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    • 1. 发明申请
    • Method and apparatus for discovering neighbors within a piconet communication system
    • 用于发现微微网通信系统内的邻居的方法和装置
    • US20050058084A1
    • 2005-03-17
    • US10660393
    • 2003-09-11
    • Lance HesterJian HuangYan HuangPadmaja RamadasMatthew Perkins
    • Lance HesterJian HuangYan HuangPadmaja RamadasMatthew Perkins
    • H04L12/56H04L12/28
    • H04W48/16H04W40/00H04W84/18
    • In order to discover neighboring nodes (203, 207, 208) within a particular piconet, a first node (206) determines a list of all nodes (205-207) within its piconet (201) and then transmits to each node within the piconet, a message requiring a response. Depending upon which nodes are heard from, a list is formulated by the first node comprising those nodes neighboring the first node. In order for neighboring nodes within other piconets to “discover” the first node, the first node will also scan its environment to determine piconet identifications for other piconets, and then broadcast a “discovery” message having a piconet identification of a neighboring piconet. In a similar manner, the first node will also scan its environment to determine discovery messages transmitted by other nodes, thus determining neighboring nodes outside its piconet.
    • 为了发现特定微微网内的相邻节点(203,207,208),第一节点(206)确定其微微网(201)内的所有节点(205-207)的列表,然后发送到微微网内的每个节点 ,需要响应的消息。 根据哪些节点被听到,列表由包括与第一节点相邻的那些节点的第一节点来制定。 为了使其他微微网内的相邻节点“发现”第一节点,第一节点还将扫描其环境以确定其他微微网的微微网标识,然后广播具有相邻微微网的微微网识别的“发现”消息。 以类似的方式,第一节点还将扫描其环境以确定由其他节点发送的发现消息,从而确定其微微网之外的相邻节点。
    • 2. 发明申请
    • Piconet spanning tree network
    • 微微网生成树网络
    • US20050135275A1
    • 2005-06-23
    • US10744032
    • 2003-12-23
    • Lance HesterYan HuangPadmaja Ramadas
    • Lance HesterYan HuangPadmaja Ramadas
    • H04L12/56H04W8/26H04W84/18
    • H04W84/18H04L45/04H04L45/48H04W8/26
    • An apparatus and method for a spanning tree network. A communication device can connect to a piconet network and the communication device can transmit at least one available piconet identifier prior to receiving a request for the available piconet identifier from a dependent communication device, the available piconet identifier providing a parent piconet coordinator identification for the dependent communication device. A dependent communication device can connect to the piconet network, determine if the communication device can support a dependent piconet, and receive at least one available piconet identifier prior to requesting information regarding establishing a dependent piconet, the available piconet identifier providing parent piconet identification for the communication device for the dependent piconet.
    • 一种生成树网络的装置和方法。 通信设备可以连接到微微网络,并且通信设备可以在从依赖通信设备接收到对可用微微网标识符的请求之前发送至少一个可用的微微网识别符,该可用微微网标识符为从属设备提供父微微网协调器标识符 通讯装置 依赖通信设备可以连接到微微网络,确定通信设备是否可以支持依赖微微网,并且在请求关于建立依赖微微网的信息之前接收至少一个可用微微网标识符,该可用微微网标识符提供用于该微微网的父微微网识别 用于依赖微微网的通信设备。
    • 4. 发明授权
    • Method and apparatus for discovering neighbors within a piconet communication system
    • 用于发现微微网通信系统内的邻居的方法和装置
    • US06925064B2
    • 2005-08-02
    • US10660393
    • 2003-09-11
    • Lance E. HesterJian HuangYan HuangPadmaja RamadasMatthew R. Perkins
    • Lance E. HesterJian HuangYan HuangPadmaja RamadasMatthew R. Perkins
    • H04L12/56H04L12/28
    • H04W48/16H04W40/00H04W84/18
    • In order to discover neighboring nodes (203, 207, 208) within a particular piconet, a first node (206) determines a list of all nodes (205-207) within its piconet (201) and then transmits to each node within the piconet, a message requiring a response. Depending upon which nodes are heard from, a list is formulated by the first node comprising those nodes neighboring the first node. In order for neighboring nodes within other piconets to “discover” the first node, the first node will also scan its environment to determine piconet identifications for other piconets, and then broadcast a “discovery” message having a piconet identification of a neighboring piconet. In a similar manner, the first node will also scan its environment to determine discovery messages transmitted by other nodes, thus determining neighboring nodes outside its piconet.
