WO2010149065A1 - System and method for realizing master-slave frame cascading protection and load sharing - Google Patents

System and method for realizing master-slave frame cascading protection and load sharing Download PDF

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Publication number
WO2010149065A1
WO2010149065A1 PCT/CN2010/074416 CN2010074416W WO2010149065A1 WO 2010149065 A1 WO2010149065 A1 WO 2010149065A1 CN 2010074416 W CN2010074416 W CN 2010074416W WO 2010149065 A1 WO2010149065 A1 WO 2010149065A1
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Prior art keywords
aggregation group
channel
exchange
group
connection
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PCT/CN2010/074416
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French (fr)
Chinese (zh)
Inventor
周明
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中兴通讯股份有限公司
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L45/00—Routing or path finding of packets in data switching networks
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L45/00—Routing or path finding of packets in data switching networks
    • H04L45/24—Multipath
    • H04L45/245—Link aggregation, e.g. trunking
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
    • H04L69/14—Multichannel or multilink protocols
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D30/00—Reducing energy consumption in communication networks
    • Y02D30/50—Reducing energy consumption in communication networks in wire-line communication networks, e.g. low power modes or reduced link rate

Definitions

  • the capacity is increased, and the management of the system is reduced. It is often used by the master and the system, that is, the mediator or the mediator. ,
  • the system includes the main control, the main control, each, the upper, the upper, the middle, the unified
  • This method of providing and loading is used to solve the existing obstacles in the wood and the control roads, and lose control in each special household.
  • the main control includes an exchange, wherein the exchange is in the system
  • the aggregation group that will be assigned to the physical row management in the connection aggregation group in the aggregation group.
  • each channel and each channel control channel control. And each channel is exchanged, the aggregation group is configured in the system, the specified channel is taught to the aggregation group, and the physical management in the connection aggregation group of each channel is configured.
  • Control the channel switching sub-group configure the aggregation group in the system, and assign the specified control channel to the aggregation group.
  • configure the aggregation group Specifies the physical row management in the connection aggregation group to the aggregation group.
  • the channel includes the specified aggregation group to the aggregation group, and the specified channel is connected to the aggregation group, and the connection of each channel is
  • Physical row management in the aggregation group Configure the aggregation group in the system, and assign the specified control channel to the aggregation group to manage the physical lines in the connection aggregation group of the control channel.
  • Row management includes each of the exchanged or medium aggregation groups
  • Step the method includes the connection in each of the masking or non-aggregating groups, as shown in
  • the system provided by the system has the aggregation function, which greatly improves the same wide capacity, improves the reliability of the communication, and the user's rest.
  • the system provides a unified system, and the system provides a comprehensive introduction, and at least
  • connection Connect, the same connection.
  • teaching channel and the control channel respectively teach the channel and the control channel.
  • teaching communication control channel Provide communication with the communication, and manage the other sheep in the system.
  • the master includes the master P and the exchange user and
  • the internal communication with the master is connected to the other end of the user's Ethernet switch. /
  • the P control channel is extracted from the P on the user card and sent to the master control P.
  • the received text exchange is directly extracted to the master CP.
  • P is mainly the interface J621 configuration and monitoring 2
  • the internal force part, all / / control resources are from straight through, the same master, on the completion of the change and differential work.
  • the provided exchange the exchange exchange function on the master, exchanges the responsibility of the master P or the user's communication. Further, the physical line management in the connection aggregation group in the existing aggregation group is exchanged in the existing aggregation group. Among them, the exchange is configured in the aggregation group, and the physical will be all.
  • Step exchange near each connection in the non-aggregate group, to 1 p, will
  • the upper aggregation (or g) is a multi-physical force, and the aggregation can be improved.
  • the connection method shown in Figure 1 doubles the wide capacity.
  • g the combination of the destination AC address, the AC address, the like (V A , V a oca Aea ewo ), the ether, the destination P address, and the P address
  • the hash algorithm in order to determine the physical characteristics, uses the effects of the load equally. However, the occurrence of obstacles, resulting in groups, traffic is often re-allocated with the same
  • Each of the barriers can still be very special, and the rest can improve the reliability.
