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WO2010145569A1 - Method and system for automatically discovering topology of node internal resources - Google Patents

Method and system for automatically discovering topology of node internal resources Download PDF

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Publication number
WO2010145569A1
WO2010145569A1 PCT/CN2010/074196 CN2010074196W WO2010145569A1 WO 2010145569 A1 WO2010145569 A1 WO 2010145569A1 CN 2010074196 W CN2010074196 W CN 2010074196W WO 2010145569 A1 WO2010145569 A1 WO 2010145569A1
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Prior art keywords
sheep
receiving
connection
address information
address
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French (fr)
Chinese (zh)
Inventor
岑雪青
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ZTE Corp
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ZTE Corp
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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04Q—SELECTING
    • H04Q11/00—Selecting arrangements for multiplex systems
    • H04Q11/0001—Selecting arrangements for multiplex systems using optical switching
    • H04Q11/0005—Switch and router aspects
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/12—Discovery or management of network topologies
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04Q—SELECTING
    • H04Q11/00—Selecting arrangements for multiplex systems
    • H04Q11/0001—Selecting arrangements for multiplex systems using optical switching
    • H04Q11/0062—Network aspects
    • H04Q2011/0079—Operation or maintenance aspects

Definitions

  • ASO Self-commutation
  • Ao a cSw chedOp ca eWo
  • the introduction of ASO wood can enhance the ability of each quick configuration, 5 survive each other, effectively resist multiple obstacles, provide different levels, and meet the needs of the current rapid service.
  • the ASO is not much in the same wood.
  • the degree of ASO system has risen rapidly, and the degree of different optical connections between different sheep in the ASO system has increased, and the manual configuration is easy to make mistakes. content
  • the wood to be solved is the method and system for proposing the internal resources of the city.
  • the existing ASO system is manually configured to replace the connection method, and to achieve the purpose of high and complete internal resources.
  • this method provides the internal resources of the city, including steps
  • the main control sheep connection message internal resource model The main control sheep connection message internal resource model.
  • Step the method can have the following characteristics
  • the upper method can have the following special light and the address information of the sheep where it exists, the success of the return success is successfully received, the number of the configured sheep and its number, and the position in the check indicates that the received position is successful. .
  • Step the method can have the following characteristics Each number, in turn, the value of the fruit indicates that the success is received, then
  • Step the method can have the following characteristics
  • the main control sheep receives the ⁇ connection message, the first configured sheep and the number of ⁇ connection messages included in the message, the receiving address, the address of the sheep, and the address of the receiving sheep are all present, and the internal resource model exists.
  • the system provides the internal resources of the city, including the connection and connection system.
  • connection is formed by controlling the reception of each of the address information connection terminals of the sheep and receiving the received light and the address information of the sheep, and the light received by the address information of the sheep and the address information of the sheep address ⁇ Connect the message, connect the message to the connection
  • Step, the upper system can have the following special
  • connection step in receiving the received light and the information of the location of the sheep, in the configuration of the sheep Whether the information exists or not, and the connection message "' is formed.
  • Step, the upper system can have the following special
  • connection step is, the reception of the received light and the information of the location of the sheep are present, the control receives the return success, and the control succeeds in receiving the sheep.
  • Step, the upper system can have the following special
  • the connection step is in the number of each of the sheep configurations, and whether each of them indicates success is received, and if so, otherwise, the control core is connected to the receiving end to re-send the light and the address information of the sheep.
  • Step, the upper system can have the following special
  • connection is stepped on, after receiving the ⁇ connection message, the first included, received, the address of the sheep, and the address of the received sheep are all present, and the internal resource model exists.
  • the process 2 is the system of the internal resources of the city. Hugh way
  • the method of presenting the internal resources of the city, 1 shows, including the following steps
  • Step S 1 requires the phase of the sheep.
  • the sheep force control S P sheep with AS software, used for internal light connection and Yu Yang with sheep software to detect the connection of S P sheep.
  • Step S1 2 Follow the ⁇ and function, and connect each receiving connection with a light.
  • the flow of light from each sheep can be divided and received.
  • Step S1 3 the ASO system software and the sheep software, configure the sheep and their respective ASO systems.
  • the sheep's address contains the address of the sheep, the scorpion of the sheep, and the direction of the light, and the sheep of the light.
  • Step S1 Step S1 3 Hardware and configuration, then connect the probe
  • Step S1 4 sheep software control each receiving the receiving end of the connection step S1 5 receiving receiving analysis
  • step S1 7 the message of the address of the sheep, and whether the configured sheep and its unsuccessful message and the sheep address are both present, if the result is "Yes", then step S1 7 otherwise, step S1 6
  • Step S1 6 receives the return to the return, upon receiving, the mercury is connected to the mercury, prompting the user to modify the configured sheep and Each, process.
  • Step S1 7 receives the success of the return, and combines the parsed and the address of the sheep, the received light and the address of the receiving sheep to form a connection message, and then connects the message to the ether.
  • Step S1 8 Upon receiving the success of the receiving and returning, the sheep software may have a system, that is, whether each of the successive connections is connected or not, and if the result is "Yes", otherwise, the message of the core connection is controlled.
  • Step S109 S P sheep's ASO system software receives the optical connection message from each sheep, parses the message, configures the sheep and the light.
  • step S 0 otherwise the mercury is connected to the mercury, prompting the user to modify the configured sheep and their respective processes.
  • Step S S P sheep's ASO system software received the optical connection message internal resource model.
  • Sheep configuration 21 for the configuration of the sheep and their respective. Sheep's address containing sheep, sheep's cockroach, and light Contains, the direction, and the sheep of the light.
  • the connection 22 is configured to control the reception of the respective address information connection terminals of the sheep and the receiving and receiving the received light and the address information of the sheep, the light received by the light and the address information of the sheep and the address information of the sheep address The composition of the connection message, the connection message will be connected.
  • connection 22 receives the received light and the address information of the sheep, and the sheep in the configuration 17 and the number of the light of the sheep and the address information of the sheep are present, and the information is present only before the connection message is formed. .
  • connection 22 receives the received light and its location information, and controls the reception success, and the control succeeds in receiving the sheep.
  • Steps connect the numbers in each of the 22 sheep configurations, and in turn indicate whether the success is received. If yes, otherwise, the control core connects to the receiving end to re-send the light and the address information of the sheep.
  • connection system 23 receives the ⁇ connection message, the sheep is configured in the sheep and the number of light is not included in the connection message, the reception, the address of the sheep, the reception Whether the address of the sheep exists or not, the internal resource model exists. However, there may be many more in the near future. In the absence of this spirit and its circumstances, the field can be reconciled with each other.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Optical Communication System (AREA)

