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    • 3. 发明授权
    • Traffic shaping system with virtual circuit table time stamps for
asynchronous transfer mode networks
    • 具有用于异步传输模式网络的虚拟电路表时间戳的流量整形系统
    • US5649110A
    • 1997-07-15
    • US335281
    • 1994-11-07
    • Michael Ben-NunSimoni Ben-MichaelMoshe De-LeonPeter John RomanKadangode K. RamakrishnanG. Paul Koning
    • Michael Ben-NunSimoni Ben-MichaelMoshe De-LeonPeter John RomanKadangode K. RamakrishnanG. Paul Koning
    • H04L12/56G06F3/00
    • H04L12/5602H04L2012/5679H04L2012/568
    • A system for controlling the transmission of cells from a network node over multiple virtual circuit is disclosed. The disclosed system performs traffic shaping for all virtual circuits connected with the network node. The system includes a virtual circuit table with one or more entries. Each virtual circuit table entry corresponds to a virtual circuit established with the network node. Each virtual circuit table further includes one or more Cell Rate Accumulator fields and a Time Stamp field. The system includes a schedule table having one or more entries. Each schedule table entry further includes one or more Cell Rate Accumulator fields and corresponding predetermined value fields. A schedule table loading process determines a virtual circuit on which a packet is to be transmitted, and then calculates a time elapsed since a last previous write of a virtual circuit table entry corresponding with that virtual circuit. The schedule table loading process then adds the time elapsed to the value of the Cell Rate Accumulator fields in that virtual circuit table entry, and stores the result of the addition into the corresponding Cell Rate Accumulator fields of the schedule table entry. The system further includes a process for periodically incrementing the Cell Rate Accumulator fields in the schedule table entry. A scanning process periodically increments the Cell Rate Accumulator fields. A transmitting process transmits a cell on the virtual circuit when the value of the Cell Rate Accumulator fields is greater than or equal to the corresponding predetermined values.
    • 公开了一种用于通过多个虚拟电路来控制来自网络节点的小区的传输的系统。 所公开的系统对与网络节点连接的所有虚拟电路执行流量整形。 该系统包括具有一个或多个条目的虚拟电路表。 每个虚拟电路表条目对应于与网络节点建立的虚拟电路。 每个虚拟电路表还包括一个或多个单元速率累加器字段和时间戳字段。 该系统包括具有一个或多个条目的日程表。 每个调度表条目还包括一个或多个信元速率累加器字段和对应的预定值字段。 调度表加载过程确定要在其上发送分组的虚拟电路,然后计算自上一次写入与该虚拟电路相对应的虚拟电路表条目以来经过的时间。 调度表加载过程然后将经过的时间加到该虚拟电路表条目中的单元速率累加器字段的值,并将相加的结果存储到调度表条目的相应的单元速率累加器字段中。 系统还包括用于周期地增加调度表条目中的信元速率累加器字段的过程。 扫描过程周期性地增加单元速率累加器字段。 当小区费率累加器字段的值大于或等于相应的预定值时,发送处理在虚拟电路上发送小区。
    • 4. 发明授权
    • Method and apparatus for secure remote wake-up of a computer over a
network
    • 用于通过网络安全地远程唤醒计算机的方法和装置
    • US06101608A
    • 2000-08-08
    • US804097
    • 1997-02-20
    • Thomas J. SchmidtLarry HuppertSimoni Ben-MichaelMichael Ben-Nun
    • Thomas J. SchmidtLarry HuppertSimoni Ben-MichaelMichael Ben-Nun
    • H04L12/12H04L29/06G06F11/00
    • H04L63/0838H04L12/12H04L63/0428Y02B60/32Y02B60/34
    • A method and related apparatus enables one station on a local area network (LAN) 24 to securely wake up another station on the LAN 24 although the stations may be physically remote from each other. A workstation 12, acting as a remote management console, generates a secure wake-up packet 42 intended for a desktop computer 14 on the LAN 24. The desktop computer 14 is operating in a sleep state. The data section of the secure wake-up packet has a particular sequence of data including a synchronization sequence 46, a MAC address sequence 48 and a password sequence 50. The desktop computer 14 has a network interface 64 for detecting and processing secure wake-up packets 70 when that network interface 64 is operating in a remote access control mode. The network interface 64 verifies that MAC address sequence 48 corresponds to the MAC address of the desktop computer 14 and that the password sequence 50 has a predetermined relationship with a password required to wake up the desktop computer 14. The network interface 64 issues a wake-up signal to wake up the desktop computer 14 when a valid secure wake-up packet is processed.
