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    • 2. 发明申请
    • SYSTEM, METHOD AND PROGRAM FOR AUTHENTICATION AND ACCESS CONTROL
    • 用于认证和访问控制的系统,方法和程序
    • US20080320574A1
    • 2008-12-25
    • US11765188
    • 2007-06-19
    • Rhonda L. ChildressOded DubovskyItzhack GoldbergIdo LevyStephen James Watt
    • Rhonda L. ChildressOded DubovskyItzhack GoldbergIdo LevyStephen James Watt
    • H04L9/32
    • H04L63/083H04L63/104
    • System, method and program for managing a production server. An authentication server sends to the production server via a network a group password for a GroupID to access a file in the production server. A user at a workstation sends via a network to the authentication server an individual UserID and corresponding individual password for the user and a request for the group password for the GroupID to access a file in the production server protected by the group password. In response, the authentication server authenticates the individual UserID with the corresponding individual password and returns to the workstation the group password for the GroupID. After receiving the group password from the authentication server, the user at the workstation sends via a network to the production server the group password and GroupID and a request to access the file in the production server protected by the group password. In response, the production server authenticates the GroupID with the group password and grants the user access to the file.
    • 用于管理生产服务器的系统,方法和程序。 认证服务器通过网络向生产服务器发送GroupID的组密码以访问生产服务器中的文件。 工作站中的用户经由网络向身份验证服务器发送单独的用户ID和用户的相应个人密码,以及组ID的组密码请求,以访问受组密码保护的生产服务器中的文件。 作为响应,认证服务器使用相应的单独密码对单个UserID进行身份验证,并向工作站返回GroupID的组密码。 从认证服务器收到组密码后,工作站用户通过网络向生产服务器发送组密码和GroupID,并请求访问受组密码保护的生产服务器中的文件。 作为响应,生产服务器使用组密码对GroupID进行身份验证,并授予用户对该文件的访问权限。
    • 3. 发明授权
    • System, method and program for authentication and access control
    • 用于认证和访问控制的系统,方法和程序
    • US07877791B2
    • 2011-01-25
    • US11765188
    • 2007-06-19
    • Rhonda L. ChildressOded DubovskyItzhack GoldbergIdo LevyStephen James Watt
    • Rhonda L. ChildressOded DubovskyItzhack GoldbergIdo LevyStephen James Watt
    • H04L9/32H04L9/00G06F7/04
    • H04L63/083H04L63/104
    • System, method and program for managing a production server. An authentication server sends to the production server via a network a group password for a GroupID to access a file in the production server. A user at a workstation sends via a network to the authentication server an individual UserID and corresponding individual password for the user and a request for the group password for the GroupID to access a file in the production server protected by the group password. In response, the authentication server authenticates the individual UserID with the corresponding individual password and returns to the workstation the group password for the GroupID. After receiving the group password from the authentication server, the user at the workstation sends via a network to the production server the group password and GroupID and a request to access the file in the production server protected by the group password. In response, the production server authenticates the GroupID with the group password and grants the user access to the file.
    • 用于管理生产服务器的系统,方法和程序。 认证服务器通过网络向生产服务器发送GroupID的组密码以访问生产服务器中的文件。 工作站中的用户经由网络向身份验证服务器发送单独的用户ID和用户的相应个人密码,以及组ID的组密码请求,以访问受组密码保护的生产服务器中的文件。 作为响应,认证服务器使用相应的单独密码对单个UserID进行身份验证,并向工作站返回GroupID的组密码。 从认证服务器收到组密码后,工作站用户通过网络向生产服务器发送组密码和GroupID,并请求访问受组密码保护的生产服务器中的文件。 作为响应,生产服务器使用组密码对GroupID进行身份验证,并授予用户对该文件的访问权限。
    • 4. 发明申请
    • System, method and program for managing default values for computer programs
    • 用于管理计算机程序的默认值的系统,方法和程序
    • US20080126787A1
    • 2008-05-29
    • US11446836
    • 2006-06-05
    • Rhonda L. ChildressOded DubovskyItzhack GoldbergIdo LevyZiv RafalovichMartin J. Tross
    • Rhonda L. ChildressOded DubovskyItzhack GoldbergIdo LevyZiv RafalovichMartin J. Tross
    • G06F1/24
    • G06F9/44505
    • Managing default values. A determination is automatically made that the first program is operating in the batch mode in which user interaction is not intended to affirm or change default values. In response, first current default values for input to the first program are determined, and a determination is made whether a user previously entered or affirmed the first current default values in an interactive mode. If so, the first program is allowed to proceed with operation using the first current default values. If not, the first program is not allowed to proceed with operation using the first current default values. A determination is automatically made that the second program is operating in the interactive mode in which user interaction is intended to affirm or change default values. In response, second current default values for input to the second program are determined, the second current default values are presented to a current user, and a determination is made that a user previously entered or affirmed the second current default values. If the current user does not affirm or change the second current default values within a time-out period, the second program is allowed to proceed with operation using the second current default values. If the current user affirms or changes the second current default values, the second program is allowed to proceed with operation using the affirmed or changed second default values, respectively.
