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    • 1. 发明授权
    • Mechanism for maintaining constant permissions for multiple instances of a device within a cluster
    • 维护集群中设备的多个实例的常量权限的机制
    • US06173413B2
    • 2001-01-09
    • US09076347
    • 1998-05-12
    • Gregory L. SlaughterXiaoyan Zheng
    • Gregory L. SlaughterXiaoyan Zheng
    • G06F1107
    • G06F11/142Y10S707/99953
    • A cluster implements a virtual disk system that provides each node of the cluster access to each storage device of the cluster. The virtual disk system provides high availability such that a storage device may be accessed and data access requests are reliably completed even in the presence of a failure. To ensure consistent mapping and file permission data among the nodes, data are stored in a highly available cluster database. Because the cluster database provides consistent data to the nodes even in the presence of a failure, each node will have consistent mapping and file permission data. A cluster transport interface is provided that establishes links between the nodes and manages the links. Messages received by the cluster transports interface are conveyed to the destination node via one or more links. The configuration of a cluster may be modified during operation. Prior to modifying the configuration, a reconfiguration procedure suspends data access requests and waits for pending data access requests to complete. The reconfiguration is performed and the mapping is modified to reflect the new configuration. The node then updates the internal representation of the mapping and resumes issuing data access requests.
    • 集群实现虚拟磁盘系统,为集群的每个节点访问集群的每个存储设备。 虚拟磁盘系统提供高可用性,使得即使存在故障也可以访问存储设备并且可靠地完成数据访问请求。 为了确保节点之间一致的映射和文件许可数据,数据存储在高度可用的集群数据库中。 因为即使在出现故障的情况下,集群数据库也为节点提供一致的数据,每个节点都将具有一致的映射和文件权限数据。 提供集群传输接口,其建立节点之间的链路并管理链路。 由群集传输接口接收的消息通过一个或多个链路被传送到目的地节点。 集群的配置可能会在操作过程中进行修改。 在修改配置之前,重新配置过程挂起数据访问请求并等待待完成的待处理数据访问请求。 执行重新配置,并修改映射以反映新配置。 然后该节点更新映射的内部表示,并恢复发布数据访问请求。
    • 2. 发明授权
    • Highly available cluster virtual disk system
    • 高度可用的集群虚拟磁盘系统
    • US5964886A
    • 1999-10-12
    • US76388
    • 1998-05-12
    • Gregory L. SlaughterBernard A. TraversatRobert HerndonXiaoyan Zheng
    • Gregory L. SlaughterBernard A. TraversatRobert HerndonXiaoyan Zheng
    • G06F11/20G06F11/00
    • G06F11/201
    • A cluster implements a virtual disk system that provides each node of the cluster access to each storage device of the cluster. The virtual disk system provides high availability such that a storage device may be accessed and data access requests are reliably completed even in the presence of a failure. To ensure consistent mapping and file permission data among the nodes, data are stored in a highly available cluster database. Because the cluster database provides consistent data to the nodes even in the presence of a failure, each node will have consistent mapping and file permission data. A cluster transport interface is provided that establishes links between the nodes and manages the links. Messages received by the cluster transports interface are conveyed to the destination node via one or more links. The configuration of a cluster may be modified during operation. Prior to modifying the configuration, a reconfiguration procedure suspends data access requests and waits for pending data access requests to complete. The reconfiguration is performed and the mapping is modified to reflect the new configuration. The node then updates the internal representation of the mapping and resumes issuing data access requests.