    • 一种方法和相关装置使得局域网(LAN)24上的一个站可以安全地唤醒LAN 24上的另一个站,尽管这些站可以在物理上彼此远离。 用作远程管理控制台的工作站12产生用于LAN 24上的台式计算机14的安全唤醒包42.台式计算机14以睡眠状态工作。 安全唤醒包的数据部分具有包括同步序列46,MAC地址序列48和密码序列50的特定数据序列。台式计算机14具有用于检测和处理安全唤醒的网络接口64 当该网络接口64在远程访问控制模式下操作时,分组70。 网络接口64验证MAC地址序列48对应于台式计算机14的MAC地址,并且密码序列50与唤醒台式计算机14所需的密码具有预定的关系。网络接口64发出唤醒 - 当处理有效的安全唤醒分组时,唤醒信号来唤醒台式计算机14。
    • 5. 发明授权
    • Traffic shaping system for asynchronous transfer mode networks
    • 用于异步传输模式网络的流量整形系统
    • US5724513A
    • 1998-03-03
    • US268606
    • 1994-06-30
    • Michael Ben-NunSimoni Ben-MichaelMoshe De-Leon
    • Michael Ben-NunSimoni Ben-MichaelMoshe De-Leon
    • H04L12/56H04Q11/04G06F13/00G06F15/163
    • H04Q11/0478H04L2012/5679H04L2012/568
    • A system for controlling the transmission of cells from a network node over multiple Virtual Circuits (VCs) is disclosed. The system performs traffic shaping, as required by connection based systems such as Asynchronous Transfer Mode (ATM), for each VC connected with a network node, so that the Quality of Service (Qos) parameters established when the connection was established are not exceeded. The system includes a process for scheduling the transmission of cells from the network node. The scheduling process periodically scans a table having entries corresponding to virtual circuits connected with the network node. During each scan of the table, the scheduler increments a sustainable rate accumulator field and a peak rate accumulator field of each table entry that corresponds with a virtual circuit that is open, and for which there is a cell ready to be transmitted. The scheduler further determines if the sustainable rate accumulator value is greater than or equal to a predetermined value and whether the peak rate accumulator value is greater than or equal to a predetermined value. If both conditions are true, then a cell may be transmitted on the virtual circuit corresponding with that table entry.
    • 公开了一种用于通过多个虚拟电路(VC)来控制来自网络节点的小区的传输的系统。 系统根据与网络节点连接的每个VC的连接系统(如异步传输模式(ATM))的要求进行流量整形,从而不会超过建立连接时建立的服务质量(Qos)参数。 该系统包括用于调度来自网络节点的小区的传输的过程。 调度过程周期性地扫描具有与与网络节点连接的虚拟电路相对应的条目的表。 在表的每次扫描期间,调度器增加每个表条目的可持续速率累加器字段和峰值速率累加器字段,该字段对应于已打开的虚拟电路,并且有一个单元准备好被发送。 调度器还确定可持续速率累加器值是否大于或等于预定值,以及峰值速率累加器值是否大于或等于预定值。 如果两个条件均为真,则可以在与该表条目对应的虚拟电路上发送一个单元。
    • 6. 发明授权
    • Traffic shaping system with transmit latency feedback for asynchronous
transfer mode networks
    • 具有用于异步传输模式网络的传输等待时间反馈的流量整形系统
    • US5515363A
    • 1996-05-07
    • US268605
    • 1994-06-30
    • Michael Ben-NunSimoni Ben-MichaelMoshe De-LeonG. Paul KoningKadangode K. RamakrishnanPeter J. Roman
    • Michael Ben-NunSimoni Ben-MichaelMoshe De-LeonG. Paul KoningKadangode K. RamakrishnanPeter J. Roman
    • H04L12/56H04L12/54
    • H04L12/5602H04L2012/5636H04L2012/5679
    • A system for controlling the transmission of cells from a network node over multiple Virtual Circuits (VCs) is disclosed. The system performs traffic shaping, as required by connection based systems such as Asynchronous Transfer Mode (ATM), for each VC connected with a network node, so that the Quality of Service (Qos) parameters established when the connection was established are not exceeded. The system includes a process for scheduling the transmission of cells from the network node. The scheduling process periodically scans a table having entries corresponding to virtual circuits connected with the network node. During each scan of the table, the scheduler increments a sustainable rate accumulator field, a peak rate accumulator field, and a latency accumulator field of each table entry that corresponds with a virtual circuit that is open, and for which there is a cell ready to be transmitted. The scheduler further determines if the sustainable rate accumulator value is greater than or equal to a predetermined value and whether the peak rate accumulator value is greater than or equal to a predetermined value. If both conditions are true, then a cell may be transmitted on the virtual circuit corresponding with that table entry. The system further provides that transmissions are scheduled on virtual circuits having the greatest latency since previous transmissions.
    • 公开了一种用于通过多个虚拟电路(VC)来控制来自网络节点的小区的传输的系统。 系统根据与网络节点连接的每个VC的连接系统(如异步传输模式(ATM))的要求进行流量整形,从而不会超过建立连接时建立的服务质量(Qos)参数。 该系统包括用于调度来自网络节点的小区的传输的过程。 调度过程周期性地扫描具有与与网络节点连接的虚拟电路相对应的条目的表。 在表的每次扫描期间,调度器增加与打开的虚拟电路相对应的每个表条目的可持续速率累加器字段,峰值速率累加器字段和等待时间累加器字段,并且有一个单元准备好 被传送。 调度器还确定可持续速率累加器值是否大于或等于预定值,以及峰值速率累加器值是否大于或等于预定值。 如果两个条件均为真,则可以在与该表条目对应的虚拟电路上发送一个单元。 该系统进一步规定,在先前的传输之后,传输被安排在具有最大延迟的虚拟电路上。