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    • 11. 发明授权
    • Key generation method for self-configuration
    • 用于自配置的密钥生成方法
    • US08370624B2
    • 2013-02-05
    • US11716696
    • 2007-03-12
    • Jeong-hyun YiTae-chul Jung
    • Jeong-hyun YiTae-chul Jung
    • H04L29/06
    • H04L9/0891H04L9/085
    • A key generation method for self-configuration is provided which includes selecting existing nodes as many as a predefined reference number t from nodes which configure a network; transmitting a partial key request message to the selected existing nodes; and generating a node key based on randomized partial keys received in response to the partial key request. Accordingly, when a new node intends to join the network, the existing nodes forming the network can allocate a node key to the new node by themselves. Also, whether the node key of the new node is compromised or not can be verified using the error-checking witness.
    • 提供了一种用于自配置的密钥生成方法,其包括从配置网络的节点中选择与预定义参考号t一样多的现有节点; 向所选择的现有节点发送部分密钥请求消息; 以及基于响应于所述部分密钥请求而接收的随机部分密钥来生成节点密钥。 因此,当新节点打算加入网络时,形成网络的现有节点可以通过自身向新节点分配节点密钥。 此外,新节点的节点密钥是否被破坏可以使用错误检查证书进行验证。
    • 14. 发明申请
    • Key generation method for self-configuration
    • 用于自配置的密钥生成方法
    • US20080072038A1
    • 2008-03-20
    • US11716696
    • 2007-03-12
    • Jeong-hyun YiTae-chul Jung
    • Jeong-hyun YiTae-chul Jung
    • H04L9/00
    • H04L9/0891H04L9/085
    • A key generation method for self-configuration is provided which includes selecting existing nodes as many as a predefined reference number t from nodes which configure a network; transmitting a partial key request message to the selected existing nodes; and generating a node key based on randomized partial keys received in response to the partial key request. Accordingly, when a new node intends to join the network, the existing nodes forming the network can allocate a node key to the new node by themselves. Also, whether the node key of the new node is compromised or not can be verified using the error-checking witness.
    • 提供了一种用于自配置的密钥生成方法,其包括从配置网络的节点中选择与预定义参考号t一样多的现有节点; 向所选择的现有节点发送部分密钥请求消息; 以及基于响应于所述部分密钥请求而接收的随机部分密钥来生成节点密钥。 因此,当新节点打算加入网络时,形成网络的现有节点可以通过自身向新节点分配节点密钥。 此外,新节点的节点密钥是否被破坏可以使用错误检查证书进行验证。