    • 集群实现虚拟磁盘系统,为集群的每个节点访问集群的每个存储设备。 虚拟磁盘系统提供高可用性,使得即使存在故障也可以访问存储设备并且可靠地完成数据访问请求。 为了确保节点之间一致的映射和文件许可数据,数据存储在高度可用的集群数据库中。 因为即使在出现故障的情况下,集群数据库也为节点提供一致的数据,每个节点都将具有一致的映射和文件权限数据。 提供集群传输接口,其建立节点之间的链路并管理链路。 由群集传输接口接收的消息通过一个或多个链路被传送到目的地节点。 集群的配置可能会在操作过程中进行修改。 在修改配置之前,重新配置过程挂起数据访问请求并等待待完成的待处理数据访问请求。 执行重新配置,并修改映射以反映新配置。 然后该节点更新映射的内部表示,并恢复发布数据访问请求。
    • 3. 发明授权
    • Mechanism for reliable update of virtual disk device mappings without corrupting data
    • 可靠地更新虚拟磁盘设备映射的机制,而不会破坏数据
    • US06789122B1
    • 2004-09-07
    • US09587677
    • 2000-06-05
    • Gregory L. SlaughterBernard A. TraversatRobert J. BlockXiaoyan Zheng
    • Gregory L. SlaughterBernard A. TraversatRobert J. BlockXiaoyan Zheng
    • G06F1100
    • G06F11/1423G06F11/201G06F2201/815
    • A cluster implements a virtual disk system that provides each node of the cluster access to each storage device of the cluster. The virtual disk system provides high availability such that a storage device may be accessed and data access requests are reliably completed even in the presence of a failure. To ensure consistent mapping and file permission data among the nodes, data are stored in a highly available cluster database. Because the cluster database provides consistent data to the nodes even in the presence of a failure, each node will have consistent mapping and file permission data. A cluster transport interface is provided that establishes links between the nodes and manages the links. Messages received by the cluster transports interface are conveyed to the destination node via one or more links. The configuration of a cluster may be modified during operation. Prior to modifying the configuration, a reconfiguration procedure suspends data access requests and waits for pending data access requests to complete. The reconfiguration is performed and the mapping is modified to reflect the new configuration. The node then updates the internal representation of the mapping and resumes issuing data access requests.
    • 集群实现虚拟磁盘系统,为集群的每个节点访问集群的每个存储设备。 虚拟磁盘系统提供高可用性,使得即使存在故障也可以访问存储设备并且可靠地完成数据访问请求。 为了确保节点之间一致的映射和文件许可数据,数据存储在高度可用的集群数据库中。 因为即使在出现故障的情况下,集群数据库也为节点提供一致的数据,每个节点都将具有一致的映射和文件权限数据。 提供集群传输接口,其建立节点之间的链路并管理链路。 由群集传输接口接收的消息通过一个或多个链路被传送到目的地节点。 集群的配置可能会在操作过程中进行修改。 在修改配置之前,重新配置过程挂起数据访问请求并等待待完成的待处理数据访问请求。 执行重新配置,并修改映射以反映新配置。 然后该节点更新映射的内部表示,并恢复发布数据访问请求。
    • 4. 发明授权
    • Mechanism for reliable update of virtual disk device mappings without
corrupting data
    • 可靠地更新虚拟磁盘设备映射的机制,而不会破坏数据
    • US6161191A
    • 2000-12-12
    • US76346
    • 1998-05-12
    • Gregory L. SlaughterBernard A. TraversatRobert J. BlockXiaoyan Zheng
    • Gregory L. SlaughterBernard A. TraversatRobert J. BlockXiaoyan Zheng
    • G06F11/14G06F11/00
    • G06F11/1423G06F11/201G06F2201/815
    • A cluster implements a virtual disk system that provides each node of the cluster access to each storage device of the cluster. The virtual disk system provides high availability such that a storage device may be accessed and data access requests are reliably completed even in the presence of a failure. To ensure consistent mapping and file permission data among the nodes, data are stored in a highly available cluster database. Because the cluster database provides consistent data to the nodes even in the presence of a failure, each node will have consistent mapping and file permission data. A cluster transport interface is provided that establishes links between the nodes and manages the links. Messages received by the cluster transports interface are conveyed to the destination node via one or more links. The configuration of a cluster may be modified during operation. Prior to modifying the configuration, a reconfiguration procedure suspends data access requests and waits for pending data access requests to complete. The reconfiguration is performed and the mapping is modified to reflect the new configuration. The node then updates the internal representation of the mapping and resumes issuing data access requests.
    • 集群实现虚拟磁盘系统,为集群的每个节点访问集群的每个存储设备。 虚拟磁盘系统提供高可用性,使得即使存在故障也可以访问存储设备并且可靠地完成数据访问请求。 为了确保节点之间一致的映射和文件许可数据,数据存储在高度可用的集群数据库中。 因为即使在出现故障的情况下,集群数据库也为节点提供一致的数据,每个节点都将具有一致的映射和文件权限数据。 提供集群传输接口,其建立节点之间的链路并管理链路。 由群集传输接口接收的消息通过一个或多个链路被传送到目的地节点。 集群的配置可能会在操作过程中进行修改。 在修改配置之前,重新配置过程挂起数据访问请求并等待待完成的待处理数据访问请求。 执行重新配置,并修改映射以反映新配置。 然后该节点更新映射的内部表示,并恢复发布数据访问请求。
    • 7. 发明授权
    • Method and apparatus for proximity discovery of services
    • 服务接近发现的方法和装置
    • US07412518B1
    • 2008-08-12
    • US09656588
    • 2000-09-07
    • Michael J. DuigouMohamed M. AbdelazizBernard A. TraversatThomas E. SaulpaughGregory L. Slaughter
    • Michael J. DuigouMohamed M. AbdelazizBernard A. TraversatThomas E. SaulpaughGregory L. Slaughter
    • G06F15/16G06F15/173G06F7/00
    • H04L67/16G06F9/547
    • A service discovery protocol may allow clients to discover services on a proximity basis. A service device that provides one or more computing services may support a proximity communication link. A client device may form a proximity communication link with the service device. The client device may directly request from the service device a document that describes an interface to access a service provided by the service device. The service device may provide the document directly to the client device over proximity communication link. The document may include a service advertisement for the service, and the service advertisement may include a schema specifying an interface to at least a portion the service. The client device may use the information from the document to access the service. The client device may support a transport connection in addition to the proximity communication link, and the client device may make the document available to other devices over the transport connection. Thus, the client device may provide a bridge from the transport connection to the proximity communication link so that other devices from a distributed computing environment may access the service.