Abstract

A method and a system are provided for automatically discovering the topology of node internal resources in the present invention. The method includes the following steps: each transmitting optical port transmits its optical port number and the address information of the single board where the transmitting optical port is located to the receiving port of the opposite end respectively through the connected optical fiber; after receiving the optical port number of the transmitting optical port and the address information of the single board where the transmitting optical port is located, the receiving port combines the above received information with the optical port number of the receiving optical port and the address information of the single board where the receiving optical port is located to generate an optical fiber connection message, and transmits it to a main control single board; and the main control single board calculates in real time and maintains the topology model of the node internal resources according to the optical connection message. The aim of automatically accomplishing topology model building of node internal resources highly efficiently and accurately can be achieved by the method and system of the present invention.

Description

自 現市 內部資源 的方法及 統 木領域  Method of internal resources from the city and the field of wood

本 涉及光 領域， 尤其涉及 于 (W , WaVee ghdvso pex g) 的自 交換 (ASO , A o a c 5 Sw ched Op ca eWo ) 統中市 內部不同羊 不同 同的光仟連 接的自 方法及 統。 背景 木  This is in the field of light, especially in the self-exchange (ASO, Ao a c 5 Sw ched Op ca eWo) of (W, WaVee ghdvso pex g). The different methods and systems of different optical connections in the city. Background

， 例 (OT , Op ca TT s sso eWo )、 (W , WaVee gh vso pex g) 同步 字 列 (S , Sy cho o s g a e ach )或同步 (SO E , Sy cho o sOp ca ewo ) ， 在 領域已 得到戶 。  , (OT, Op ca TT s sso eWo ), (W, WaVee gh vso pex g) sync string (S, Sy cho osgae ach) or sync (SO E , Sy cho o sOp ca ewo ), in the field Get the household.