    • 为了发现特定微微网内的相邻节点(203,207,208),第一节点(206)确定其微微网(201)内的所有节点(205-207)的列表,然后发送到微微网内的每个节点 ,需要响应的消息。 根据哪些节点被听到,列表由包括与第一节点相邻的那些节点的第一节点来制定。 为了使其他微微网内的相邻节点“发现”第一节点,第一节点还将扫描其环境以确定其他微微网的微微网标识,然后广播具有相邻微微网的微微网识别的“发现”消息。 以类似的方式,第一节点还将扫描其环境以确定由其他节点发送的发现消息,从而确定其微微网之外的相邻节点。
    • 5. 发明授权
    • Piconet spanning tree network
    • 微微网生成树网络
    • US07002938B2
    • 2006-02-21
    • US10744032
    • 2003-12-23
    • Lance E. HesterYan HuangPadmaja Ramadas
    • Lance E. HesterYan HuangPadmaja Ramadas
    • H04Q7/00
    • H04W84/18H04L45/04H04L45/48H04W8/26
    • An apparatus and method for a spanning tree network. A communication device can connect to a piconet network and the communication device can transmit at least one available piconet identifier prior to receiving a request for the available piconet identifier from a dependent communication device, the available piconet identifier providing a parent piconet coordinator identification for the dependent communication device. A dependent communication device can connect to the piconet network, determine if the communication device can support a dependent piconet, and receive at least one available piconet identifier prior to requesting information regarding establishing a dependent piconet, the available piconet identifier providing parent piconet identification for the communication device for the dependent piconet.
    • 一种生成树网络的装置和方法。 通信设备可以连接到微微网络,并且通信设备可以在从依赖通信设备接收到对可用微微网标识符的请求之前发送至少一个可用的微微网识别符,该可用微微网标识符为从属设备提供父微微网协调器标识符 通讯装置 依赖通信设备可以连接到微微网络,确定通信设备是否可以支持从属微微网,并且在请求关于建立依赖微微网的信息之前接收至少一个可用微微网标识符,可用的微微网标识符提供父微微网识别 用于依赖微微网的通信设备。
    • 9. 发明授权
    • Context aware biometric authentication
    • 上下文感知生物识别
    • US08255698B2
    • 2012-08-28
    • US12343060
    • 2008-12-23
    • Yuk L. LiPadmaja Ramadas
    • Yuk L. LiPadmaja Ramadas
    • G06F21/00
    • G06F21/32G06F2221/2111
    • A biometric sample of the user is received at a biometric interface of a device as part of a biometric authentication request by the user, with the biometric sample characterized by a match score when the biometric sample matches at least one stored template that uniquely identifies the user. The presence of a context usage override condition of the biometric authentication request causes a context usage factor to be updated based upon the context usage override condition. A biometric recognition threshold required for the user to access the application and indicative of a threshold security level required for biometric authentication is calculated based on the context usage factor. The user is permitted to access the application when the match score of the biometric sample is at least equal to the biometric recognition threshold.
    • 用户的生物特征样本作为用户的生物特征认证请求的一部分在生物测定接口处被接收,当生物测定样本与唯一地识别用户的至少一个存储的模板相匹配时,生物特征样本表现为匹配分数 。 存在生物体认证请求的上下文使用覆盖条件导致基于上下文使用覆盖条件来更新上下文使用因子。 基于上下文使用因子计算用户访问应用并指示生物认证所需的阈值安全级别所需的生物识别阈值。 当生物特征样本的匹配分数至少等于生物识别阈值时,允许用户访问应用程序。