  • connection method and the various connections appearing in the same connection, form a temporary, causing obstacles.
  • the aggregation configuration can eliminate the shadow, but since the configuration of the aggregation group is in the master and master 0, and in the master and master boo, the control of the existing board communicates with the master and the same control channel, boop . Therefore, in the system, a method is needed to eliminate the shadow of the communication, that is, the channel and the control channel are respectively configured.
  • the purpose is to confuse the physics of each other, to eliminate the 5 purposes.
  • This provides the system and the system, as shown in Figure 3, the provided system layout is different.
  • the main control includes and the channel exchange, control channel exchange and master CP. It should be noted that the exchange is different. Type communication teaching, convenient for different purposes of line management.
  • the exchange between the communication channel and the control channel is the same as the exchange in the physical management mode of the aggregation group, and is not used here.
  • the system provided by this system has greatly improved the same wide capacity, improved the reliability of communication, and the user's communication, and exchanged different types of exchanges, and different communication teaching points, which facilitated different purposes. management.
  • Step the specified on the aggregation group step is included in the system configuration aggregation group, will be specified and each channel
  • the physical row management in the aggregation group configures the aggregation group in the system, and assigns the specified control channel to the aggregation group.
  • the methods are the same.
  • connection aggregation group includes the connections in the exchange or medium aggregation group, as shown in
  • Step the method includes the connection in each of the masking or non-aggregating groups, as shown in

Abstract

The present invention discloses a system for realizing master-slave frame cascading protection and load sharing, which includes a master frame and at least one slave frame. The master frame and the slave frame both include a main control board and multiple cascade boards, and the main control board includes a switch module. The switch module configures a link aggregation group when the system starts up, adds cascade ports on the appointed cascade boards in the link aggregation group, and manages the physical links in the link aggregation group based on the connection states of the cascade ports. Thus, with the system provided by the present invention, the bandwidth capacity between the master and slave frames is improved, and the system reliability and user service experience are advanced.

Description

休 及 的 統和方法 木領域  Rest and the method of wood
本 涉及通信 木領域， 尤其涉及 及 荷 的 統和方法。 背景 木  This is related to the field of communication wood, especially related to the system and method. Background
在 通信 各中， 增 統容量， 降低 管 統配置管理 ， 往往 用主、 統， 即 介 下 介或多 。 、  In the communication, the capacity is increased, and the management of the system is reduced. It is often used by the master and the system, that is, the mediator or the mediator. ,
統 包括有 用主控 ， 各用主控 ， ， ， 和上 ， 、 接 其中， 、 統通  The system includes the main control, the main control, each, the upper, the upper, the middle, the unified
主控 命令配置管理， 集中式管理結 。 Master command configuration management, centralized management.
然而， 、 統存在以下 ， 、 和控制 路出現故障 ， 並各特 中 ， 失去 的控制。  However, there are the following, and the control roads are faulty, and the special control is lost.
內容  Content
本 提供 及 荷 的 統和方法， 用以 解決現有 木中存在的 、 和控制 路出現 障 並 各特 戶生中 ， 失去 控制的 。  This method of providing and loading is used to solve the existing obstacles in the wood and the control roads, and lose control in each special household.
解決上 ， 本 提供 及 荷 的 統， 包括 和至少 介 ， 和 包括主控 和多  Solve the problem, the provided and the system, including and at least, and including the master and more
， 主控 上包括交換 ， 其中， 所述交換 在 統  The main control includes an exchange, wherein the exchange is in the system
聚合組， 將指定的 到 聚合組中， 于 的連接 聚合組中的物理 行管理。  The aggregation group that will be assigned to the physical row management in the connection aggregation group in the aggregation group.