自 交換 (ASO , A o a cSw chedOp ca eWo )是指在 和 令控制 下完成自 交換功能的新 代 ， 是近年未 領域的研究 。 ASO 木的引 可增強 各的快速配置能力，5 高止各的生存 ， 有效抵抗 多 障， 提供不同的 各等 ， 滿足目前迅速 的 化服各的需要。 化部 ( T T, e a o a Teegaph o eeco ca o ) G8080以及 G7 X 列 提出了 ASO 的概念和 。  Self-commutation (ASO, Ao a cSw chedOp ca eWo) refers to a new generation of self-switching functions under the control of the order, and is a field research in recent years. The introduction of ASO wood can enhance the ability of each quick configuration, 5 survive each other, effectively resist multiple obstacles, provide different levels, and meet the needs of the current rapid service. The Ministry of Science (T T, e a o a Teegaph o eeco ca o ) G8080 and G7 X columns propose the concept and concept of ASO.

ASO 在 未 木 勢的同 也 未了 多 。 ASO 統0 程度的迅速上升， 了 ASO 統中市 內部不同羊 同不同 的 光仟連接 的 程度的提高， 而手工配置 仟連接容易出錯， 力。 內容 The ASO is not much in the same wood. The degree of ASO system has risen rapidly, and the degree of different optical connections between different sheep in the ASO system has increased, and the manual configuration is easy to make mistakes. content

本 要解決的 木同 是提出 自 現市 內部資源 的方 法及 統， 現有的 ASO 統手工配置 仟連接方法的替代和 ， 而 到高 和 完成 內部資源 的目的。  The wood to be solved is the method and system for proposing the internal resources of the city. The existing ASO system is manually configured to replace the connection method, and to achieve the purpose of high and complete internal resources.

了解決上 木 ， 本 提供了 自 現市 內部資源 的方法， 包含步驟  In order to solve the problem, this method provides the internal resources of the city, including steps

各 分別將 及其所在羊 地址信息 連接 仟 端的接收  Each of them will receive the address information of the sheep connected to it.

接收 將接收到的 的光 及其所在羊 地址信息， 接收 的光 及其所在羊 地址信息組成 仟連接消息， 將 仟 連接消息 送至主控羊  Receiving the received light and the address information of the sheep, the received light and the address information of the sheep in it, and the connection message, and sending the 仟 connection message to the main control sheep

主控羊 仟連接消息 內部資源 模 型。  The main control sheep connection message internal resource model.

步 ， 上 方法近可具有以下特  Step, the method can have the following characteristics

接收 在接收到 的光 及其所在羊 地址信息 ， 在配 置的 羊 及其 的數 中 接收到的 的光 及 其所在羊 地址信息是否均存在， 果均存在， 才組建 仟連接消息。  Receiving the received light and its address information, whether the light received in the configured sheep and its number and the address information of the sheep in it are both present, only the connection message is formed.

步 ， 上 方法近可具有以下特 的光 及其所在羊 地址信息均存在 ， 向 返 成功 在接收到 成功 ， 配置的 羊 及其 的數 中 的數 ， 將所查 中的 位置 表示收到成功 的 。  Step, the upper method can have the following special light and the address information of the sheep where it exists, the success of the return success is successfully received, the number of the configured sheep and its number, and the position in the check indicates that the received position is successful. .

步 ， 上 方法近可具有以下特 各 的數 ， 依次 各 的 ， 果 的 值表示收到成功 ， 則 下 Step, the method can have the following characteristics Each number, in turn, the value of the fruit indicates that the success is received, then

果 的 值表示收到失 或者未收到 ， 則  If the value of the result indicates that the loss was received or not received, then

連接 仟重新向 端的接收 的光 及其 所在羊 地址的消息。  The message that is connected to the received light and its location.

