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    • 1. 发明授权
    • Redundancy detection and resolution and partial order dependency quantification in access control lists
    • 访问控制列表中的冗余检测和分辨率以及部分顺序依赖性量化
    • US08719913B2
    • 2014-05-06
    • US12634984
    • 2009-12-10
    • Yibei LingAditya NaiduRajesh Talpade
    • Yibei LingAditya NaiduRajesh Talpade
    • H04L29/06G06F17/00G06F9/00G06F15/16G06F7/04
    • H04L63/0263G06F21/604G06F2221/2141H04L63/101
    • Aspects of the invention pertain to analyzing and modifying access control lists that are used in computer networks. Access control lists may have many individual entries that indicate whether information can be passed between certain devices in a computer network. The access control lists may include redundant or conflicting entries. An aspect of the invention converts an order-dependent control list into an order-free equivalent. Redundant entries are identified and removed without adversely affecting the access control list. Redundancy may be identified by evaluating the volume contraction ratio, which is the ratio of the volume of spin-off entries to specific original entry in the access control list. This ratio reflects the extent of order-dependent impact on that entry in a given access control list.
    • 本发明的方面涉及分析和修改在计算机网络中使用的访问控制列表。 访问控制列表可以具有指示信息是否可以在计算机网络中的某些设备之间传递的许多单独条目。 访问控制列表可以包括冗余或冲突条目。 本发明的一个方面将订单相关的控制列表转换成无订购的等价物。 识别和删除冗余条目,而不会对访问控制列表造成不利影响。 冗余可以通过评估体积收缩率来确定,该收缩率是分离项的数量与访问控制列表中的特定原始条目的比率。 该比率反映了在给定的访问控制列表中对该条目的订单相关影响的程度。
    • 2. 发明申请
    • ARCHITECTURE FOR OPEN COMMUNICATION IN A HETEROGENEOUS NETWORK
    • 在异构网络中开放通信的架构
    • US20120263102A1
    • 2012-10-18
    • US13085967
    • 2011-04-13
    • Wai ChenJohn LeeRatul GuhaYibei LingTaek-Jin KwonRama VuyyuruJunichiro Fukuyama
    • Wai ChenJohn LeeRatul GuhaYibei LingTaek-Jin KwonRama VuyyuruJunichiro Fukuyama
    • H04W40/00
    • H04L61/10H04L45/16H04L45/306H04L45/741H04W40/20
    • Network architecture configured for open communication between a plurality of sub-networks. Each of the plurality of sub-networks has a different routable network addressing scheme. The architecture includes at least one broker node adapted to communicate using at least two different routable network addressing schemes. The broker node comprises an identification management module configured to collect peer-application addresses for nodes currently accessing a specific application, the peer-application addresses being associated with a specific application, an address resolution module configured to map each of the peer-application addresses to a sub-network specific routable network address and a network coordination module configured to monitor and coordinate sub-network communication capabilities between the broker node and at least one other broker node and elect a primary broker node for each sub-network which the broker node and at least one other broker node is capable of communication.
    • 配置为在多个子网之间开放通信的网络架构。 多个子网络中的每一个具有不同的可路由网络寻址方案。 该架构包括适于使用至少两个不同的可路由网络寻址方案进行通信的至少一个代理节点。 代理节点包括识别管理模块,其被配置为收集当前正在访问特定应用的节点的对等应用地址,所述对等应用地址与特定应用相关联,地址解析模块被配置为将每个所述对等应用地址映射到 子网特定可路由网络地址和网络协调模块,被配置为监视和协调代理节点与至少一个其他代理节点之间的子网络通信能力,并为每个子网选择代理节点和 至少一个其他代理节点能够进行通信。
    • 6. 发明授权
    • Proactive location based routing in a wireless ad-hoc network
    • 在无线自组织网络中主动基于位置的路由
    • US08630224B2
    • 2014-01-14
    • US11048410
    • 2005-01-31
    • Yibei LingChung-Min ChenWai ChenRussell Hsing
    • Yibei LingChung-Min ChenWai ChenRussell Hsing
    • H04W4/00H04M11/04H04W24/00
    • H04W40/02H04L45/00H04W28/26H04W40/18H04W84/18
    • Disclosed is an improved proactive location based routing protocol for ad-hoc wireless networks. When a source node has a data packet to send to a destination node, the source node calculates an estimated future location of the destination node prior to forwarding a data packet to the destination node. The estimated future location may be based on the last known location, velocity and bearing of the destination node, as well as upon the estimated propagation delay (i.e., the estimated time it will take the data packet to reach the destination node after being transmitted by the source node). The source node routes the data packet by identifying which one of a plurality of its neighbor nodes is closest to the estimated future location of the destination node, and routes the data packet the identified neighbor node as an intermediate node along the route from the source node to the destination node. Further, the frequency of flooding broadcasts is based on the velocity of the network nodes. As the velocity of a network node increases, the rate at which the node broadcasts its location and mobility data also increases. The broadcast frequency of a network node may be dynamically adjusted as its velocity changes.