本 提供的 統 步具有以下特 內部 分力並各教 通道 和控制通道 The provided steps have the following special features Internal force and teaching channel and control channel
並各教 通道 並各教 通道， 控制通道 控制 。 並各教 通道交換子 ， 于在 統 配置 聚合組， 將指定的並各教 通道 到 聚合組中， 于 並各 教 通道 的連接 聚合組中的物理 行管理 And each channel and each channel, control channel control. And each channel is exchanged, the aggregation group is configured in the system, the specified channel is taught to the aggregation group, and the physical management in the connection aggregation group of each channel is configured.
控制通道交換子 ， 于在 統 配置 聚合組， 將指 定的控制通道 到 聚合組中， 于 控制通道
Figure imgf000004_0001
Control the channel switching sub-group, configure the aggregation group in the system, and assign the specified control channel to the aggregation group.
Figure imgf000004_0001
全 。 行管理 休 所述交換 或中 聚合組中的 各 的連接 ， 到 于 ( dow ) ， 聚合組中是否存在其他 ，若是，將赴于 dow 的 聚合組中刪除， 否則， 不做 。  All. Line management Hour The connection in the exchange or medium aggregation group, to (dow), whether there is other in the aggregation group, if it is, delete it in the aggregation group of dow, otherwise, do not.
交換 ， 近 于 或中 非 聚合組中的各 的 連接 ， 到 于 ) ， 將  Exchange, near or in the non-aggregate group, each connection, to )
聚合組中。  In the aggregation group.
的交換 在 統 近將各 彼此同 。  The exchanges will be the same in the same way.
相 的， 本 近提供 及 荷 的方法， 方法包括  The method of providing and loading
在主 及 荷 的 統 ， 配置 聚合組， 將 指定的 到 聚合組中， 于 的連接 聚合組中的物理 行管理。 In the main and the loading system, configure the aggregation group, Specifies the physical row management in the connection aggregation group to the aggregation group.
其 內部 分力並各教 通道 和控制通道 並各教 通道 並各教 通道， 控制通道  Its internal component and each channel and control channel and each channel and each channel, control channel
通道 將指定的 上的 到 聚合組 步包 括 在 統 配置 聚合組， 將指定的並各教 通道 到 聚合組中， 于 並各教 通道 的連接  The channel includes the specified aggregation group to the aggregation group, and the specified channel is connected to the aggregation group, and the connection of each channel is
聚合組中的物理 行管理 在 統 配置 聚合組， 將指定 的控制通道 到 聚合組中， 于 控制通道 的連接 聚合組中的物理 行管理。  Physical row management in the aggregation group Configure the aggregation group in the system, and assign the specified control channel to the aggregation group to manage the physical lines in the connection aggregation group of the control channel.
上 方法 統 近將各 彼此同  The above methods will be the same
在配置 聚合組 ， 將 的物理 全  In the configuration of the aggregation group, the physical
。 于 的連接 聚合組中的物理  . Connection to the physics in the aggregation group
行管理包括 所迷交換 或中 聚合組中的各 Row management includes each of the exchanged or medium aggregation groups
的連接 ， 到 于 ， 聚 合組中是否存在其它 ， 若是， 將赴于 的  The connection, as to whether there is any other in the aggregation group, and if so, will go to
聚合組中刪除， 否則， 不做 。  Delete in the aggregation group, otherwise, do not.
步的， 方法近包括 掩枸或中 非 聚合組中的各 的連接 ， 到 于 ， 將  Step, the method includes the connection in each of the masking or non-aggregating groups, as shown in
聚合組中。  In the aggregation group.
現有 木相比， 本 有益效果 下  Compared to existing wood, this beneficial effect
本 提供的 統具有 聚合功能， 大幅提高了 、 同的 寬 容量， 提升了 、 統通信的可靠性和用戶的並各休 。  The system provided by the system has the aggregation function, which greatly improves the same wide capacity, improves the reliability of the communication, and the user's rest.
且， 統通 不同 型的交換 ， 了 不同 通信教 的分 ， 而方便了 不同用途 的管理。 說明 Moreover, the exchange of different types of communication, the division of different communication teaching, and facilitate the management of different purposes. Description
下面 中的 是本 的 些 ， 于本領域普通 木 ， 在不付出 造性 性的前提下， 近可以 得其 他的 。 The following are some of the basic woods in this field, and without the temperament, you can get other.