步 ， 上 方法近可具有以下特  Step, the method can have the following characteristics

主控羊 在接收到 仟連接消息 ， 先 配置的 羊 以及光 的數 仟連接消息中包含的 、 接收 、 所在羊 地址、 接收 所在羊 地址是否均存在， 果均存在， 內部資源 模型。  The main control sheep receives the 仟 connection message, the first configured sheep and the number of 仟 connection messages included in the message, the receiving address, the address of the sheep, and the address of the receiving sheep are all present, and the internal resource model exists.

了解決上 木 ， 本 近提供了 自 現市 內部資源 的 統， 包含 連接 和連接 統 ， 其 中，  In order to solve the problem, the system provides the internal resources of the city, including the connection and connection system.

連接 ， 于控制各 分別將 及其所 在羊 地址信息 連接 仟 端的接收 以及在接收 接 收到 的光 及其所在羊 地址信息 ， 將 的光 及其所在羊 地址信息 接收 的光 及其所在羊 地址信息組成 仟連接消息， 將 仟連接消息 連接 統  The connection is formed by controlling the reception of each of the address information connection terminals of the sheep and receiving the received light and the address information of the sheep, and the light received by the address information of the sheep and the address information of the sheep address仟Connect the message, connect the message to the connection

連接 統 ， 于根 接收到的光仟連接消息  Connection system, the optical connection message received at the root

內部資源 模型。  Internal resource model.

步 ， 上 統近可具有以下特  Step, the upper system can have the following special

近包含 羊 配置 ， 用以配置 羊 及其各 的數 相 的， 連接 步 于， 在接收 接收到 的光 及其所在羊 地址信息 ， 先 羊 配置 中的 信息是否均存在， 果均存在， 才組建 仟連接消息 "' 。 Nearly including the sheep configuration, used to configure the sheep and its respective phases, the connection step, in receiving the received light and the information of the location of the sheep, in the configuration of the sheep Whether the information exists or not, and the connection message "' is formed.

步 ， 上 統近可具有以下特  Step, the upper system can have the following special

連接 步 于， 在 接收 接收到的 的光 及其所在羊 地址信息均存在 ， 控制接收 向 返 成功 ， 以及控制 在接收到成功 ， 將 羊 配置 的 。  The connection step is, the reception of the received light and the information of the location of the sheep are present, the control receives the return success, and the control succeeds in receiving the sheep.

步 ， 上 統近可具有以下特  Step, the upper system can have the following special

連接 步 于， 羊 配置 中各 的數 ， 依次 各 的 的 是否表示收到 成功 ， 果是， 則 下 否則， 控制核 連 接 仟向 端的接收 重新 送核 的光 及其所在羊 地址 信息。  The connection step is in the number of each of the sheep configurations, and whether each of them indicates success is received, and if so, otherwise, the control core is connected to the receiving end to re-send the light and the address information of the sheep.

步 ， 上 統近可具有以下特  Step, the upper system can have the following special

連接 統 步 于， 在接收到 仟連接消息 ， 先 中包含的 、 接收 、 所在羊 地址、 接收 所 在羊 地址是否均存在， 果均存在， 才 內部資源 模型。  The connection is stepped on, after receiving the 仟 connection message, the first included, received, the address of the sheep, and the address of the received sheep are all present, and the internal resource model exists.

本 提出的 自 現市 內部資源 的方法及 統， 在 羊 ， 羊 配置 和 仟連接 的情況下， 自  The method and system of the internal resources of the present self, in the case of sheep and sheep configuration and 仟 connection,

仟連接， 而 算出 內部資源 模型， 以 到高 和 完 成 內部資源 的目的。 說明 仟 Connect and calculate the internal resource model to achieve high and complete internal resources. Description

1是本 自 現市 內部資源 的方法流程 2是本 自 現市 內部資源 的 統 。 休 方式 1 is the method of the internal resources of the city. The process 2 is the system of the internal resources of the city. Hugh way

下面將  Below

本 提出 自 現市 內部資源 的方法， 1 所 示， 包含 下步驟  The method of presenting the internal resources of the city, 1 shows, including the following steps

步驟S 1 的要求 相 的羊 。  Step S 1 requires the phase of the sheep.