    • 服务发现协议可以允许客户端在邻近的基础上发现服务。 提供一个或多个计算服务的服务设备可以支持邻近通信链路。 客户端设备可以与服务设备形成邻近通信链路。 客户端设备可以直接从服务设备请求描述访问由服务设备提供的服务的接口的文档。 服务设备可以通过邻近通信链路将文档直接提供给客户端设备。 文档可以包括用于服务的服务广告,并且服务广告可以包括指定至少部分服务的接口的模式。 客户端设备可以使用来自文档的信息来访问服务。 客户端设备除了邻近通信链路之外还可以支持传输连接,并且客户端设备可以通过传输连接使文档可用于其​​他设备。 因此,客户端设备可以提供从传输连接到邻近通信链路的网桥,使得来自分布式计算环境的其他设备可以访问该服务。
    • 10. 发明授权
    • Remote method invocation with secure messaging in a distributed computing environment
    • 在分布式计算环境中使用安全消息传递进行远程方法调用
    • US07243356B1
    • 2007-07-10
    • US09672145
    • 2000-09-27
    • Thomas E. SaulpaughGregory L. SlaughterBernard A. TraversatMichael J. Duigou
    • Thomas E. SaulpaughGregory L. SlaughterBernard A. TraversatMichael J. Duigou
    • G06F9/44G06F15/173
    • H04L63/0823G06F9/465H04L63/126H04L67/02H04L67/16H04L67/20
    • A secure interface between clients and services in a distributed computing environment is described. Method gates may provide an interface to remotely invoke functions of a service. A method gate may be generated from an advertisement that may include definitions for one or more messages for remotely invoking functions of the service. A client may generate messages containing representations of method calls. The service may invoke functions that correspond to the set of messages. A method gate on the service may unmarshal the message and invoke the function. The client may receive the results of the function directly. Alternatively, the results may be stored, an advertisement to the results may be provided, and a gate may be generated to access the results. Message gates may perform the sending and receiving of the messages between the client and service. In one embodiment, functions of the service may be computer programming language (e.g. Java) methods. In one embodiment, a message including a representation of a method call may be generated when no actual method call was made. In one embodiment, a method call may be transformed into messages that may be sent to the service; the service may not know that the messages were generated from a method call. In one embodiment, a service may transform messages requesting functions into method calls; the client may not know that the service is invoking methods to perform the functions. A credential may be embedded in messages and used for message authentication on the service.
    • 描述了在分布式计算环境中的客户端和服务之间的安全接口。 方法门可以提供用于远程调用服务功能的接口。 可以从可以包括用于远程调用服务功能的一个或多个消息的定义的广告生成方法门。 客户端可以生成包含方法调用表示的消息。 该服务可以调用与该组消息相对应的功能。 该服务上的一个方法门可以解组消息并调用该功能。 客户端可以直接接收功能的结果。 或者,可以存储结果,可以提供对结果的广告,并且可以生成门以访问结果。 消息门可以执行客户端和服务之间的消息的发送和接收。 在一个实施例中,服务的功能可以是计算机编程语言(例如Java)方法。 在一个实施例中,当不进行实际的方法调用时,可以生成包括方法调用的表示的消息。 在一个实施例中,方法调用可以被转换成可以被发送到服务的消息; 该服务可能不知道消息是从方法调用生成的。 在一个实施例中,服务可以将请求功能的消息转换为方法调用; 客户端可能不知道该服务正在调用执行功能的方法。 证书可能嵌入到消息中,并用于服务上的消息认证。