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    • 1. 发明授权
    • Method of creating security associations in mobile IP networks
    • 在移动IP网络中创建安全关联的方法
    • US08189544B2
    • 2012-05-29
    • US11474591
    • 2006-06-26
    • Peter James McCannSemyon B. MizikovskyGanapathy Subramanian Sundaram
    • Peter James McCannSemyon B. MizikovskyGanapathy Subramanian Sundaram
    • H04W4/00
    • H04L63/0428H04L63/061H04L63/062H04W12/04H04W80/04
    • A key distribution scheme is provided, which is useful for establishing, distributing, and maintaining security associations in a Mobile IP network. An authentication server performs an initial validation of a new session and generates a root key which it delivers to the initial access gateway and to the home agent. The initial access gateway and the home agent each independently compute a derivative key available only to themselves. The initial access gateway, acting as proxy for the mobile station, uses the derivative key to sign the Mobile IP registration or binding update transactions, and sends the signed registration or binding update to the home agent for validation. Once the session is established between the mobile station and the home agent, the access gateways act as proxies on behalf of the mobile station to maintain the session mobility. In handoff, the new access gateway acquires the root key as part of the transferred session context. The new access gateway, acting as proxy for the mobile station, computes a new derivative key from the root key and uses it to sign a binding update.
    • 提供了一种密钥分配方案,对于在移动IP网络中建立,分发和维护安全关联是有用的。 认证服务器执行新会话的初始验证,并生成一个根密钥,该密钥将传递给初始接入网关和归属代理。 初始接入网关和归属代理各自独立地计算可用于其自身的导数密钥。 作为移动台的代理的初始接入网关使用派生密钥对移动IP注册或绑定更新事务进行签名,并将签名的注册或绑定更新发送到归属代理进行验证。 一旦在移动台和归属代理之间建立了会话,则接入网关代表移动台充当代理以维持会话移动性。 在切换中,新的接入网关获取根密钥作为传送的会话上下文的一部分。 新的接入网关作为移动台的代理,从根密钥计算新的派生密钥,并使用它来签署绑定更新。
    • 2. 发明申请
    • Method of creating security associations in mobile IP networks
    • 在移动IP网络中创建安全关联的方法
    • US20070297377A1
    • 2007-12-27
    • US11474591
    • 2006-06-26
    • Peter James McCannSemyon B. MizikovskyGanapathy Subramanian Sundaram
    • Peter James McCannSemyon B. MizikovskyGanapathy Subramanian Sundaram
    • H04Q7/24
    • H04L63/0428H04L63/061H04L63/062H04W12/04H04W80/04
    • A key distribution scheme is provided, which is useful for establishing, distributing, and maintaining security associations in a Mobile IP network. An authentication server performs an initial validation of a new session and generates a root key which it delivers to the initial access gateway and to the home agent. The initial access gateway and the home agent each independently compute a derivative key available only to themselves. The initial access gateway, acting as proxy for the mobile station, uses the derivative key to sign the Mobile IP registration or binding update transactions, and sends the signed registration or binding update to the home agent for validation. Once the session is established between the mobile station and the home agent, the access gateways act as proxies on behalf of the mobile station to maintain the session mobility. In handoff, the new access gateway acquires the root key as part of the transferred session context. The new access gateway, acting as proxy for the mobile station, computes a new derivative key from the root key and uses it to sign a binding update.
    • 提供了一种密钥分配方案,对于在移动IP网络中建立,分发和维护安全关联是有用的。 认证服务器执行新会话的初始验证,并生成一个根密钥,该密钥将传递给初始接入网关和归属代理。 初始接入网关和归属代理各自独立地计算可用于其自身的导数密钥。 作为移动台的代理的初始接入网关使用派生密钥对移动IP注册或绑定更新事务进行签名,并将签名的注册或绑定更新发送到归属代理进行验证。 一旦在移动台和归属代理之间建立了会话,则接入网关代表移动台充当代理以维持会话移动性。 在切换中,新的接入网关获取根密钥作为传送的会话上下文的一部分。 新的接入网关作为移动台的代理,从根密钥计算新的派生密钥,并使用它来签署绑定更新。
    • 5. 发明授权
    • Streamlined service subscription in distributed architectures
    • 分布式架构中简化的服务订阅
    • US07376840B2
    • 2008-05-20
    • US10260843
    • 2002-09-30
    • Peter James McCannKumar Venkata Vemuri
    • Peter James McCannKumar Venkata Vemuri
    • H04K1/00
    • H04L63/0823H04L63/123
    • Cryptography is used to generate a token that both authorizes request processing and establishes constraints on that authorization. A mobile communications device user or client subscribes to an information service of a content provider. A description of the subscribed service is generated. The client applies a digital signature to the description and optionally encrypts the signed description. A token is generated based on the signed description. The content provider presents the token to the request processing entity of a mobile service provider in order to establish trust between the content provider and the request processing entity. The request processing entity decrypts the token and verifies the signature of the client. The request of the content provider is validated through a comparison of the request with the constraints indicated in the decrypted token. Valid requests are processed. For example, a request for location information about the client is fulfilled in order for the content provider to push a local weather report to the mobile device of the client.
    • 密码学用于生成一个令牌,它既授权请求处理,也为该授权建立约束。 移动通信设备用户或客户端订阅内容提供商的信息服务。 生成订阅服务的描述。 客户端将数字签名应用于描述,并可选地加密签名描述。 基于签名描述生成令牌。 内容提供商将令牌呈现给移动服务提供商的请求处理实体,以建立内容提供商与请求处理实体之间的信任。 请求处理实体解密令牌并验证客户端的签名。 通过将请求与解密的令牌中指示的约束进行比较来验证内容提供商的请求。 有效请求被处理。 例如,满足关于客户端的位置信息的请求,以便内容提供商将本地天气报告推送到客户端的移动设备。