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    • 1. 发明授权
    • Network managing method, medium and system
    • 网络管理方法,媒体和系统
    • US06732170B2
    • 2004-05-04
    • US09867617
    • 2001-05-31
    • Shigeru MiyakeSatoru TezukaSatoshi MiyazakiKeizo MizuguchiTakashi YoshimaruShingo UtsukiShotaro TamayamaYoshihiro Kamata
    • Shigeru MiyakeSatoru TezukaSatoshi MiyazakiKeizo MizuguchiTakashi YoshimaruShingo UtsukiShotaro TamayamaYoshihiro Kamata
    • G06F1300
    • H04L41/22H04L41/0213H04L41/0233H04L41/046H04L41/12
    • For realizing a system for uniformly operating and managing a network system capable of managing a plurality of types of logical networks for one network entity composed of a plurality of objects, information on network topologies is collected from each of the plurality of objects. Display data is created for each of a plurality of types of logical network topologies for each object in accordance with the collected information on network topologies. A control is conducted in accordance with the created display data so as to display a physical connection relationship, a logical connection relationship, and a virtual connection relationship on a virtual screen. Also, for providing a database display method capable of displaying information contained in a database in a state suitable to display characteristics of the data, data in the database is two-dimensionally displayed in a two-dimensional display area, and all or a portion of the two-dimensionally displayed data is three-dimensionally displayed in a three-dimensional display area. A projection view of the three-dimensional display is also displayed in a projection view display area. The user can manipulate any of the displays in the respective display areas, and the manipulation is reflected to the remaining displays.
    • 为了实现统一操作和管理能够管理由多个对象组成的一个网络实体的多种类型的逻辑网络的网络系统的系统,从多个对象中的每一个收集关于网络拓扑的信息。 根据收集的关于网络拓扑的信息,为每个对象的多种类型的逻辑网络拓扑中的每一种创建显示数据。 根据创建的显示数据进行控制,以在虚拟屏幕上显示物理连接关系,逻辑连接关系和虚拟连接关系。 此外,为了提供能够以适于显示数据的特性的状态显示数据库中包含的信息的数据库显示方法,数据库中的数据被二维显示在二维显示区域中,全部或一部分 二维显示的数据被三维地显示在三维显示区域中。 三维显示器的投影视图也显示在投影视图显示区域中。 用户可以操纵各个显示区域中的任何显示器,并且操作被反映到剩余的显示器。
    • 2. 发明授权
    • Network managing method and system
    • 网络管理方法和系统
    • US6047320A
    • 2000-04-04
    • US971621
    • 1997-11-17
    • Satoru TezukaShigeru MiyakeSatoshi MiyazakiKeizo MizuguchiAkio Shigeta
    • Satoru TezukaShigeru MiyakeSatoshi MiyazakiKeizo MizuguchiAkio Shigeta
    • G06F13/00H04L12/24
    • H04L41/00H04L12/24
    • A network managing method which divides a network to be managed into a plurality of virtual closed area networks, and defines management information on the virtual closed area networks separately in a plurality of logical hierarchies. A virtual LAN/network space defines a connection state among closed area networks, a closed area space defines attribute information on nodes within a closed area network, and a virtual service defines logical arrangement information on nodes in the overall network. The management information is distributively stored in each node and utilized for communication control and so on. When the configuration of the network is changed due to movements of nodes and so on, an administrator inputs the contents of update from the manager of each layer, so that the manager communicates with a node containing corresponding management information to instruct the node to update the management information.
    • 一种网络管理方法,其将要管理的网络划分为多个虚拟闭合区域网络,并且在多个逻辑层次中分别定义虚拟封闭区域网络上的管理信息。 虚拟LAN /网络空间定义闭合区域网络之间的连接状态,封闭区域空间定义封闭区域网络内节点上的属性信息,虚拟服务定义整个网络中节点上的逻辑排列信息。 管理信息分布式存储在每个节点中,用于通信控制等。 当网络的配置由于节点的移动等而改变时,管理员从每个层的管理员输入更新的内容,使得管理者与包含相应的管理信息的节点进行通信,以指示节点更新 管理信息。
    • 3. 发明授权
    • Network managing method and system
    • 网络管理方法和系统
    • US06735626B1
    • 2004-05-11
    • US09536640
    • 2000-03-28
    • Satoru TezukaShigeru MiyakeSatoshi MiyazakiKeizo MizuguchiAkio Shigeta
    • Satoru TezukaShigeru MiyakeSatoshi MiyazakiKeizo MizuguchiAkio Shigeta
    • G06F15173
    • H04L41/00
    • A network managing method which divides a network to be managed into a plurality of virtual closed area networks, and defines management information on the virtual closed area networks separately in a plurality of logical hierarchies. A virtual LAN/network space defines a connection state among closed area networks, a closed area space defines attribute information on nodes within a closed area network, and a virtual service defines logical arrangement information on nodes in the overall network. The management information is distributively stored in each node and utilized for MAC control. When the configuration of the network is changed due to movements of nodes, an administrator inputs the contents of the change from the manager of each layer, so that the manager communicates with a node containing corresponding management information to instruct the node to update management information.