    • 管理默认值。 自动确定第一个程序以批处理模式进行操作,在该模式下,用户交互无意确认或更改默认值。 作为响应,确定用于输入到第一程序的第一当前默认值,并且确定用户先前是否以交互模式输入或确认了第一当前默认值。 如果是这样,则允许第一个程序使用第一个当前默认值继续操作。 如果不是,则不允许第一个程序使用第一个当前默认值继续操作。 自动确定第二个程序在交互模式下操作,在该模式下,用户交互旨在确认或更改默认值。 作为响应,确定用于输入到第二程序的第二当前默认值,将第二当前默认值呈现给当前用户,并且确定用户先前输入或确认了第二当前默认值。 如果当前用户在超时期间内不确认或更改第二当前默认值,则允许第二程序使用第二当前默认值继续操作。 如果当前用户确认或改变第二当前默认值,则允许第二程序使用确认或改变的第二默认值来进行操作。
    • 5. 发明申请
    • Orderly Change Between New And Old Passwords
    • 新老密码之间的有序变更
    • US20120060213A1
    • 2012-03-08
    • US12875934
    • 2010-09-03
    • Rhonda L. ChildressItzhack GoldbergJulianne F. Haugh
    • Rhonda L. ChildressItzhack GoldbergJulianne F. Haugh
    • G06F21/00
    • G06F21/31
    • A processor stores a current password in a current password storage area, which results in committing the current password as a valid password. In turn, the processor initiates a password change interval that indicates a required point at which to change the current password. The processor also stores a future password in a future password storage area, which activates the future password. Activating the future password allows a user to login using the future password, but is independent of the password change interval (e.g., does not reset the password change interval). The processor subsequently receives a login request from a user that includes a login password, and determines that the login password matches the future password. As a result, the processor authorizes the user in response to determining that the login password matches the future password.
    • 处理器将当前密码存储在当前密码存储区域中,这导致将当前密码提交为有效密码。 反过来,处理器启动密码更改间隔,指示更改当前密码的必需点。 处理器还将来密码存储区域中存储未来密码,这将激活未来的密码。 激活未来密码允许用户使用未来密码进行登录,但与密码更改间隔无关(例如,不会重置密码更改间隔)。 处理器随后从包含登录密码的用户接收登录请求,并确定登录密码与未来密码相匹配。 因此,处理器授权用户响应于确定登录密码与未来密码相匹配。
    • 9. 发明申请
    • USER POLICY MANAGEABLE STRENGTH-BASED PASSWORD AGING
    • 用户策略可管理强度的密码老化
    • US20100031343A1
    • 2010-02-04
    • US12181364
    • 2008-07-29
    • Rhonda L. ChildressItzhack GoldbergMoriel LechtmanYotam Medini
    • Rhonda L. ChildressItzhack GoldbergMoriel LechtmanYotam Medini
    • H04L9/32
    • G06F21/46
    • Password aging based on the strength of the password provides an incentive for users to generate and/or memorize more complex passwords. The strength of the password is computed from a formula that relates the length of the password and the types of characters contained in the password to a strength value, which can be performed using a lookup table having values for different characteristics of the password, determining partial strength values corresponding to the ranges in which the characteristics fall, and then adding the partial strength values. Alternatively, a separate password strength application may be used to provide the strength value, which is entered by the user or administrator generating a new password. Alternatively, the password may be generated based on a specified desired expiration period, with the strength computation performed to ensure that the strength is sufficient to merit the desired expiration period.
    • 基于密码强度的密码老化提供了激励用户生成和/或记住更复杂的密码。 密码的强度根据密码长度和密码中包含的字符类型与强度值相关联的公式计算,该强度值可以使用具有不同密码特征值的查找表来执行,确定部分 强度值对应于特征下降的范围,然后加上部分强度值。 或者,可以使用单独的密码强度应用来提供由用户或管理员输入的生成新密码的强度值。 或者,可以基于指定的期望到期期间来生成密码,其中执行强度计算以确保强度足以使所需期望的期满期满。
    • 10. 发明授权
    • Orderly change between new and old passwords
    • 新旧密码之间有序变更
    • US08607330B2
    • 2013-12-10
    • US12875934
    • 2010-09-03
    • Rhonda L. ChildressItzhack GoldbergJulianne F. Haugh
    • Rhonda L. ChildressItzhack GoldbergJulianne F. Haugh
    • G06F21/00
    • G06F21/31
    • A processor stores a current password in a current password storage area, which results in committing the current password as a valid password. In turn, the processor initiates a password change interval that indicates a required point at which to change the current password. The processor also stores a future password in a future password storage area, which activates the future password. Activating the future password allows a user to login using the future password, but is independent of the password change interval (e.g., does not reset the password change interval). The processor subsequently receives a login request from a user that includes a login password, and determines that the login password matches the future password. As a result, the processor authorizes the user in response to determining that the login password matches the future password.
    • 处理器将当前密码存储在当前密码存储区域中,这导致将当前密码提交为有效密码。 反过来,处理器启动密码更改间隔,指示更改当前密码的必需点。 处理器还将来密码存储区域中存储未来密码,这将激活未来的密码。 激活未来密码允许用户使用未来密码进行登录,但与密码更改间隔无关(例如,不会重置密码更改间隔)。 处理器随后从包含登录密码的用户接收登录请求,并确定登录密码与未来密码相匹配。 因此,处理器授权用户响应于确定登录密码与未来密码相匹配。