1力本 提供的 及 荷 的 統結 3力本 提供的 及 荷 的 統結 示意 。 休 方式  1 The power provided by the force and the charge of the load are provided by the force and the connection of the load. Hugh way
下面將結合本 中的 ， 本 中的 木方案 清楚、 完整地 ， 然， 的 是本 部分 ， 而不是全部的 。 于本 明中的 ， 本領域普通 木 在沒 有做出 造性 前提下 得的所有其他 ， 都 于本 明保 的  In the following, the wood scheme in this section will be clear and complete, and this part, not the whole. In the present invention, all other common woods in this field are not guaranteed to be made.
力了提高現有 各中 、 統的可靠性及並各教 能力， 本 提供 及 荷 的 統， 1所 示， 統包含 介 和至少 介 ， 、 各提供多 In order to improve the reliability and teaching ability of the existing systems, the system provides a unified system, and the system provides a comprehensive introduction, and at least
在 建主、 統 ， 、 上的多 同 上 ， 上 有 ， 將 的  In the construction of the main, the system, the above, the same, there are, will
接， 、 同的連接。 其中， 接的 內部分力並各 教 通道 和控制通道 ， 分別 並各教 通道和控制通 道。 並各教 通道完成 、 同的 / 帶的並各教 通信 控制通道 同通信提供通道， 統中其它羊 的管理。 Connect, the same connection. Among them, the inner part of the connection and the teaching channel and the control channel respectively teach the channel and the control channel. And each teaching channel is completed, the same / with the teaching communication control channel Provide communication with the communication, and manage the other sheep in the system.
統中， 、 包括 主控 、 、 用戶 和多 其中， 主控 上包括主控 P 和交換 用戶 和  In the system, including the master, the user, and more, the master includes the master P and the exchange user and
和主控 的 內通信， 用戶 的另 端 以太交換 相連， / 由用戶 卡上的 P 提取出柬 內控制通道送到 主控 P 上 由上 的上 收到的 文通 交換 直接提 取到主控CP 。  The internal communication with the master is connected to the other end of the user's Ethernet switch. / The P control channel is extracted from the P on the user card and sent to the master control P. The received text exchange is directly extracted to the master CP.
了清楚的 本 的 休 ， 因2 出了上 連 接示意 ， 因2中 內力上 部分， 到上 口可 10 、 千 以太 (GE, Gg北 he e ) 、 10/100/10 、 快速以太 E, a he e ) 等，可 更換不同 型的接口子 不同 The clearness of this rest, because 2 shows the connection, because the upper part of the internal force is 2, the upper mouth can be 10, the ether (GE, Gg north he e), 10/100/10, fast ether E, a He e), etc., different types of interfaces can be replaced
P 主要就是 接口子 JPhy 配置及 的監控 2中， 內力 部分， 所有的 / /控制資源均是由 直通到 、 同的主控 ， 上完成 換及差分 工作。  P is mainly the interface J621 configuration and monitoring 2, the internal force part, all / / control resources are from straight through, the same master, on the completion of the change and differential work.
步的， 本 提供的 統中， 主控 上的交換 交換 功能， 交換 責主控 P 或用戶 同的通信。 更 步的， 了解決現有 木中存在的 ， 交換 近 于在 統 配置 聚合組， 將指定的 到 聚合組中， 于 的連接 聚合組中的物理 行管理。 其中， 交換 在配置 聚合組 ， 將 的物理 全 。  In step, the provided exchange, the exchange exchange function on the master, exchanges the responsibility of the master P or the user's communication. Further, the physical line management in the connection aggregation group in the existing aggregation group is exchanged in the existing aggregation group. Among them, the exchange is configured in the aggregation group, and the physical will be all.
， 交換 于 的連接 聚合組中的物理 行管理主要通 下 方式  , the exchange to the physical group management in the aggregation group
交換 聚合組中的各 的連接 ， 在 聚合 中的 p dow 的 ， 聚合組 中是否存在其他 ， 若是， 則將赴于 dow 的 Exchange each connection in the aggregation group, in the aggregation of the dow, the aggregation group Is there any other, if it is, it will go to dow
聚合組中刪除 否則， 不做 。  Delete in the aggregation group Otherwise, do not.
