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    • 1. 发明授权
    • Method and system for scheduling utilization of resources, related communication network and computer program product
    • 调度资源利用的方法和系统,相关通信网络和计算机程序产品
    • US07801152B2
    • 2010-09-21
    • US11587417
    • 2004-04-26
    • Luciano LenziniEnzo MingozziMassimo SassiEnrico ScarroneGiovanni SteaVinicio Vercellone
    • Luciano LenziniEnzo MingozziMassimo SassiEnrico ScarroneGiovanni SteaVinicio Vercellone
    • H04L12/56
    • H04L47/6215H04L47/10H04L47/2408H04L47/2416H04L47/245H04L47/283H04L47/50H04L47/521H04L47/522H04L47/562
    • A system for scheduling utilization of a service resource by a plurality of flows of information packets, wherein the flows include rate-guaranteed synchronous flows and best-effort asynchronous flows, the asynchronous flows exploiting the service capacity of the resource left unexploited by the synchronous flows. A server visits the flows, in subsequent rounds, by visiting first the synchronous flows followed by the asynchronous flows. The server is configured for detecting any backlogged synchronous flow, and when the server visits any said backlogged synchronous flow, it allows the backlogged synchronous flow to utilize the resource for a given time, whereby the synchronous flows have a guaranteed transmission window on each round. When the server visits any asynchronous flow, the time elapsed since the last visit by the server to the same asynchronous flow is determined. If the visit to the asynchronous flow occurs later than expected based on a reference round time, the asynchronous flow being visited is restrained from utilizing the resource for the ongoing round, and if the visit occurs earlier than expected based on the reference round time the asynchronous flow being visited is allowed to utilize the resource for a respective given time.
    • 一种用于通过多个信息分组流调度服务资源利用的系统,其中所述流包括速率保证同步流和尽力而为的异步流,所述异步流利用由同步流未被利用的资源的服务容量 。 服务器将在后续访问流中,先访问异步流后面的同步流。 服务器被配置为检测任何积压的同步流,并且当服务器访问任何所述积压的同步流时,其允许积压的同步流在给定时间内利用资源,由此同步流在每一轮上具有保证的传输窗口。 当服务器访问任何异步流时,确定服务器上次访问同一个异步流后所经过的时间。 如果访问异步流是基于参考循环时间晚于预期的,那么所访问的异步流被限制在利用正在进行的一轮的资源之外,如果访问比基于参考循环时间早的预期发生异步 被访问的流被允许在相应的给定时间内利用资源。
    • 2. 发明申请
    • Method and System for Scheduling Utilization of Resources, Related Communication Network and Computer Program Product
    • 资源利用调度方法与系统,相关通信网络和计算机程序产品
    • US20080025301A1
    • 2008-01-31
    • US11587417
    • 2004-04-26
    • Luciano LenziniEnzo MingozziMassimo SassiEnrico ScarroneGiovanni SteaVinicio Vercellone
    • Luciano LenziniEnzo MingozziMassimo SassiEnrico ScarroneGiovanni SteaVinicio Vercellone
    • H04L12/56
    • H04L47/6215H04L47/10H04L47/2408H04L47/2416H04L47/245H04L47/283H04L47/50H04L47/521H04L47/522H04L47/562
    • A system for scheduling utilization of a service resource by a plurality of flows of information packets, wherein the flows include rate-guaranteed synchronous flows and best-effort asynchronous flows, the asynchronous flows exploiting the service capacity of the resource left unexploited by the synchronous flows. A server visits the flows, in subsequent rounds, by visiting first the synchronous flows followed by the asynchronous flows. The server is configured for detecting any backlogged synchronous flow, and when the server visits any said backlogged synchronous flow, it allows the backlogged synchronous flow to utilize the resource for a given time, whereby the synchronous flows have a guaranteed transmission window on each round. When the server visits any asynchronous flow, the time elapsed since the last visit by the server to the same asynchronous flow is determined. If the visit to the asynchronous flow occurs later than expected based on a reference round time, the asynchronous flow being visited is restrained from utilizing the resource for the ongoing round, and if the visit occurs earlier than expected based on the reference round time the asynchronous flow being visited is allowed to utilize the resource for a respective given time.
    • 一种用于通过多个信息分组流调度服务资源利用的系统,其中所述流包括速率保证同步流和尽力而为的异步流,所述异步流利用由同步流未被利用的资源的服务容量 。 服务器将在后续访问流中,先访问异步流后面的同步流。 服务器被配置为检测任何积压的同步流,并且当服务器访问任何所述积压的同步流时,其允许积压的同步流在给定时间内利用资源,由此同步流在每一轮上具有保证的传输窗口。 当服务器访问任何异步流时,确定服务器上次访问同一个异步流后所经过的时间。 如果访问异步流是基于参考循环时间晚于预期的,那么所访问的异步流被限制在利用正在进行的一轮的资源之外,如果访问比基于参考循环时间早的预期发生异步 被访问的流被允许在相应的给定时间内利用资源。
    • 8. 发明授权
    • Method and system for accounting access by users to data networks, related computer program product
    • 用户对数据网络进行会计访问的方法和系统,相关的计算机程序产品
    • US07966229B2
    • 2011-06-21
    • US12087927
    • 2006-01-20
    • Vinicio VercelloneMario UllioGennaro Amelio
    • Vinicio VercelloneMario UllioGennaro Amelio
    • G06Q10/00
    • H04L12/2874G06Q10/087G06Q20/108G06Q20/1085G06Q20/40H04L12/14H04L12/1439H04L41/0654H04L43/0811H04L69/40
    • A system for the time-based accounting of access by users to services provided by a data network includes a primary access node to provide access by users by establishing via the primary access node a steady connectivity between the users and the network. A secondary access node is associated with the primary access node, such secondary access node being configured for acting as a backup node to maintain connectivity in the case of failure involving the primary access node. The primary access node is configured for issuing a request for credentials for any user requesting access to said data network and, as a result of receiving valid credentials from the user, starts time-based accounting for the user. An authentication node cooperative with the primary access node and the secondary access node stores the secondary access node information items concerning the time-based accounting started for the user. The time-based accounting is thus maintained in the case of failure involving the primary access node as connectivity is maintained by the secondary access node.
