write cycle, error encoder circuits generate check code bits from the multibyte data and parity bits which are coded to signal selectively the presence of a multibyte uncorrectable error condition in accordance with the parity bits from a device. During a read cycle of operation, error detection and correction decoder circuits connected to the memory in response to the data and check bits read out from an addressed location are operative to generate a number of syndrome bits. These bits have a predetermined characteristic for indicating the existence of an uncorrectable error condition when one or more data bytes were in error and there was a single bit error in memory.
    • 装置包括在数据处理系统的主存储器子系统中,该数据处理系统从连接到公共总线的多个输入/输出装置接收多字节数据。 在操作的写周期期间,设备将多字节数据信号与相关联的奇偶校验位一起应用以写入存储器的寻址存储位置。 在写入周期期间,错误编码器电路从多字节数据和奇偶校验位产生校验码位,这些位被编码以根据来自设备的奇偶校验位选择性地显示多字节不可校正错误状况的存在。 在操作的读取周期期间,响应于从寻址位置读出的数据和校验位连接到存储器的错误检测和校正解码器电路可操作以产生多个校正子位。 当一个或多个数据字节出错并且存储器中存在单个位错误时,这些位具有用于指示存在不可校正错误状况的预定特性。