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    • 1. 发明申请
    • Intelligent Association of Nodes with PAN Coordinator
    • 智能协调节点与PAN协调器
    • US20070171859A1
    • 2007-07-26
    • US11692629
    • 2007-03-28
    • Deepali BrahmbhattMark Enright
    • Deepali BrahmbhattMark Enright
    • H04Q7/00
    • H04W12/04H04L63/0492H04L63/06H04L63/101H04W12/06H04W12/12H04W28/18H04W74/00H04W84/10H04W84/12H04W84/18
    • Methods apparatuses, and systems directed to managing wireless node access to one or more wireless networks. According to one implementation of the present invention, a business logic application may function as a package tracking application to manage access to wireless access points in different WLANs along the route. A sensor node is initialized and configured with one or more connection parameter sets allowing it to associate with a given wireless network implemented by one or more access points. In one implementation, the sensor node is configured only to accept received wireless frames that it can properly decrypt using the currently-stored encryption key. Accordingly, until the sensor node comes within radio contact of a wireless access point or other wireless node configured with the same encryption key, it does not establish a wireless connection. When the sensor node and such a wireless access point associate, they may exchange encrypted information (e.g., data regarding the package) using an encryption key. Before the sensor node disassociated with the wireless access point, the wireless access point transmits a new connection parameter set to the sensor node. This new connection parameter set includes a network ID for another wireless network. In addition, the new connection parameter set also includes an encryption key and a frequency identifier. In one implementation, the sensor node re-initializes itself using the new connection parameter set information. This process may continue until the sensor node arrives at its final destination and, in this manner, the wireless networks with which the sensor node associates may be controlled.
    • 方法装置和系统,用于管理对一个或多个无线网络的无线节点访问。 根据本发明的一个实现,业务逻辑应用可以用作包跟踪应用,以管理沿着路由的不同WLAN中的无线接入点的接入。 传感器节点被初始化并配置有一个或多个连接参数集,允许其与由一个或多个接入点实现的给定无线网络相关联。 在一个实现中,传感器节点被配置为仅接受使用当前存储的加密密钥可以正确地解密的接收的无线帧。 因此,直到传感器节点进入配置有相同加密密钥的无线接入点或其他无线节点的无线电接触内,则不建立无线连接。 当传感器节点和这样的无线接入点关联时,它们可以使用加密密钥来交换加密信息(例如,关于包的数据)。 在传感器节点与无线接入点分离之前,无线接入点向传感器节点发送新的连接参数集。 这个新的连接参数集包括另一无线网络的网络ID。 此外,新的连接参数集还包括加密密钥和频率标识符。 在一个实现中,传感器节点使用新的连接参数集信息重新初始化其自身。 该过程可以继续,直到传感器节点到达其最终目的地,并且以这种方式,可以控制传感器节点关联的无线网络。
    • 2. 发明申请
    • Intelligent association of nodes with PAN coordinator
    • 节点与PAN协调器的智能关联
    • US20060116170A1
    • 2006-06-01
    • US11335954
    • 2006-01-20
    • Deepali BrahmbhattMark Enright
    • Deepali BrahmbhattMark Enright
    • H04B1/38H04M1/00
    • H04W88/08H04W12/02H04W28/18H04W76/10H04W84/12H04W84/18
    • Methods, apparatuses, and systems directed to managing wireless node access to one or more wireless networks. According to one implementation of the present invention, a business logic application may function as a package tracking application to manage access to wireless access points in different WLANs along the route. A sensor node is initialized and configured with one or more connection parameter sets allowing it to associate with a given wireless network implemented by one or more access points. In one implementation, the sensor node is configured only to accept received wireless frames that it can properly decrypt using the currently-stored encryption key. Accordingly, until the sensor node comes within radio contact of a wireless access point or other wireless node configured with the same encryption key, it does not establish a wireless connection. When the sensor node and such a wireless access point associate, they may exchange encrypted information (e.g., data regarding the package) using an encryption key. Before the sensor node disassociates with the wireless access point, the wireless access point transmits a new connection parameter set to the sensor node. This new connection parameter set includes a network ID for another wireless network. In addition, the new connection parameter set also includes an encryption key and a frequency identifier. In one implementation, the sensor node re-initializes itself using the new connection parameter set information. This process may continue until the sensor node arrives at its final destination and, in this manner, the wireless networks with which the sensor node associates may be controlled.
