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    • 1. 发明授权
    • Network traffic shaping
    • 网络流量整形
    • US07061860B1
    • 2006-06-13
    • US09706969
    • 2000-11-06
    • Jean CalvignacFabrice VerplankenDaniel Orsatti
    • Jean CalvignacFabrice VerplankenDaniel Orsatti
    • H04J3/14
    • H04Q11/0478H04L2012/568
    • A method for shaping network traffic in a computer network is described for packet data networks. The method includes one or more packet queues for traffic having a plurality of different desired packet transfer rates, each queue being assigned to a connection having a predetermined desired packet transfer rate. Each incoming data packet is directed to the appropriate queue. Each of a plurality of timing circuits operate at a different frequency in a series of frequencies. The frequencies are selected so that the desired packet transfer rate for a connection can be established by summing outputs from more than one of the timing circuits.
    • 针对分组数据网络描述了一种用于整形计算机网络中的网络流量的方法。 该方法包括用于具有多个不同期望分组传输速率的业务的一个或多个分组队列,每个队列被分配给具有预定的期望分组传送速率的连接。 每个传入的数据包被引导到适当的队列。 多个定时电路中的每一个在一系列频率中以不同的频率工作。 选择频率使得可以通过对来自多于一个定时电路的输出求和来建立连接的期望分组传送速率。
    • 2. 发明授权
    • Enqueuing apparatus for asynchronous transfer mode (ATM) virtual circuit merging
    • 异步传输模式(ATM)虚拟电路合并的启动装置
    • US06876659B2
    • 2005-04-05
    • US09753920
    • 2001-01-03
    • Ange AznarJose IruellaDaniel OrsattiBruno Rene Rousseau
    • Ange AznarJose IruellaDaniel OrsattiBruno Rene Rousseau
    • H04L12/70H04L12/935H04Q11/04H04L12/56
    • H04L49/3081H04L2012/5658H04L2012/5681H04Q11/0478
    • A system and method for merging multiple connections that share a same class of service into a single virtual circuit (VC) in an Asynchronous Transfer Mode (ATM) network. A queuing apparatus includes multiple connection queues for each of the connections, and further includes a scheduled queue corresponding to a particular class of service, wherein contents of the connection queues are transferred into the scheduled queue before being transmitted on the VC. A reassembly queue control block (RQCB) defines a chain of buffer control blocks for the connection queues. Each buffer control block corresponds to a cell belonging to a packet of a particular connection and includes a next buffer address and a lock bit. The chain of buffer control blocks is transferred to a scheduled queue control block (SQCB) in response the lock bit indicating a last packet cell.
    • 一种用于将共享相同类别服务的多个连接合并到异步传输模式(ATM)网络中的单个虚拟电路(VC)中的系统和方法。 排队设备包括用于每个连接的多个连接队列,并且还包括对应于特定服务等级的调度队列,其中连接队列的内容在被传送到VC之前被传送到调度队列中。 重组队列控制块(RQCB)为连接队列定义了一连串的缓冲区控制块。 每个缓冲器控制块对应于属于特定连接的分组的小区,并且包括下一缓冲器地址和锁定位。 响应于指示最后一个分组小区的锁定位,缓冲器控制块链被传送到调度队列控制块(SQCB)。
    • 3. 发明授权
    • On-line debugging system in a switching node of a data transmission network
    • 数据传输网络交换节点中的在线调试系统
    • US06772371B1
    • 2004-08-03
    • US09691511
    • 2000-10-18
    • Daniel OrsattiDominique RigalBruno RousseauJean-Claude Zunino
    • Daniel OrsattiDominique RigalBruno RousseauJean-Claude Zunino
    • G06F1100
    • G06F11/362
    • A system and method for freezing a processing unit to facilitate on-line debugging of a protocol engine within a switching node of a data transmission network. In accordance with the system of the present invention, the protocol engine includes a plurality of processing units such as an identification unit, a lookup unit, a traffic management and congestion unit, an enqueue unit, a dequeue unit, a traffic management scheduling unit, a frame transmission unit, a control unit, and a control block unit. The control block unit includes a freeze register containing multiple freeze bits, wherein each freeze bit is associated with one processing unit. In response to setting a freeze bit, resources and settings of a processing unit associated with the set freeze bit are prevented from being changed by the processing unit.
