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    • 36. 发明申请
    • Systems and methods for authenticating communications in a network medium
    • 用于在网络介质中认证通信的系统和方法
    • US20050100166A1
    • 2005-05-12
    • US10703437
    • 2003-11-10
    • Diana SmettersKenneth ConleyBryan PendletonGlenn DurfeeSteve CousinsDirk BalfanzHadar Shemtov
    • Diana SmettersKenneth ConleyBryan PendletonGlenn DurfeeSteve CousinsDirk BalfanzHadar Shemtov
    • G09C1/00B23C5/10H04L9/32H04L29/06H04L9/00G06F11/30
    • H04L63/08H04L63/0492H04L63/065H04L63/12
    • A location-limited channel is implemented using physical exchanges of physical tokens. The physical tokens are implemented using writeable or re-writeable storage media. Location-limited channels, when used to implement pre-authentication protocols, provide demonstrative identification and authenticity. A group originator loads pre-authentication information and a network location from a communication device onto the location-limited physical token channel. The location-limited physical token channel is passed to another participant, who copies the originator's pre-authentication information and location onto that participant's communication device. That participant then adds that participant's own pre-authentication information and network location onto the location-limited physical token channel. This is repeated until the last participant passes the location-limited physical token channel back to the group originator. The originator thus has pre-authentication information and network locations for all other participants. The originator establishes secure communications with each participant based on the originator' and that participant's shared information.
    • 使用物理令牌的物理交换来实现位置限制信道。 物理令牌使用可写或可重写的存储介质实现。 位置限制通道用于实现预认证协议时,提供说明性识别和真实性。 组发起者将来自通信设备的预认证信息和网络位置加载到位置限制的物理令牌信道上。 位置限制物理令牌信道被传递给另一个参与者,他们将发起者的预认证信息和位置复制到该参与者的通信设备上。 然后,该参与者将该参与者自己的预认证信息和网络位置添加到位置有限的物理令牌信道上。 这是重复的,直到最后一个参与者将位置限制的物理令牌通道返回到组发起者。 因此,发起者具有所有其他参与者的预认证信息和网络位置。 发起人根据发起人和参与者的共享信息建立与每个参与者的安全通信。
    • 40. 发明授权
    • Securing multimedia network communication
    • 保护多媒体网络通信
    • US08023654B2
    • 2011-09-20
    • US11612001
    • 2006-12-18
    • Paul J. StewartDirk BalfanzGlenn E. DurfeeDiana K. Smetters
    • Paul J. StewartDirk BalfanzGlenn E. DurfeeDiana K. Smetters
    • H04L29/00
    • H04K1/00H04L9/3215H04L63/14H04L63/1466H04M7/123
    • A method for securing human to human communication over a network includes receiving, by a first computer, an incoming authenticated data stream from a second computer over a first communication channel, the incoming authenticated data stream having been computed using an incoming digital experiential data stream and a first imprint, and extracting the first imprint from the incoming authenticated data stream. The incoming authenticated data stream is then presented for sensory experience by a human. An outgoing digital experiential data stream is then input and the method computes a second imprint associated with the first computer and computes an outgoing authenticated data stream using the outgoing digital experiential data stream and the second imprint. A second communication channel is then secured from the first computer to the second computer using the first imprint, the second communication channel suitable for sending the outgoing authenticated data stream to the second computer.
    • 一种通过网络确保人类通信的方法包括由第一计算机通过第一通信信道从第二计算机接收传入的经认证的数据流,已经使用输入的数字体验数据流计算了传入的认证数据流, 第一印记,并且从传入的认证数据流中提取第一印记。 然后将传入的认证数据流呈现给人类的感官体验。 然后输入输出的数字经验数据流,并且该方法计算与第一计算机相关联的第二印记,并使用输出数字体验数据流和第二印记计算输出认证数据流。 然后使用第一印记从第一计算机将第二通信信道保护到第二计算机,第二通信信道适于将出站认证数据流发送到第二计算机。