步的， 交換 近 于 非 聚合組中的各 的連接 ， 到 于1 p ， 將  Step, exchange near each connection in the non-aggregate group, to 1 p, will
5 聚合組中。 5 in the aggregation group.
其中， 上 聚合 (或 g )是將多 物理 定力 介 ， 使用 聚合可提高 ， 通 1中所示的連接方式將 寬容量增 了 倍。 在 常 ， g 中目的 AC地址、 AC地址、 似 (V A , V a oca Aea ewo )、 以太 、 目的 P地址和 P地址 的組合 Among them, the upper aggregation (or g) is a multi-physical force, and the aggregation can be improved. The connection method shown in Figure 1 doubles the wide capacity. In the usual , g, the combination of the destination AC address, the AC address, the like (V A , V a oca Aea ewo ), the ether, the destination P address, and the P address
hash)算法， 以決定 介 的物理 特 ， 而均 衡地使用了 了 載 的效果。 然而， 出現 障， 造成 組 ， 流量 在剩下 常的 同重新分配， 使  The hash algorithm, in order to determine the physical characteristics, uses the effects of the load equally. However, the occurrence of obstacles, resulting in groups, traffic is often re-allocated with the same
障 各仍然可以 常 特 ， 了 的 余 ，5 提高 各的可靠性。  Each of the barriers can still be very special, and the rest can improve the reliability.
需要說明的是， 本 上 的 、 接方式 ， 、 各同的 連接中 出現 ， 的元休止 特 ， 形成 凡 ， 造成 障。 然 的 聚合配 置可以消除 的影 ， 但是由于 聚合組的配置是在主、 主控0 的， 而在主、 主控 boo ， 已 有板同通信的控制 教 在主、 同的控制通道 ， boop 即 。 所以在 統 ， 需要通 的方法消除 同通信的影 ， 即 將 上的 通道 和控制通道 口分別配置  It should be noted that the present, the connection method, and the various connections appearing in the same connection, form a temporary, causing obstacles. However, the aggregation configuration can eliminate the shadow, but since the configuration of the aggregation group is in the master and master 0, and in the master and master boo, the control of the existing board communicates with the master and the same control channel, boop . Therefore, in the system, a method is needed to eliminate the shadow of the communication, that is, the channel and the control channel are respectively configured.
， 目的是 迷 物理 的 互不特 ， 到消除 的5 目的。 本 提供 及 荷 的 統， 3所 示， 提供的 統 提供的 統布置方式相 不同的 是主控 上包括並各教 通道交換 、 控制通道交換 和主控CP 需要說明的是， 本 上 交換 了不同 型的通信 教 ， 方便 不同用途的 行管理。 The purpose is to confuse the physics of each other, to eliminate the 5 purposes. This provides the system and the system, as shown in Figure 3, the provided system layout is different. The main control includes and the channel exchange, control channel exchange and master CP. It should be noted that the exchange is different. Type communication teaching, convenient for different purposes of line management.
休的， 並各教 通道交換子 ， 于在 統 配置 聚 合組， 將指定的並各教 通道 到 聚合組中， 于並 控制通道交換子 ， 于在 統 配置 聚合組， 將指定 的控制通道 到 聚合組中， 于控制通道 的連接 聚合組中的物理 行管理。  Hugh, and each communication channel exchanges, in the unified configuration of the aggregation group, the specified and each teaching channel into the aggregation group, and control the channel exchange sub-group, configure the aggregation group in the system, and assign the specified control channel to the aggregation In the group, physical row management in the connection aggregation group of the control channel.
其中， 並各教 通道交換 和控制通道交換 配置 聚合組的 方式和 聚合組中物理 的管理方式 中的交換 相 同， 在此不做 。  The exchange between the communication channel and the control channel is the same as the exchange in the physical management mode of the aggregation group, and is not used here.
