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    • 51. 发明授权
    • Method and system for migrating virtual machines between hypervisors
    • 在虚拟机管理程序之间迁移虚拟机的方法和系统
    • US08196138B2
    • 2012-06-05
    • US12050378
    • 2008-03-18
    • Claus AllwellMichael BehrendtGerd BreiterSebastian OttHans-Joachim PichtJens Wollenhaupt
    • Claus AllwellMichael BehrendtGerd BreiterSebastian OttHans-Joachim PichtJens Wollenhaupt
    • G06F9/455
    • G06F9/461G06F9/45558G06F2009/4557
    • A method for migrating virtual machines between hypervisors is disclosed. Initially, metadata describing a virtual machine are automatically scanned and parsed. The structure of the metadata of a source virtual machine are automatically analyzed. Elements of this structure are mapped to corresponding entries of a target virtual machine. A target metadata descriptor to be used as part of the target virtual machine is generated. A predefined layout description of the data stored in a file system image of the source virtual machine read. A predefined layout description of the data to be stored in a file system image to be used at the target virtual machine is also read. The data are extracted from the source virtual machine. A template of a file system image for the target virtual system is generated. Storage space corresponding to the target virtual machine is allocated, and the extracted data are inserted into the allocated storage space.
    • 公开了一种在虚拟机管理程序之间迁移虚拟机的方法。 最初,描述虚拟机的元数据将被自动扫描并解析。 自动分析源虚拟机元数据的结构。 该结构的元素映射到目标虚拟机的相应条目。 将生成要用作目标虚拟机的一部分的目标元数据描述符。 存储在源虚拟机的文件系统映像中的数据的预定义布局描述被读取。 还将读取要存储在目标虚拟机中要使用的文件系统映像中的数据的预定义布局描述。 从源虚拟机中提取数据。 生成目标虚拟系统的文件系统映像的模板。 分配与目标虚拟机对应的存储空间,并将提取的数据插入分配的存储空间。
    • 53. 发明申请
    • Method and System For Executing System Management Flows
    • 执行系统管理流程的方法和系统
    • US20080109806A1
    • 2008-05-08
    • US11556728
    • 2006-11-06
    • Gerd BreiterEinar LueckRuediger MaassSteffen RostThomas Spatzier
    • Gerd BreiterEinar LueckRuediger MaassSteffen RostThomas Spatzier
    • G06F9/50
    • G06F9/5038
    • Orders are processed within an Order Processing Environment which includes an Order Processing Container, Relationship Registry, and Factory Registry. The Order Processing Environment is extended by a Reference Resolvement Function Component. The RRFC provides the basic functionality for resolving References defined in the Order Document at runtime and make the referenced data available as a usual input parameter for the resources involved in the Order Processing. Each Task in the Order may contain Resource Property References and Resource Property Relationship References which are pointers to properties of resources. These references are resolved by the RRFC during the Order Processing before the Order Document is delegated from one resource to the next. When resolving a Reference, the value of the referenced Resource Property is determined and the Reference is replaced by this value so that it can be used by the resource having it defined in its Task section as a usual input parameter. Hence, by using References, resources are able to get access to the properties of other resources that participate in the Order Processing or are contained in the Resource Topology tree and use them as an input parameter for executing their own Task without having to know where the data is gathered from.
    • 在订单处理环境中处理订单,其中包括订单处理容器,关系注册表和工厂注册表。 订单处理环境由参考解析函数组件扩展。 RRFC提供了在运行时解决订单文档中定义的引用的基本功能,并使参考数据作为订单处理中涉及的资源的常规输入参数。 订单中的每个任务可能包含资源属性引用和资源属性关系引用,它们是资源属性的指针。 这些引用在订单处理期间由订单文档从一个资源委托给下一个资源之前由RRFC解决。 当解析引用时,确定引用的资源属性的值,并将该引用替换为该值,以使其可以由其任务部分中定义的资源作为通常的输入参数使用。 因此,通过使用引用,资源能够访问参与订单处理的其他资源的属性,或者包含在资源拓扑树中,并将其用作执行其自己的任务的输入参数,而不必知道 收集数据。
    • 54. 发明申请
    • Management System and Method for Managing Distributed Resources
    • 管理系统和管理分布式资源的方法
    • US20070245357A1
    • 2007-10-18
    • US10583595
    • 2004-12-09
    • Gerd BreiterJochen BrehThomas Spatzier
    • Gerd BreiterJochen BrehThomas Spatzier
    • G06F9/44
    • G06F9/50
    • The present invention provides a new management system and a new method for managing distributed resources (61-66), comprising a workflow engine (88) that can execute management workflows in order to actively control the distributed resources (61-66). The new management system is characterized in that autonomic Correlation Services (74-76) are introduced that manage different functional parts of the managed system in cooperation with workflow engine (88), whereby each Correlation Service (74-76) employs a Correlation Engine (174, 175) and a set of rules (184, 185, 186) that describe how underlying resources (61-66) shall be managed, whereby a controller (44) communicates with the Correlation Services (74-76).