    • 公开了用于自组织无线网络的改进的基于主动位置的路由协议。 当源节点具有要发送到目的地节点的数据分组时,源节点在将数据分组转发到目的地节点之前计算目的地节点的估计未来位置。 估计的未来位置可以基于目的地节点的最后已知位置,速度和方向,以及估计的传播延迟(即,在数据分组被传送之后到达目的地节点的估计时间 源节点)。 源节点通过识别其多个邻居节点中的哪一个最靠近目的节点的估计未来位置来路由数据分组,并且将该数据分组沿着该源节点沿路由路由该识别的相邻节点作为中间节点 到目标节点。 此外,洪泛广播的频率是基于网络节点的速度。 随着网络节点的速度增加,节点广播其位置和移动性数据的速率也增加。 网络节点的广播频率可以随其速度变化而被动态调整。
    • 7. 发明申请
    • REDUNDANCY DETECTION AND RESOLUTION AND PARTIAL ORDER DEPENDENCY QUANTIFICATION IN ACCESS CONTROL LISTS
    • 冗余检测和解决方案和部分订单依赖性访问控制列表中的数量
    • US20100199344A1
    • 2010-08-05
    • US12634984
    • 2009-12-10
    • Yibei LingAditya NaiduRajesh Talpade
    • Yibei LingAditya NaiduRajesh Talpade
    • G06F21/00
    • H04L63/0263G06F21/604G06F2221/2141H04L63/101
    • Aspects of the invention pertain to analyzing and modifying access control lists that are used in computer networks. Access control lists may have many individual entries that indicate whether information can be passed between certain devices in a computer network. The access control lists may include redundant or conflicting entries. An aspect of the invention converts an order-dependent control list into an order-free equivalent. Redundant entries are identified and removed without adversely affecting the access control list. Redundancy may be identified by evaluating the volume contraction ratio, which is the ratio of the volume of spin-off entries to specific original entry in the access control list. This ratio reflects the extent of order-dependent impact on that entry in a given access control list.
    • 本发明的方面涉及分析和修改在计算机网络中使用的访问控制列表。 访问控制列表可以具有指示信息是否可以在计算机网络中的某些设备之间传递的许多单独条目。 访问控制列表可以包括冗余或冲突条目。 本发明的一个方面将订单相关的控制列表转换成无订购的等价物。 识别和删除冗余条目,而不会对访问控制列表造成不利影响。 冗余可以通过评估体积收缩率来确定,该收缩率是分离项的数量与访问控制列表中的特定原始条目的比率。 该比率反映了在给定的访问控制列表中对该条目的订单相关影响的程度。
    • 10. 发明授权
    • Architecture for open communication in a heterogeneous network
    • 异构网络中的开放式通信体系结构
    • US08665789B2
    • 2014-03-04
    • US13085967
    • 2011-04-13
    • Wai ChenJohn LeeRatul GuhaYibei LingTaek-Jin KwonRama VuyyuruJunichiro Fukuyama
    • Wai ChenJohn LeeRatul GuhaYibei LingTaek-Jin KwonRama VuyyuruJunichiro Fukuyama
    • H04J3/08
    • H04L61/10H04L45/16H04L45/306H04L45/741H04W40/20
    • Network architecture configured for open communication between a plurality of sub-networks. Each of the plurality of sub-networks has a different routable network addressing scheme. The architecture includes at least one broker node adapted to communicate using at least two different routable network addressing schemes. The broker node comprises an identification management module configured to collect peer-application addresses for nodes currently accessing a specific application, the peer-application addresses being associated with a specific application, an address resolution module configured to map each of the peer-application addresses to a sub-network specific routable network address and a network coordination module configured to monitor and coordinate sub-network communication capabilities between the broker node and at least one other broker node and elect a primary broker node for each sub-network which the broker node and at least one other broker node is capable of communication.
    • 配置为在多个子网之间开放通信的网络架构。 多个子网络中的每一个具有不同的可路由网络寻址方案。 该架构包括适于使用至少两个不同的可路由网络寻址方案进行通信的至少一个代理节点。 代理节点包括识别管理模块,其被配置为收集当前正在访问特定应用的节点的对等应用地址,所述对等应用地址与特定应用相关联,地址解析模块被配置为将每个所述对等应用地址映射到 子网特定可路由网络地址和网络协调模块,被配置为监视和协调代理节点和至少一个其他代理节点之间的子网络通信能力,并为每个子网选择代理节点和 至少一个其他代理节点能够进行通信。