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    • 2. 发明授权
    • Secure user authentication to computing resource via smart card
    • 通过智能卡安全的计算资源用户认证
    • US06834795B1
    • 2004-12-28
    • US09895510
    • 2001-06-29
    • Brian RasmussenMatthew Harmsen
    • Brian RasmussenMatthew Harmsen
    • G06K500
    • G06Q20/3829G06F21/33G06F21/34G06Q20/02G06Q20/04G06Q20/341G06Q20/3558G06Q20/40975G07F7/1008
    • A simplified user authentication to a computer resource utilizing a smart card. When a new user is issued a smart card, he or she is also issued a user name (ID) and password to be used during a first use to activate the smart card. The user then connects the smart card and enters the user ID and password. The user is authenticated using the user ID and password and identifying information from the smart card. The network administration server then requests a public key from the workstation. The workstation instructs the smart card to generates public and private key. The public key is transmitted to the server. A digital certificate is created the smart card is activated. Once the smart card is activated a simplified login procedure can be used wherein connecting the smart card to a workstation initiates a login process not requiring use of a PIN number or other user input.
    • 使用智能卡的计算机资源的简化用户认证。 当新用户发行智能卡时,他或她也会发出一个用户名(ID)和密码,以便在首次使用时使用以激活智能卡。 用户然后连接智能卡并输入用户ID和密码。 用户使用用户ID和密码进行身份验证,并从智能卡识别信息。 网络管理服务器然后从工作站请求公钥。 工作站指示智能卡生成公钥和私钥。 公钥被传送到服务器。 创建智能卡激活的数字证书。 一旦智能卡被激活,可以使用简化的登录过程,其中将智能卡连接到工作站启动不需要使用PIN号码或其他用户输入的登录过程。
    • 3. 发明申请
    • METHODS AND SYSTEMS FOR PORTING SOFTWARE PACKAGES FROM ONE FORMAT TO ANOTHER
    • 将软件包从一个格式到另一个格式的方法和系统
    • US20080320465A1
    • 2008-12-25
    • US11765100
    • 2007-06-19
    • Nathan G. KINDERMatthew Harmsen
    • Nathan G. KINDERMatthew Harmsen
    • G06F9/44
    • G06F8/62G06F8/61G06F8/65
    • The present invention allows Red Hat Package Manager (RPM) systems to work with non-RPM packages. In particular, the present invention provides for installing an RPM subsystem on a system that has its own native packaging subsystem. The RPM subsystem is initially delivered as a package wrapped in the non-RPM format of the native packaging system and installed. An administrator may then install RPM packages using the RPM tools of the RPM subsystem. When an RPM package is installed, the RPM subsystem is also configured to create a stub entry in the native packaging, non-RPM system. The stub entry may contain the normal package information, such as name, version, description, as well as a list of files contained in a package. The stub may also contain uninstallation logic, which serves as a “callback” into the RPM subsystem during package removal and causes the RPM subsystem to remove the package when invoked. Removal of a RPM package via RPM tools also causes the removal of the stub entry. Accordingly, both the RPM subsystem and native packaging, non-RPM subsystem may have consistent states.
    • 本发明允许Red Hat软件包管理器(RPM)系统使用非RPM软件包。 特别地,本发明提供了在具有其自己的本地封装子系统的系统上安装RPM子系统。 RPM子系统最初以包装在本机包装系统的非RPM格式的包装方式进行交付并进行安装。 然后,管理员可以使用RPM子系统的RPM工具来安装RPM软件包。 当安装RPM软件包时,RPM子系统也被配置为在本机包装非RPM系统中创建存根条目。 存根条目可能包含正常的包信息,例如名称,版本,描述,以及包中包含的文件列表。 存根还可能包含卸载逻辑,它在软件包删除期间用作RPM子系统的“回调”,并导致RPM子系统在调用时删除该包。 通过RPM工具删除RPM包也会导致删除存根条目。 因此,RPM子系统和本机包装,非RPM子系统可以具有一致的状态。
    • 5. 发明授权
    • Methods and systems for porting software packages from one format to another
    • 将软件包从一种格式移植到另一种格式的方法和系统
    • US08185889B2
    • 2012-05-22
    • US11765100
    • 2007-06-19
    • Nathan G. KinderMatthew Harmsen
    • Nathan G. KinderMatthew Harmsen
    • G06F9/445
    • G06F8/62G06F8/61G06F8/65
    • An RPM subsystem can be installed on a system that has its own native packaging subsystem. The RPM subsystem is initially delivered as a package wrapped in the non-RPM format of the native packaging system and installed. When an RPM package is installed, the RPM subsystem is also configured to create a stub entry in the native packaging, non-RPM system. The stub entry may contain the normal package information, such as name, version, description, as well as a list of files contained in a package. The stub may also contain uninstallation logic, which serves as a “callback” into the RPM subsystem during package removal and causes the RPM subsystem to remove the package when invoked. Removal of a RPM package via RPM tools also causes the removal of the stub entry.
    • RPM子系统可以安装在具有自己的本机包装子系统的系统上。 RPM子系统最初以包装在本机包装系统的非RPM格式的包装方式进行交付并进行安装。 当安装RPM软件包时,RPM子系统也被配置为在本机包装非RPM系统中创建存根条目。 存根条目可能包含正常的包信息,例如名称,版本,描述,以及包中包含的文件列表。 存根还可能包含卸载逻辑,它在软件包删除期间用作RPM子系统的“回调”,并导致RPM子系统在调用时删除该包。 通过RPM工具删除RPM包也会导致删除存根条目。