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    • 1. 发明申请
    • Adaptive mechanism for dynamic reconfiguration of mesh networks
    • 网状网络动态重构的自适应机制
    • US20090232037A1
    • 2009-09-17
    • US12075500
    • 2008-03-11
    • Sudhir DixitSuman Sarkar
    • Sudhir DixitSuman Sarkar
    • G08C17/02H04Q7/36
    • H04W52/0225H04W88/04Y02D70/142Y02D70/146Y02D70/22
    • In a wireless mesh network of network nodes, there is identified a first subset of the nodes that have a direct connection to at least one end user, and a second subset of nodes that are necessary to maintain connections among the end users. The first subset is exclusive of the second subset. Nodes that are not within either the first subset or the second subset enter a power savings mode, which may include shutting down completely for a predetermined period. This enables power savings in that only the minimum number of nodes that are necessary to maintain connectivity of the end users may remain powered. A centralized node may make the decisions and inform individual nodes to shut down, or each node may run the same algorithm using the same input information and determine its own shutdown decision.
    • 在网络节点的无线网状网络中,识别出具有与至少一个最终用户的直接连接的节点的第一子集,以及维护最终用户之间的连接所必需的节点的第二子集。 第一个子集不包括第二个子集。 不在第一子集或第二子集内的节点进入省电模式,其可以包括在预定时间段内完全关闭。 这使得能够节省能量,因为仅维持最终用户的连接所必需的最小节点数量可能会保持供电状态。 集中式节点可以作出决定并通知各个节点关闭,或者每个节点可以使用相同的输入信息运行相同的算法,并确定其自身的关闭决定。
    • 2. 发明授权
    • Adaptive mechanism for dynamic reconfiguration of mesh networks
    • 网状网络动态重构的自适应机制
    • US08116247B2
    • 2012-02-14
    • US12075500
    • 2008-03-11
    • Sudhir DixitSuman Sarkar
    • Sudhir DixitSuman Sarkar
    • G08C17/00
    • H04W52/0225H04W88/04Y02D70/142Y02D70/146Y02D70/22
    • In a wireless mesh network of network nodes, there is identified a first subset of the nodes that have a direct connection to at least one end user, and a second subset of nodes that are necessary to maintain connections among the end users. The first subset is exclusive of the second subset. Nodes that are not within either the first subset or the second subset enter a power savings mode, which may include shutting down completely for a predetermined period. This enables power savings in that only the minimum number of nodes that are necessary to maintain connectivity of the end users may remain powered. A centralized node may make the decisions and inform individual nodes to shut down, or each node may run the same algorithm using the same input information and determine its own shutdown decision.
    • 在网络节点的无线网状网络中,识别出具有与至少一个最终用户的直接连接的节点的第一子集,以及维护最终用户之间的连接所必需的节点的第二子集。 第一个子集不包括第二个子集。 不在第一子集或第二子集内的节点进入省电模式,其可以包括在预定时间段内完全关闭。 这使得能够节省能量,因为仅维持最终用户的连接所必需的最小节点数量可能会保持供电状态。 集中式节点可以作出决定并通知各个节点关闭,或者每个节点可以使用相同的输入信息运行相同的算法,并确定其自身的关闭决定。
    • 6. 发明授权
    • Method for eliminating misconcatenation of partial packets in AAL2 and partial packet with channel identifier
    • 用于消除AAL2中部分数据包错误连接的方法和具有通道标识符的部分数据包
    • US06289016B1
    • 2001-09-11
    • US09082176
    • 1998-05-20
    • Baranitharan SubbiahSudhir Dixit
    • Baranitharan SubbiahSudhir Dixit
    • H04J324
    • H04Q11/0478H04L2012/5647H04L2012/5656
    • A method and data structure for preventing the misconcatenation of partial packets when an even number of packets are lost over the network. A channel identifier code is added to the head of a remainder partial packet to allow the remainder partial packet to reassembled with a prior partial packet having the same channel identifier code. The method includes the steps of determining whether each packet will be divided into a first partial packet and a remainder partial packet at an ATM cell boundary, adding a CID at the beginning of each remainder partial packet, assembling the first and remainder partial packets into ATM cells, transmitting the ATM cells, receiving the ATM cells, verifying whether a first partial packet and a remainder partial packet in the received ATM cells have the same CID and assembling the first partial packet and the remainder partial packet into a single packet when the CIDs match. The method may also includes the steps of discarding the first and remainder partial packets when the CIDs do not match or sending the first partial packet to a user identified by the CID for the first partial packet and the remainder partial packet to a user identified by the CID for the remainder partial packet. The CID comprises a one byte code. The data structure for the ATM cell includes a header and a payload assembled to the header, the payload comprising at least one packet, wherein the at least one packet comprises a remainder partial packet having a channel identifier code attached thereto to identify the user for the remainder partial packet.