其中 羊 力主控S P羊 ， 具有AS 統軟件， 用以 內部 的光 連接 和 余羊 具有羊 軟件， 用以探測 連接 上 S P羊 。  Among them, the sheep force control S P sheep, with AS software, used for internal light connection and Yu Yang with sheep software to detect the connection of S P sheep.

步驟 S1 2 按照 的矣 和功能， 用光仟將各 的 接收 連接 未。  Step S1 2 Follow the 矣 and function, and connect each receiving connection with a light.

各羊 的光 的流向可以分力接收 和 。  The flow of light from each sheep can be divided and received.

步驟S1 3 統上 ， ASO 統軟件和各 羊 軟件， 由 管 統配置 羊 及其各 的 ASO 統。  Step S1 3, the ASO system software and the sheep software, configure the sheep and their respective ASO systems.

羊 的 包含羊 的地址、 羊 的矣 ， 以及光 的 的 包含 、 的 方向， 以及光 的所屬羊 。 上 步驟S 1 步驟S1 3 硬件 境的 和配置， 然 將 連接 的探測  The sheep's address contains the address of the sheep, the scorpion of the sheep, and the direction of the light, and the sheep of the light. Step S1 Step S1 3 Hardware and configuration, then connect the probe

步驟 S1 4 羊 軟件控制各 分別 連接 仟向 端的接收 步驟 S1 5 接收 接收 解析 未的  Step S1 4 sheep software control each receiving the receiving end of the connection step S1 5 receiving receiving analysis

和 所在羊 地址的消息， 然 配置的 羊 及其 的 未 消息中解析出的 和羊 地址是否均存在， 果 結果 "是"， 則 步驟S1 7 否則， 步驟S1 6 And the message of the address of the sheep, and whether the configured sheep and its unsuccessful message and the sheep address are both present, if the result is "Yes", then step S1 7 otherwise, step S1 6

步驟 S1 6 接收 向 返 失 ， 在接收到 ， 汞 連接 候的 汞， 提示用戶修改配置的 羊 及 各 的 ， 流程。 Step S1 6 receives the return to the return, upon receiving, the mercury is connected to the mercury, prompting the user to modify the configured sheep and Each, process.

步驟 S1 7 接收 向 返 成功 ， 同 將解析出的 和 所在羊 地址， 接收 的光 和 接收 所在羊 地址 起組成 仟連接消息， 然 將 仟連接消息 以太 Step S1 7 receives the success of the return, and combines the parsed and the address of the sheep, the received light and the address of the receiving sheep to form a connection message, and then connects the message to the ether.

S P主控羊 。  S P master sheep.

步驟 S1 8 在接收到接收 返 的成功 ， 將 羊 軟件可以具有 和制， 即 各 的 ， 依次 各 的連接 的 是否表示 連接 ， 果 結果 "是"， 則 下 否則， 控制核 連接 的消息。  Step S1 8 Upon receiving the success of the receiving and returning, the sheep software may have a system, that is, whether each of the successive connections is connected or not, and if the result is "Yes", otherwise, the message of the core connection is controlled.

步驟S109 S P羊 的ASO 統軟件接收到未自各羊 的光仟連接 消息 ， 解析 消息， 配置的 羊 以及光 的 未  Step S109 S P sheep's ASO system software receives the optical connection message from each sheep, parses the message, configures the sheep and the light.

消息中解析出的 、 接收 、 所在羊 地址、 接收 所在羊 地址是否均存在， 果均存在， 則 步驟 S 0 否則 汞 連接 候的 汞， 提示用戶修改配置的 羊 及其各 的 ， 流程。  If the message parsed, received, the address of the sheep, and the address of the receiving sheep are both present, if all of them exist, then step S 0 otherwise the mercury is connected to the mercury, prompting the user to modify the configured sheep and their respective processes.

步驟S S P羊 的ASO 統軟件 接收到的光仟連接消息 內部資源 模型。  Step S S P sheep's ASO system software received the optical connection message internal resource model.

了 上 方法， 本 近提出了 自 現市 內部資源 的 統， 休 2所示， 包含 羊 配置 21、 連接 The above method has recently proposed the internal resources of the city, as shown by Hugh 2, including the sheep configuration.