    • 一种网络管理方法,其将要管理的网络划分为多个虚拟闭合区域网络,并且在多个逻辑层次中分别定义虚拟封闭区域网络上的管理信息。 虚拟LAN /网络空间定义闭合区域网络之间的连接状态,封闭区域空间定义封闭区域网络内节点上的属性信息,虚拟服务定义整个网络中节点上的逻辑排列信息。 管理信息分布式存储在每个节点中,用于MAC控制。 当由于节点的移动而改变网络的配置时,管理员从每个层的管理员输入改变的内容,使得管理者与包含相应管理信息的节点进行通信,以指示节点更新管理信息。
    • 9. 发明授权
    • Multi-chip package semiconductor memory device
    • 多芯片封装半导体存储器件
    • US09070482B2
    • 2015-06-30
    • US13159517
    • 2011-06-14
    • Satoshi MiyazakiHidekazu Nasu
    • Satoshi MiyazakiHidekazu Nasu
    • G06F12/00G06F13/00G06F13/28G11C29/00
    • G11C29/70G11C29/76H01L2224/48147
    • An MCP type semiconductor memory device having a defective cell remedy function, enables easy design and manufacture while minimizing chip area increase. The semiconductor memory device includes memory chips and a memory controller chip that designates an address of a memory chip according to an access request received from outside and controls access to the designated address. Each memory chip includes first and second storage regions and an information holder that holds address information representing associations between addresses in the first and second storage regions. The memory controller chip includes an address translating part that performs, upon receiving a request to access a specific address in the first storage region indicated by the address information, address designation by translating the specific address in the first storage region to an address in the second storage region corresponding to the specific address based on the associations represented by the address information.
    • 具有缺陷电池补救功能的MCP型半导体存储器件能够容易地进行设计和制造,同时最小化芯片面积增加。 半导体存储器件包括存储器芯片和存储器控制器芯片,其根据从外部接收的访问请求来指定存储器芯片的地址,并控制对指定地址的访问。 每个存储器芯片包括第一和第二存储区域以及信息保持器,其保存表示第一和第二存储区域中的地址之间的关联的地址信息。 存储器控制器芯片包括:地址转换部,其在接收到由地址信息指示的第一存储区域中访问特定地址的请求时,通过将第一存储区域中的特定地址转换为第二存储区域中的地址来执行地址指定 存储区域基于由地址信息表示的关联而与特定地址相对应。
    • 10. 发明授权
    • Multi-chip package semiconductor memory device
    • 多芯片封装半导体存储器件
    • US08723303B2
    • 2014-05-13
    • US13159513
    • 2011-06-14
    • Hidekazu NasuSatoshi Miyazaki
    • Hidekazu NasuSatoshi Miyazaki
    • H01L23/02H01L23/48
    • G11C5/02H01L25/0652H01L2224/48145H01L2224/48147H01L2224/49171H01L2224/49175H01L2225/06562H01L2924/09701H01L2924/181H01L2924/00H01L2924/00012
    • An MCP type semiconductor memory device having a structure in which a stack memory chip including a plurality of stacked memory chips and a memory controller chip are juxtaposed on a substrate, which achieves a reduction in package size. The semiconductor memory device includes a stack memory chip including a plurality of stacked memory chips, a substrate on which the stack memory chip is provided, and a memory controller chip adjacent the stack memory chip on the substrate. The stack memory chip is constructed such that an upper memory chip is stacked so as to shift toward a mounting position of the memory controller chip relative to a memory chip immediately below the upper memory chip. At least a part of the memory controller chip is received within a space between the substrate and a part of the stack memory chip that protrudes toward the memory controller chip.
    • 一种MCP型半导体存储器件,其结构是将包括多个堆叠的存储器芯片的堆叠存储器芯片和存储器控制器芯片并置在基板上,这实现了封装尺寸的减小。 半导体存储器件包括堆叠存储器芯片,其包括多个层叠的存储器芯片,其上提供有堆叠存储器芯片的衬底以及与衬底上的堆叠存储器芯片相邻的存储器控​​制器芯片。 堆叠存储器芯片被构造成使得上部存储器芯片被堆叠以便相对于位于上部存储器芯片正下方的存储器芯片朝向存储器控制器芯片的安装位置移动。 存储器控制器芯片的至少一部分被接收在衬底和向存储器控制器芯片突出的堆叠存储器芯片的一部分之间的空间内。