    • 一种方法和数据结构,用于在偶数个数据包通过网络丢失时,防止部分数据包的错误连接。 信道标识码被添加到剩余部分分组的头部,以允许剩余部分分组与具有相同信道标识符代码的先前部分分组重新组合。 该方法包括以下步骤:确定每个分组是否将被分成第一部分分组和在ATM信元边界处的剩余部分分组,在每个剩余部分分组的开始处添加CID,将第一和其余部分分组组装成ATM 小区,发送ATM信元,接收ATM信元,验证接收的ATM信元中的第一部分信息包和其余部分数据包是否具有相同的CID,并且当CIDs将CID分组到第一部分数据包和其余部分数据包时, 比赛。 该方法还可以包括以下步骤:当CID不匹配或者将第一部分分组发送给由用于第一部分分组的CID标识的用户时,丢弃第一和其余部分分组,并且剩余部分分组发送给由 CID用于余数部分数据包。 CID包括一个字节代码。 ATM信元的数据结构包括头部和组合到报头的有效载荷,该有效载荷包括至少一个分组,其中至少一个分组包括具有附加到其上的信道标识符代码的剩余部分分组,以标识用户的 余数部分包。
    • 8. 发明授权
    • Cache on demand
    • 按需缓存
    • US08095633B2
    • 2012-01-10
    • US11772688
    • 2007-07-02
    • Tao WuSudhir DixitSadhna Ahuja
    • Tao WuSudhir DixitSadhna Ahuja
    • G06F15/173
    • G06F17/30902
    • Methods and systems are provided for delivering content from a website to a computer device. The website and computer device negotiate terms for use of a cache memory coupled to the computer device. The computer device requests content, such as web page objects, from the website. In addition to transmitting the requested content, the website transmits non-requested content to the computer device. The non-requested content is stored in the cache memory for later retrieval by the computer device.
    • 提供的方法和系统用于将内容从网站传送到计算机设备。 网站和计算机设备协商用于与计算机设备耦合的高速缓冲存储器的使用条款。 计算机设备从网站请求诸如网页对象的内容。 除了发送所请求的内容之外,网站将未请求的内容发送到计算机设备。 未请求的内容存储在高速缓冲存储器中,以供稍后由计算机装置检索。
    • 9. 发明授权
    • Service-oriented protection scheme for a radio access network
    • 面向无线接入网的面向服务的保护方案
    • US07627321B2
    • 2009-12-01
    • US11264825
    • 2005-11-01
    • Zoe AntoniouSudhir Dixit
    • Zoe AntoniouSudhir Dixit
    • H04W40/00H04W4/00H04W72/00H04L12/28
    • H04W24/04H04L45/22H04L45/28H04L45/308H04L45/50H04W24/00H04W28/24H04W40/00H04W88/08H04W88/14H04W88/16
    • The present invention supports a protection path in a radio access network in order to continue communication between terminating nodes of the radio access network if a failure occurs with a communications path between the terminating nodes. A node may assume the functionality of a router, a base transceiver station, or a base station gateway. The establishment of the protection path utilizes the redundancy of connectivity in the radio access network when routing the protection path in accordance with a service protection model. The protection path may be configured with a service protection model that is based on a quality of service model or on a separate protection model. With a quality of service being associated with a traffic class, the service profile indicates the quality of service for different types of services for a user as well as the quality of service that is provided by the protection path if a failure occurs with the communications path.
    • 本发明支持无线电接入网络中的保护路径,以便如果在终止节点之间的通信路径发生故障,继续在无线电接入网络的终止节点之间进行通信。 节点可以承担路由器,基站收发器或基站网关的功能。 当根据服务保护模型路由保护路径时,保护路径的建立利用无线接入网络中的连接冗余。 保护路径可以配置有基于服务质量模型或单独的保护模型的服务保护模型。 随着与业务类别相关联的服务质量,服务简档指示用于用户的不同类型的服务的服务质量以及如果在通信路径发生故障时由保护路径提供的服务质量 。