22和連接 統 23， 其中  22 and connection 23, where

羊 配置 21， 于配置 羊 及其各 的 。 羊 的 包含羊 的地址、 羊 的矣 ， 以及光 的 的 包含 、 的 方向， 以及光 的所屬羊 。 Sheep configuration 21, for the configuration of the sheep and their respective. Sheep's address containing sheep, sheep's cockroach, and light Contains, the direction, and the sheep of the light.

連接 22， 于控制各 分別將 及其 所在羊 地址信息 連接 仟 端的接收 以及在接收 接收到 的光 及其所在羊 地址信息 ， 將 的光 及其所在羊 地址信息 接收 的光 及其所在羊 地址信息組成 仟連接消息， 將 仟連接消息 連接 統 。  The connection 22 is configured to control the reception of the respective address information connection terminals of the sheep and the receiving and receiving the received light and the address information of the sheep, the light received by the light and the address information of the sheep and the address information of the sheep address The composition of the connection message, the connection message will be connected.

步 ， 連接 22在接收 接收到 的光 及其所在羊 地址信息 ， 先 羊 配置 21 中的 羊 及其各 的數 的光 及其所在羊 地址信息是 否均存在， 果均存在， 才組建 仟連接消息。  Step, the connection 22 receives the received light and the address information of the sheep, and the sheep in the configuration 17 and the number of the light of the sheep and the address information of the sheep are present, and the information is present only before the connection message is formed. .

步 ， 連接 22在 接收 接收到的 的光 及其所在羊 地址信息均存在 ， 控制接收 向 返 成功 ， 以及控制 在接收到成功 ， 將 羊 配置 的 。  Step, connection 22 receives the received light and its location information, and controls the reception success, and the control succeeds in receiving the sheep.

步 ， 連接 22 羊 配置 中各 的數 ， 依次 各 的 的 是否表示收到 成功 ， 果是， 則 下 否則， 控制核 連 接 仟向 端的接收 重新 送核 的光 及其所在羊 地址 信息。  Steps, connect the numbers in each of the 22 sheep configurations, and in turn indicate whether the success is received. If yes, otherwise, the control core connects to the receiving end to re-send the light and the address information of the sheep.

連接 統 23， 于根 接收到的光仟連接消息  Connection 23, the optical connection message received at the root

內部資源 模型。  Internal resource model.

步 ， 連接 統 23在接收到 仟連接消息 ， 先 羊 配置 中羊 以及光 的數 未 仟連接消息 中包含的 、 接收 、 所在羊 地址、 接收 在羊 地址是否均存在， 果均存在， 才 內部資源 模型。 然， 本 近可有其他多 ， 在不 本 精神及其 的情況下， 本領域 木 可 本 作出各 相 的改 和 ， Step, the connection system 23 receives the 仟 connection message, the sheep is configured in the sheep and the number of light is not included in the connection message, the reception, the address of the sheep, the reception Whether the address of the sheep exists or not, the internal resource model exists. However, there may be many more in the near future. In the absence of this spirit and its circumstances, the field can be reconciled with each other.