    • 用于管理对一个或多个无线网络的无线节点访问的方法,设备和系统。 根据本发明的一个实现,业务逻辑应用可以用作包跟踪应用,以管理沿着路由的不同WLAN中的无线接入点的接入。 传感器节点被初始化并配置有一个或多个连接参数集,允许其与由一个或多个接入点实现的给定无线网络相关联。 在一个实现中,传感器节点被配置为仅接受使用当前存储的加密密钥可以正确地解密的接收的无线帧。 因此,直到传感器节点进入配置有相同加密密钥的无线接入点或其他无线节点的无线电接触内,则不建立无线连接。 当传感器节点和这样的无线接入点关联时,它们可以使用加密密钥来交换加密信息(例如,关于包的数据)。 在传感器节点与无线接入点分离之前,无线接入点向传感器节点发送新的连接参数集。 这个新的连接参数集包括另一无线网络的网络ID。 此外,新的连接参数集还包括加密密钥和频率标识符。 在一个实现中,传感器节点使用新的连接参数集信息重新初始化其自身。 该过程可以继续,直到传感器节点到达其最终目的地,并且以这种方式,可以控制传感器节点关联的无线网络。
    • 3. 发明申请
    • Service for NAT traversal using IPSEC
    • 使用IPSEC进行NAT穿越的服务
    • US20070058644A1
    • 2007-03-15
    • US11198533
    • 2005-08-04
    • Deepali BrahmbhattMark Enright
    • Deepali BrahmbhattMark Enright
    • H04L12/56
    • H04L63/029H04L29/12H04L29/125H04L29/12556H04L61/2564H04L61/2585H04L63/164
    • Disclosed are methods and apparatus for methods and apparatus for facilitating a secure connection between a first and a second node in a computer network where one or both of the nodes may or may not reside behind a network address translation (NAT) enabled gateway. Embodiments of the present invention provide a seamless integration by providing a uniform solution for establishing secure connections, such as IPSEC, between two nodes irrespective of whether they are behind a NAT-enabled gateway or not. In general, a gateway is operable to receive a request from a remote host for a secure connection to a local host that within the home network of the gateway. The gateway then forwards this received request to a NAT traversal service. The NAT traversal service receives the request and then automatically sends an initiation message to set up a secure session, e.g., performing authentication and exchanging keys. In a specific aspect, the setup data utilizes an IKE (Internet Key Exchange) initiation message that is sent to the originator of the request via the gateway. Upon receipt of this initiation message, the gateway is then able to set up a two way connection to allow other setup data to flow between the remote and local hosts to complete the setup session and then secure data to flow between the remote and local hosts in a secure communication session, such as in IPSec or VPN session.
    • 公开了用于促进计算机网络中的第一和第二节点之间的安全连接的方法和装置,其中一个或两个节点可以驻留在可以启用网络地址转换(NAT)的网关之后,也可以不驻留在支持网络地址转换(NAT)的网关之后。 本发明的实施例通过提供用于在两个节点之间建立诸如IPSEC之类的安全连接的统一解决方案,而不管它们是否在启用NAT的网关之后,提供了无缝集成。 通常,网关可操作地从远程主机接收到到网关家庭网络内的本地主机的安全连接的请求。 网关然后将此接收的请求转发到NAT穿越服务。 NAT穿越服务接收请求,然后自动发送启动消息以建立安全会话,例如执行认证和交换密钥。 在特定方面,设置数据利用通过网关发送到请求的发起者的IKE(因特网密钥交换)发起消息。 当接收到该启动消息时,网关然后能够设置双向连接,以允许其他安装数据在远程和本地主机之间流动以完成安装会话,然后保护数据在远程和本地主机之间流动 安全通信会话,如IPSec或VPN会话。
    • 4. 发明申请
    • Method and apparatus for achieving optimal transfer times in a peer-to-peer network
    • 用于在对等网络中实现最佳传输时间的方法和装置
    • US20060218222A1
    • 2006-09-28
    • US11088622
    • 2005-03-23
    • Deepali BrahmbhattBryan Turner
    • Deepali BrahmbhattBryan Turner
    • G06F15/16
    • H04L67/104H04L67/06H04L67/1068H04L67/1072H04L67/1076H04L67/108
    • Apparatus and methods are disclosed for optimizing the transfer time of files in a peer-to-peer network. In disclosed embodiments, a requesting peer desires to transfer a file from a group of supplying peers creates a list of segments available of the file to be transferred available from each of the supplying peers, and orders the list in order of increasing segment size available. The supplying peers are then grouped based on available segments. Then, beginning with the group of supplying peers having the largest portion of the file to be transferred, the requesting peer assigning segments to transfer and a corresponding transfer time to each of the members of the group of supplying peers. The requesting peer then transfers in parallel the assigned segments from the group of supplying peers.
    • 公开了用于优化对等网络中的文件的传送时间的装置和方法。 在所公开的实施例中,请求对等体希望从供应对等体组传送文件,从每个供应对等体创建待传送文件可用的段的可用列表,并且按可用的段大小的顺序排列列表。 然后,基于可用段来对供应对等体进行分组。 然后,从提供要传送的文件的最大部分的对等体的组开始,请求对等体分配段传送和相应的传送时间到提供对等体组的每个成员。 请求对等体然后并行传送来自供应对等体组的分配的段。