本 提供的 統， 大幅提高了 、 同的 寬容量， 提升了 、 統通信的可靠性和用戶的並各休 且， 統 通 不同 型的交換 ， 了 不同 通信教 的分 ， 而 方便了 不同用途 的管理。  The system provided by this system has greatly improved the same wide capacity, improved the reliability of communication, and the user's communication, and exchanged different types of exchanges, and different communication teaching points, which facilitated different purposes. management.
相 的， 本 近提供 及 荷 的方法， 方法包括  The method of providing and loading
在主 及 荷 的 統 ， 配置 聚合組， 將 指定的 到 聚合組中， 于 的連接  In the primary and secondary systems, configure the aggregation group, and assign the connection to the aggregation group.
聚合組中的物理 行管理。  Physical row management in an aggregation group.
， 內部 分力並各教 通道 和控制通道 並各教 通道 並各教 通道， 控制通道 控 制通道， , internal force and teaching channels and control channels And each teaching channel and each teaching channel, control channel control channel,
步的， 將指定的 上的 到 聚合組 步包括 在 統 配置 聚合組， 將指定的並各教 通道  Step, the specified on the aggregation group step is included in the system configuration aggregation group, will be specified and each channel
到 聚合組中， 于 並各教 通道 的連接  In the aggregation group, the connection to each channel
聚合組中的物理 行管理 在 統 配置 聚合組， 將指定的控制通道 到 聚合組中， 于 控制通道 上 方法中， 統 近將各 彼此同  The physical row management in the aggregation group configures the aggregation group in the system, and assigns the specified control channel to the aggregation group. In the method on the control channel, the methods are the same.
在配置 聚合組 ， 將 的物理 全  In the configuration of the aggregation group, the physical
。  .
步的， 于 的連接 聚合組中的 物理 行管理包括 所迷交換 或中 聚合組 中的各 的連接 ， 到 于 ，  The physical row management in the connection aggregation group includes the connections in the exchange or medium aggregation group, as shown in
聚合組中是否存在其它 ， 若是， 將赴于 的 聚合組中刪除， 否則， 不做 。  If there is any other in the aggregation group, if it is, delete it in the aggregation group that goes to it, otherwise, do not.
步的， 方法近包括 掩枸或中 非 聚合組中的各 的連接 ， 到 于 ， 將  Step, the method includes the connection in each of the masking or non-aggregating groups, as shown in
聚合組中。  In the aggregation group.
然， 本領域的 木 可以 本 行各 和 而不 本 的保 。 ， 倘若本 的 修 和 于本  However, the wood in this field can be guaranteed by the Bank and not by itself. If the repair of this book is in this
要求及其等同 木的 則本 也 包含 和 在內。 The requirements and their equivalents are also included in the wood.

Claims

要求 Claim
1、 及 荷 的 統， 包括 主框和至少 介 ， 和 包括主控 和多 ， 主控 上包括 交換 特 在于， 交換 ， 于在 統 配置 聚合 組， 將指定的 上的 到 聚合組中， 于  1, and the system of the load, including the main frame and at least the mediation, and including the master control and the multi-control, the main control includes the exchange, the exchange, the internal configuration of the aggregation group, the specified on the aggregation group,
2、 要求1 的 統， 其特 在于， 內部 分力並 各教 通道 和控制通道 並各教 通道 並各 教 通道， 控制通道 控制通道。2. The system of requirement 1 is characterized in that it internally divides and teaches channels and control channels, and teaches channels and teaches channels, and controls channel control channels.
3、 要求2 的 統， 其特 在于， 交換 包括並各教 通道交換子 和控制通道交換子  3, the requirements of the 2 system, the special is that the exchange includes and each channel exchange and control channel exchange
並各教 通道交換子 ， 于在 統 配置 聚合組， 將指定的並各教 通道 到 聚合組中， 于 並各 教 通道 的連接 聚合組中的物理 行管理  And each channel is exchanged, the aggregation group is configured in the system, the specified channel is taught to the aggregation group, and the physical management in the connection aggregation group of each channel is configured.