Claims

要求 Claim 1、 自 現市 內部資源 的方法，其特 在于， 方法包括 端的接收  1. A method of self-representing internal resources, the method of which includes receiving 接收 將接收到的 的光 及其所在羊 地址信息， 接收 的光 及接收 所在羊 地址信息組成 接消息， 將 仟連接消息 送至主控羊  Receiving the received light and the address information of the sheep, the received light and the address information of the receiving sheep are combined to send a message to the main control sheep. 主控羊 仟連接消息 內部資源 模 型。 The main control sheep connection message internal resource model. 2、 要求 1 的方法， 其特 在于， 方法 步包括 接收 在接收到 的光 及其所在羊 地址信息 ， 在配 置的 羊 及其 的 中 接收到的 的光 及其所在羊 地址信息是否均存在， 均存在 ， 組建 仟連接消息。  2. The method of claim 1, wherein the method step comprises receiving the received light and the address information of the sheep, and whether the received light and the address information of the sheep in the configured sheep and the presence thereof are present, Both exist, set up a connection message. 3、 要求2 的方法， 其特 在于， 方法 步包括 接收 在配置的 羊 及其 的 中 找到 接收到 的 的光 及其所在羊 地址信息均存在 ， 向 返 成 功  3. The method of claim 2, wherein the method step comprises: receiving and receiving the received light in the configured sheep and the location information of the sheep, and returning to the work 在接收到所述成功 ， 配置的 羊 及其 的 中 的 ， 將所查 中的 位置 表示收到成功 的 。  Upon receiving the successful, configured sheep and its , the location in question is indicated to be successful. 4、 要求3 的方法， 其特 在于， 方法 步包括 定吋 各 的 ， 依次 各 的 ， 果 的 值表示收到成功 ， 則 下  4. The method of claim 3, wherein the method step includes determining each of the respective ones, and the value of the fruit indicates that the success is received, then 果 的 值表示收到失 或者未收到 ， 則  If the value of the result indicates that the loss was received or not received, then 連接 仟重新向 端的接收 的光 及 其所在羊 地址的消息。 The light that is connected to the re-directed end and The message of the address of the sheep. 5、 要求 1至4任 項 的方法， 其特 在于， 方法 步 包括  5. The method of claim 1 to 4, characterized in that the method step comprises 主控羊 在接收到 仟連接消息 ， 先 配置的 羊 以及 的數 仟連接消息中包含的 、 接收 、 所在羊 地址、 接收 所在羊 地址是否均存在， 均存在 ， 內部資源 模型。  The main control sheep receives the 仟 connection message, the first configured sheep and the number of 仟 connection messages, including the receiving, the address of the sheep, and the address of the receiving sheep, all exist, the internal resource model. 6、 自 現市 部資源 的 統，其特 在于， 統包含 連接 和連接 統 ， 其中，  6. The system of resources from the current city, the special feature of which includes the connection and connection system, among them, 連接 ， 于控制各 分別將 及 其所在羊 地址信息 連接 仟 端的接收 以及在接收 接收到 的光 及其所在羊 地址信息 ， 將 的 光 及其所在羊 地址信息 接收 的光 及其所在羊 地址信息 組成 仟連接消息， 將 仟連接消息 連接 統 連接 統 ， 于根 接收到的光仟連接消息 內部資源 模型。  The connection is formed by controlling the reception of each of the address information connection terminals of the sheep and receiving the received light and the address information of the sheep, and the light received by the address information of the sheep and the address information of the sheep address仟 Connect the message, connect the message connection system to the internal resource model of the optical connection message received at the root. 7、 要求6 的 統， 其特 在于， 統近包含 羊 配 置 ， 于配置 羊 及其各 的數  7. The system of requirement 6 is characterized in that the system includes the configuration of the sheep and the number of sheep and their respective 相 的， 連接 步 于， 在接收 接收到 的光 及其所在羊 地址信息 ， 先 羊 配置 中 地址信息是否均存在， 均存在 ， 組建 仟連接消息。  Phase, the connection step, in receiving the received light and its location information, whether the address information exists in the configuration of the first sheep, all exist, and the connection message is formed. 8、 要求7 的 統， 其特 在于， 連接  8. The system of requirement 7, which is characterized by 步 于， 在 接收 接收到的 的光 及其所在羊 地址信息均存在 ， 控制接收 向 返 成功 ， 以及 在接收到成功 ， 將 羊 配置 中 Step by, receiving the received light and its sheep The address information exists, the control receives the return success, and after receiving the success, the sheep is configured. 9、 要求8 的 統， 其特 在于， 連接 9. The system of requirement 8, which is characterized by 步 于， 羊 配置 中各 的 ， 依 次 各 的 的 是否表示收到成功 ， 果是， 則 下 否則， 控制所 連接 仟向 端的接 收 重新 的光 及其所在羊 地址信息。  In the sheep configuration, whether the next ones indicate success or not, if yes, otherwise, control the received light of the connected end and the address information of the sheep. 10、 要求 6至 9任 項 的 統， 其特 在于， 連接 統 步 于， 在接收到 仟連接消息 ， 先  10. Requires the system of any of items 6 to 9, which is characterized in that the connection is integrated, and after receiving the connection message, 羊 配置 中羊 以及光 的 仟連接消息中包 含的 、 接收 、 所在羊 地址、 接收 所在羊 地址是否均存在， 均存在 ， 內部資源 模型。  In the sheep configuration, the information contained in the sheep and the light connection message, the address of the receiving, the address of the sheep, and the address of the receiving sheep are all present, and the internal resource model exists.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103905254A (en) * 2014-04-04 2014-07-02 西华师范大学 Intelligent relation-graph generating method based on port connection information of communication equipment