    • 本发明提供一种用于管理分布式资源的新的管理系统和新的方法,包括可以执行管理工作流以便主动地控制分布式资源的工作流引擎(88)。 新的管理系统的特点是引入了与工作流引擎(88)协作管理受管系统的不同功能部件的自主相关服务(74-76),每个相关服务(74-76)使用相关引擎( 174和175)以及一组描述如何管理基础资源(61 - 66)的规则(184,185,186),从而控制器(44)与相关服务(74 - 76)进行通信。
    • 55. 发明授权
    • File futures
    • 文件期货
    • US07107351B2
    • 2006-09-12
    • US09746190
    • 2000-12-22
    • Sascha BaumeisterGerd Breiter
    • Sascha BaumeisterGerd Breiter
    • G06F15/16G06F15/173
    • H04L67/06H04L29/06027H04L69/329
    • The present invention relates to a method comprising improvements in transferring large data amounts e.g., large files associated with ‘new media’ like audio and video data which are streamed through the network. The present invention comprises basically to decouple the transfer and the rendering of data in a way that combines the strength, i.e., the advantages of the streaming paradigm with the flexibility and usability advantages of the store&forward paradigm. This is basically achieved by separating the application logic from the transport logic. The transfer/transport logic is covered by a novel transfer protocol whereas the player application logic can issue standard file access statements like fread, fseek in order to access and render the streamed data.
    • 本发明涉及一种方法,其包括改进大量数据量,例如与通过网络流式传输的诸如音频和视频数据的“新媒体”相关联的大文件。 本发明基本上包括将数据的转移和呈现以将存储和转发范式的灵活性和可用性优点结合在一起的方式来解耦。 这基本上通过将应用逻辑与传输逻辑分离来实现。 传输/传输逻辑被新颖的传输协议覆盖,而播放器应用逻辑可以发出诸如fread,fseek的标准文件访问语句,以便访问和呈现流传输的数据。
    • 58. 发明授权
    • Method and system for integration of new media into character-oriented applications
    • 将新媒体整合到面向角色的应用程序中的方法和系统
    • US06816883B2
    • 2004-11-09
    • US09746061
    • 2000-12-22
    • Sascha BaumeisterGerd BreiterThomas Raith
    • Sascha BaumeisterGerd BreiterThomas Raith
    • G06F1516
    • H04L29/06H04L67/1002H04L67/1095H04L69/329Y10S707/99953Y10S707/99955
    • An improved method and system is provided for providing the end-user of a mainframe application running a limited, character-oriented transfer protocol like the IBM3270 protocol with a combined rendering of non-character, i.e. new media data and traditional character data preferably on the same end-user computer. It is proposed to install an individually programmed program component (28), called Server Media Resolution Service (SMRS) on the application server (16) site and a matching program component (30), called Client Media Resolution Service (CMRS) which is a universal, standard component without any individual application specific features. The SMRS is told the client computer destination, searches the requested media address and feeds this meta information to the CMRS which in turn manages the start of a client site media renderer in order to render the new media data received from a datastore such as the File System (20). A practical example of the media renderer could be a media player (14) which requests and renders a streamable asset provided by a a stream server (22) to said media player (14). Thus, when any change in the host application program is required such changes have to be done in the host application only, the SMRS and the plurality of CMRS components may, however, remain untouched which reduces system programmers work significantly.
    • 提供了一种改进的方法和系统,用于提供运行有限的,面向字符的传输协议(如IBM3270协议)的大型机应用的最终用户,其具有非字符的组合呈现,即新媒体数据和传统字符数据,优选地在 相同的终端用户计算机。 建议在应用服务器(16)站点上安装一个单独编程的程序组件(28),称为服务器介质解决服务(SMRS),以及称为客户端介质解析服务(CMRS)的匹配程序组件(30) 通用,标准组件,无任何个别应用特定功能。 SMRS被告知客户端计算机目的地,搜索请求的媒体地址并将该元信息馈送给CMRS,CMRS又管理客户端站点媒体渲染器的开始,以便呈现从数据存储(例如文件)接收的新媒体数据 系统(20)。 媒体呈现器的实际示例可以是媒体播放器(14),其向所述媒体播放器(14)请求并呈现由流服务器(22)提供的可流式资产。 因此,当需要主机应用程序的任何改变时,必须仅在主机应用程序中进行这种改变,然而,SMRS和多个CMRS组件可以保持不变,这降低了系统程序员的工作量。