    • 用于对由数据网络提供的服务进行的用于对用户访问的基于时间的计费的系统包括:主接入节点,用于通过主接入节点建立用户与网络之间的稳定连接来提供用户的接入。 辅助接入节点与主接入节点相关联,这种辅助接入节点被配置为充当备用节点,以在涉及主接入节点的故障的情况下维持连接。 主接入节点被配置为向请求对所述数据网络的访问的任何用户发出用于凭证的请求,并且作为从用户接收到有效凭证的结果,对用户开始基于时间的计费。 与主接入节点和次接入节点协作的认证节点存储关于用户开始的基于时间的计费的辅助接入节点信息项。 因此,在由次要接入节点维持连接的情况下,在主接入节点出现故障的情况下,维持基于时间的计费。
    • 9. 发明授权
    • Basic element for the connection network of a fast packet switching node
    • 快速分组交换节点的连接网络的基本元素
    • US5307343A
    • 1994-04-26
    • US859502
    • 1992-07-29
    • Bruno BosticaAntonella DanieleVinicio Vercellone
    • Bruno BosticaAntonella DanieleVinicio Vercellone
    • H04L12/54H04L12/70H04L12/933H04L12/947H04Q11/04
    • H04L12/5601H04L49/108H04L49/256H04L2012/5674
    • A basic element for the interconnection network of a fast packet switching node, where a synchronization is made at bit input stream level, the cell beginning is identified and a stream conversion from the serial form to a word parallel form is performed. Cells are thus transformed in a completely parallel form and in the same form they are cyclically discharged in the subsequent cell time in a memory, where cells are written and read in a shared way on the basis of instructions given by a control unit, thus performing the switching function. The control unit is essentially based on the use of a content-addressed associative memory, where a fraction of the routing header and a code indicating the time sequence on which the cells are stored. Memory outgoing cells are reconverted from a completely parallel form to a form having the length of one word and therefore in a completely serial form at a bitrate equal to the input one.
    • PCT No.PCT / EP90 / 02010 Sec。 371日期:1992年7月29日 102(e)日期1992年7月29日PCT 1990年11月27日PCT PCT。 公开号WO91 / 08633 日期1991年6月13日。快速分组交换节点的互连网络的基本元素,其中在比特输入流级别进行同步,识别小区开始并从串行形式到字并行形式的流转换 被执行。 因此,单元以完全平行的形式并且以相同的形式被转换成在随后的单元格时间内在存储器中循环地放电,其中基于由控制单元给出的指令以共享的方式写入和读取单元,从而执行 切换功能。 控制单元基本上基于内容寻址关联存储器的使用,其中路由报头的一部分和指示存储单元的时间顺序的代码。 存储器输出单元从完全并行形式转换为具有一个字长度的形式,因此以等于输入单位的比特率以完全串行形式。
    • 10. 发明申请
    • Method for Network Access, Related Network and Computer Program Product Therefor
    • 网络接入方法,相关网络及其计算机程序产品
    • US20110047612A1
    • 2011-02-24
    • US12990409
    • 2008-04-30
    • Matteo D'ambrosioMario UllioVinicio Vercellone
    • Matteo D'ambrosioMario UllioVinicio Vercellone
    • G06F21/20
    • H04L63/164H04W12/08
    • A method of providing access of a mobile terminal to an IP network includes establishing a security association between the mobile terminal and a first security gateway of a first router in said plurality of routers. The mobile terminal is provided access to the IP network via the first router, and the data exchanged between the mobile terminal and the first router is encapsulated by using the security association. The security association is made available to at least one second router having a second security gateway. The mobile terminal is provided access to the IP network via said the second router, and data exchanged between the mobile terminal and the second router is encapsulated by using the same security association. Establishing the security association includes assigning a Security Parameter Index that identifies univocally the first security gateway and the security association. Making the security association available to the second router includes making available to the second router the Security Parameter Index. The second router may thus have access to the security association either by requesting it from the first router or by identifying it in a set of security associations sent from the first router to a set of routers candidate to become the second router as result of the mobility of the mobile terminal.
    • 提供移动终端对IP网络的接入的方法包括建立移动终端与所述多个路由器中的第一路由器的第一安全网关之间的安全关联。 通过第一路由器向移动终端提供对IP网络的访问,并且通过使用安全关联来封装在移动终端与第一路由器之间交换的数据。 安全关联可用于具有第二安全网关的至少一个第二路由器。 通过所述第二路由器向移动终端提供对IP网络的访问,并且通过使用相同的安全关联来封装在移动终端和第二路由器之间交换的数据。 建立安全关联包括分配安全参数索引,该索引识别地识别第一安全网关和安全关联。 使安全关联可用于第二路由器包括向第二路由器提供安全参数索引。 因此,第二路由器可以通过从第一路由器请求它或通过从由第一路由器发送到一组候选成为第二路由器的一组路由器的一组安全关联来识别安全关联,这是由于移动性 的移动终端。