Families Citing this family (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101621722B (en) * 2009-06-29 2012-11-28 中兴通讯股份有限公司 Method and system for automatically discovering node inner resource topology
CN101834663B (en) * 2010-04-08 2015-05-20 中兴通讯股份有限公司 Detection method and system of optical fiber connection
WO2012119411A1 (en) * 2011-08-23 2012-09-13 华为技术有限公司 Method for obtaining connection relationship of optical fibre, node device and optical network system
CN102907028B (en) 2012-08-07 2015-07-29 华为技术有限公司 Obtain method and the device of fiber connection relationship in reconfigurable optical add/drop multiplexer
CN103501254B (en) * 2013-10-23 2017-05-03 北京旋极信息技术股份有限公司 Multipurpose avionics relay network topology configuration management method and multipurpose avionics relay network topology configuration management system
CN106254108B (en) * 2016-08-01 2019-05-24 北京百度网讯科技有限公司 Transmission path management method and device for data transmission network
CN110730035A (en) * 2018-07-16 2020-01-24 中兴通讯股份有限公司 Optical interface connection detection method, exchange single board and computer storage medium

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2002011320A2 (en) * 2000-08-01 2002-02-07 Nortel Networks Limited Smart connect
CN1472890A (en) * 2002-07-30 2004-02-04 深圳市中兴通讯股份有限公司 Prevention of fault connection of oplical transfer loop network transmission businesses
WO2006080899A1 (en) * 2005-01-28 2006-08-03 Agency For Science, Technology And Research Systems and methods for testing data link connectivity of an optical network employing transparent optical nodes
CN1838568A (en) * 2004-11-18 2006-09-27 国际商业机器公司 Apparatus, system, and method for detecting a fibre channel miscabling event
US20070183337A1 (en) * 2006-02-03 2007-08-09 International Business Machines Corporation FC-AL cabling management system
CN101340733A (en) * 2008-08-12 2009-01-07 中国移动通信集团江苏有限公司 A method for automatically generating optical path services in a communication pipeline resource management system
CN101621722A (en) * 2009-06-29 2010-01-06 中兴通讯股份有限公司 Method and system for automatically discovering node inner resource topology

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2002011320A2 (en) * 2000-08-01 2002-02-07 Nortel Networks Limited Smart connect
CN1472890A (en) * 2002-07-30 2004-02-04 深圳市中兴通讯股份有限公司 Prevention of fault connection of oplical transfer loop network transmission businesses
CN1838568A (en) * 2004-11-18 2006-09-27 国际商业机器公司 Apparatus, system, and method for detecting a fibre channel miscabling event
WO2006080899A1 (en) * 2005-01-28 2006-08-03 Agency For Science, Technology And Research Systems and methods for testing data link connectivity of an optical network employing transparent optical nodes
US20070183337A1 (en) * 2006-02-03 2007-08-09 International Business Machines Corporation FC-AL cabling management system
CN101340733A (en) * 2008-08-12 2009-01-07 中国移动通信集团江苏有限公司 A method for automatically generating optical path services in a communication pipeline resource management system
CN101621722A (en) * 2009-06-29 2010-01-06 中兴通讯股份有限公司 Method and system for automatically discovering node inner resource topology

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103905254A (en) * 2014-04-04 2014-07-02 西华师范大学 Intelligent relation-graph generating method based on port connection information of communication equipment
CN103905254B (en) * 2014-04-04 2017-03-29 西华师范大学 A kind of graph of a relation intelligent generation method based on communication equipment Port Connection Information

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