    • 一种用于冻结处理单元以促进数据传输网络的交换节点内的协议引擎的在线调试的系统和方法。 根据本发明的系统,协议引擎包​​括多个处理单元,例如识别单元,查找单元,业务管理和拥塞单元,入队单元,出队单元,业务管理调度单元, 帧发送单元,控制单元和控制块单元。 控制块单元包括一个包含多个冻结位的冻结寄存器,其中每个冻结位与一个处理单元相关联。 响应于设置冻结位,防止与设置的冻结位相关联的处理单元的资源和设置被处理单元改变。
    • 4. 发明授权
    • System and method for selecting multi-rate ports in a data transmission network
    • 在数据传输网络中选择多速率端口的系统和方法
    • US06680951B1
    • 2004-01-20
    • US09691390
    • 2000-10-18
    • Ange AznarJose IruelaDaniel OrsattiDominique Rigal
    • Ange AznarJose IruelaDaniel OrsattiDominique Rigal
    • H04L1266
    • H04L12/5601H04L49/309H04L2012/5629H04L2012/5681
    • A system and method for selecting one port among multiple output ports having various transmission rates attached to an output adapter of a switching node in a data transmission network and enabling it to transmit its data over the network. The system of the present invention includes a storage device that contains a list of identification codes for the ports. The identification code list is arranged in a prioritized order from the port having the highest transmission rate to the port having the lowest transmission rate. The system further includes port service request means that generate a service request signal for each port, wherein the service request signal has a frequency corresponding to the transmission rate of the object port. Port selection means are utilized to, in response to said identification codes and said service request signal, select a requesting port having a highest priority according to its identification code and enabling the selected port to transmit data over the date transmission network.
    • 一种用于在具有各种传输速率的多个输出端口中选择一个端口的系统和方法,所述传输速率附加到数据传输网络中的交换节点的输出适配器,并使其能够通过网络传输其数据。 本发明的系统包括存储装置,该存储装置包含端口的识别码列表。 识别码列表以具有最高传输速率的端口以具有最低传输速率的端口的优先顺序排列。 该系统还包括为每个端口生成服务请求信号的端口服务请求装置,其中服务请求信号具有对应于对象端口的传输速率的频率。 端口选择装置用于响应于所述识别码和所述服务请求信号,根据其识别码选择具有最高优先级的请求端口,并使所选择的端口能够在日期传输网络上传输数据。
    • 6. 发明授权
    • Method and apparatus for policing cell-based traffic
    • 用于监管基于单元的流量的方法和装置
    • US06754182B1
    • 2004-06-22
    • US09691508
    • 2000-10-18
    • Ange AznarDaniel OrsattiJose IruelaBruno Rousseau
    • Ange AznarDaniel OrsattiJose IruelaBruno Rousseau
    • H04L1226
    • H04L12/5601H04L2012/5636
    • A method and system for enforcing a transmission control parameter for a virtual connection comprising multiple cells within an input port. The virtual connection has a nominal inter-cell arrival rate increment. Each of the cells are associated with a theoretical arrival time and an early arrival limit, wherein a difference of the early arrival limit from said theoretical arrival time delineates a lower boundary of a good zone, while the theoretical arrival time minus the sum of the early arrival limit and the nominal inter-cell arrival rate increment delineates an upper boundary of the good zone. The method includes determining an actual arrival time for an incoming cell from the cells that make up the virtual connection. Next, the actual arrival time is compared to the upper boundary and the lower boundary to determine whether or not the actual arrival time falls within the good zone. In response to determining that the actual arrival time falls within the good zone, the incoming cell is identified as conforming to the transmission control parameter. The method and system of the invention allow to use a finite counter for measuring elapsed time at entry ports of ATM switching nodes, a mandatory feature in order to enforce policing, while avoiding having to manage the overflows of the counter.