控制通道交換子 ， 于在 統 配置 聚合組， 將指 定的控制通道 到 聚合組中， 于 控制通道 的連接 聚合組中的物理 行管理。  Controls the channel switching sub-group, configures the aggregation group in the system, and assigns the specified control channel to the aggregation group to manage the physical lines in the connection aggregation group of the control channel.
4、 要求1或3所述的 統， 其特 在于， 交換 ， 近 于 在配置 聚合組 ， 將 的物理 全 。 4. The system described in Requirement 1 or 3, which is characterized by the exchange, which is close to the configuration of the aggregation group, and the physical integrity.
5、 要求1或3所述的 統， 其特 在于， 交換 于 交換 或中 聚合組中的各 的連接 ， 到 于 ， 聚合組中是否存 在其它 ， 存在 ， 將赴于 的 聚合組中刪 除， 不存在 ， 不做 。 5. The system described in claim 1 or 3, which is characterized in that, in the exchange or the connection in the intermediate aggregation group, whether there is another in the aggregation group, exists, and will be deleted in the aggregation group to go, Exist, don't do it.
6、 要求5 的 統， 其特 在于， 交換 ， 近 于 或中 非 聚合組中的各 的連接 ， 到 6. The system of requirement 5, which is characterized by the exchange, the connection in each group or the non-aggregation group, to
于 ， 將所述 聚合組中。  In , the polymerization group will be included.
7、 要求1 的 統， 其特 在于， 的交換 ， 近 于在 統 ， 將各 彼此同 。  7, the requirements of the system 1, the special, exchange, near the system, will be the same.
8、 及 荷 的方法， 其特 在于， 方 法包括  8. The method of loading and unloading, in particular, the method includes
在主 及 荷 的 統 ， 配置 聚合組， 將 指定的 上的 到 聚合組中， 于  In the master and the load, configure the aggregation group, and assign the specified one to the aggregation group.
的連接 聚合組中的物理 行管理。 Connections Physical row management in an aggregation group.
9、 要求8 的方法， 其特 在于， 內部 分力並 各教 通道 和控制通道 並各教 通道 並各 教 通道， 控制通道 控制通道  9. The method of claim 8, which is characterized in that the internal component is divided into teaching channels and control channels, and each teaching channel and each teaching channel, the control channel control channel
其中， 將指定的 上的 到 聚合組 步 包括  Wherein, the specified upper to aggregate group step includes
在所 統 配置 聚合組， 將指定的並各教 通道 到 聚合組中， 于 並各教 通道 的連接  Configure the aggregation group in the system, and assign the specified channels to the aggregation group, and connect the channels to each other.
聚合組中的物理 行管理  Physical row management in an aggregation group
在所 統 配置 聚合組， 將指定的控制通道 到 聚合組中， 于 控制通道 的連接 聚 合組中的物理 行管理。  Configure the aggregation group in the system, and assign the specified control channel to the aggregation group to manage the physical lines in the connection aggregation group of the control channel.
10、 要求8或9 的方法， 其特 在于， 統 ， 方法近包括 將各 彼此同 在配置 聚合 組 ， 將 的物理 全 。 10. The method of claim 8 or 9, which is characterized in that the method comprises: arranging each other in the same aggregation group, and physics is complete.
1、 要求8或9 的方法， 其特 在于， 于 交換 或中 聚合組中的各 的連接 ， 到 于 ， 聚合組中是 否存在其它 ， 若存在， 則將赴于 的 聚 合組中刪除， 否則， 不做 。 1. The method of claim 8 or 9, which is characterized in that If there is any other connection in the aggregation group, if there is any other in the aggregation group, if it exists, it will be deleted in the aggregation group. Otherwise, it will not be done.
12、 要求8或9 的方法， 其特 在于， 方法近包括 掩枸或中 非 聚合組中的各 的連接 ， 到 于 ， 將 聚合組中。  12. A method of claim 8 or 9, characterized in that the method comprises a connection in each of the concealing or non-aggregating groups, and is to be in the aggregation group.
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