    • 一种用于对包括输入端口内的多个单元的虚拟连接实施传输控制参数的方法和系统。 虚拟连接具有标称的小区间到达速率增量。 每个小区与理论到达时间和早期到达极限相关联,其中早期到达极限与理论到达时间的差异描绘了良好区域的下边界,而理论到达时间减去早期 到达限制和标称单元间到达率增量描绘了良好区域的上边界。 该方法包括从构成虚拟连接的小区确定进入小区的实际到达时间。 接下来,将实际到达时间与上边界和下边界进行比较,以确定实际到达时间是否落在良好区域内。 响应于确定实际到达时间落在良好区域内,进入小区被识别为符合传输控制参数。 本发明的方法和系统允许使用有限计数器来测量ATM交换节点进入端口的经过时间,这是强制性功能,以便强制执行警务,同时避免必须管理计数器的溢出。
    • 7. 发明授权
    • Data communications
    • 数据通信
    • US6144637A
    • 2000-11-07
    • US991911
    • 1997-12-16
    • Jean CalvignacFabrice VerplankenDaniel Orsatti
    • Jean CalvignacFabrice VerplankenDaniel Orsatti
    • H04L12/70H04Q11/04H04J3/14
    • H04Q11/0478H04L2012/568
    • Traffic shaping apparatus is described for packet data communications networks, such as Asynchronous Transfer Mode (ATM) networks. The apparatus includes one or more packet queues for traffic having a plurality of different desired packet transfer rates, each queue being assigned to a connection having a predetermined desired packet transfer rate. Each incoming data packet is directed to the appropriate queue. Each of a plurality of timing circuits operate at a different frequency in a series of frequencies. The frequencies are selected so that the desired packet transfer rate for a connection can be established by summing outputs from more than one of the timing circuits.
    • 描述了用于分组数据通信网络(诸如异步传输模式(ATM))网络的流量整形装置。 该装置包括用于具有多个不同期望分组传输速率的业务的一个或多个分组队列,每个队列被分配给具有预定的期望分组传送速率的连接。 每个传入的数据包被引导到适当的队列。 多个定时电路中的每一个在一系列频率中以不同的频率工作。 选择频率使得可以通过对来自多于一个定时电路的输出求和来建立连接的期望分组传送速率。
    • 9. 发明授权
    • Data switch
    • 数据开关
    • US06195335B1
    • 2001-02-27
    • US09110917
    • 1998-07-06
    • Jean CalvignacDaniel OrsattiGilles ToubolFabrice VerplankenClaude Basso
    • Jean CalvignacDaniel OrsattiGilles ToubolFabrice VerplankenClaude Basso
    • H04L1256
    • H04L12/5601H04L49/1576H04L2012/5679H04L2012/5681
    • A packet data switch is described comprising a crossbar switch fabric including a set of crosspoint buffers for storing at least one data packet, one for each input/output pair. An input queue is provided for each input-output pair and means are provided for storing incoming data packets in one of the queues corresponding to an input-output routing for the data packet. An input scheduler repeatedly selects one queue from the plurality of queues at each input and a data packet is transferred from the queue selected by the input scheduler from the input queue means to the crosspoint buffer corresponding to the input-output routing for the data packet. A back pressure mechanism is arranged to inhibit selection by the first selector of queues corresponding to input/output pairs for which the respective crosspoint buffer is full. Finally, an output scheduler repeatedly selects for each output one of the crosspoint buffers corresponding to the output and the switch is responsive to the output scheduler to complete the transmission through the switch fabric of the data packet stored in the crosspoint buffer selected by the output scheduler.
    • 描述包数据交换机,其包括交叉开关结构,其包括用于存储至少一个数据分组的一组交叉点缓冲器,每个数据分组一个用于每个输入/输出对。 为每个输入 - 输出对提供输入队列,并且提供装置用于在对应于数据分组的输入 - 输出路由的一个队列中存储输入数据分组。 输入调度器在每个输入处重复从多个队列中选择一个队列,并且将数据分组从输入调度器选择的队列从输入队列装置传送到对应于数据分组的输入 - 输出路由的交叉点缓冲区。 背压机构被布置为禁止第一选择器对应于相应交叉点缓冲器已满的输入/输出对的队列的选择。 最后,输出调度器针对每个输出重复选择对应于输出的交叉点缓冲器之一,并且交换机响应于输出调度器来完成通过存储在由输出调度器选择的交叉点缓冲器中的数据分组的交换结构的传输 。