CN110113261A - The processing method and processing device of cross-system data exchange classification grouping routing - Google Patents
The processing method and processing device of cross-system data exchange classification grouping routing Download PDFInfo
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- CN110113261A CN110113261A CN201910424310.9A CN201910424310A CN110113261A CN 110113261 A CN110113261 A CN 110113261A CN 201910424310 A CN201910424310 A CN 201910424310A CN 110113261 A CN110113261 A CN 110113261A
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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
- H04L45/02—Topology update or discovery
- H04L45/04—Interdomain routing, e.g. hierarchical routing
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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
- H04L45/26—Route discovery packet
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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
- H04L45/54—Organization of routing tables
Abstract
The present invention provides a kind for the treatment of method and apparatus of cross-system data exchange classification grouping routing, and method includes obtaining routing configuration table and message to be sent；Sender's routing node parses message to be sent, obtain the first identifier code and message content of recipient, recipient's routing node is determined according to the first identifier code of recipient and routing configuration table, if sender's routing node and recipient's routing node are located under same routing node, message content is sent to upper level routing node by sender's routing node, is grouped delivery message content by second identifier code by upper level routing node；If sender's routing node and recipient's routing node are not located under same routing node, message content encapsulation is delivered to center routing node by sender's routing node, center routing node is grouped by recipient's routing node, second identifier code delivery of packets message content is pressed again, is achieved the purpose that improve router efficiency, is reduced occupancy memory space.
Description
Technical field
The present invention relates to cross-system field of data exchange, and in particular to a kind of classification grouping routing of cross-system data exchange
Processing method and processing device.
Background technique
With the fast development of E-Government and popularizing for communication technology and network, mechanism, governments at all levels, China is sharp
With new and high technologies such as computer and networkss, its working environment, management and service function are moved into network and completed up, thus super
The more limitation of time, space and department's separation etc., provides efficient, high-quality, specification, transparent and comprehensive service to the whole society,
Transformation of the government function from management type to service type is realized comprehensively.
Since government organs have that/localized managements such as the Room (office), electricity are done in the management of the superior and the subordinate such as province/city/district, mansion
Sub- Government Affair Information System software is related to the data exchange of cross-system mostly；In terms of system architecture, some information systems are using more
Unit shares the centralization of a system, such as there are two the same personnel of some local government organizations and the external tools of system setting
Government organs' title, some correspond to the distribution of a system using a unit.Traditional data exchange pocket transmission news routing
One pocket transmission news is delivered to message server by technology, sender, and message server is sealed off and parsed in mass-sending message header
Recruiting unit is delivered to goal systems corresponding to recruiting unit one by one.
Since a pocket transmission news may include multiple recruiting unit, and multiple recruiting unit correspond to different information systems
System after traditional cross-system message routing server seals off pocket transmission news, traverses all recruiting unit, and each unit delivers one
It is secondary.For the integrated information system using the shared system of more units, exists by recruiting unit's routing and repeatedly deliver, route
Low efficiency occupies the big disadvantage of memory space.
Summary of the invention
To solve problems of the prior art, the present invention provides a kind of classification grouping routing of cross-system data exchange
Processing method and processing device, by being grouped pocket transmission news by the corresponding authentication code of recruiting unit, by recruiting unit's rank
The method for carrying out hierarchical routing achievees the purpose that improve router efficiency, reduces occupancy memory space.
In order to achieve the above objectives, the technical scheme is that providing a kind of cross-system data exchange classification grouping routing
Processing method, comprising:
Obtain routing configuration table and message to be sent；
The routing configuration table includes the corresponding relationship of first identifier code, routing node, second identifier code；
The routing node includes sender's routing node, recipient's routing node；
Sender's routing node parses message to be sent, obtains the first identifier code and message content of recipient, according to
The first identifier code and routing configuration table of recipient determines recipient's routing node,
If sender's routing node and recipient's routing node are located under same routing node, sender's routing node will disappear
Breath content is sent to sender's routing node and the common upper level routing node of recipient's routing node, by upper level routing node
Continue to be grouped by second identifier code and delivers message content to recipient's routing node；
If sender's routing node and recipient's routing node are not located under same routing node, sender's routing node will
Message content encapsulation is delivered to the center routing node that sender's routing node and recipient's routing node share, and Center Road is by saving
It presses recipient's routing node to be grouped, sends same level-one recipient routing node for message content, then press second identifier
Code delivery of packets message content is to recipient's routing node；
Above method, sender determines recipient's routing node by first identifier code and routing configuration table, and leads to
Comparison sender routing node and recipient's routing node are crossed whether under same routing node, determines that sender's routing node turns
Path is sent out, if that is, under same level-one, being then forwarded to upper level routing node, under same routing node if not same
It under routing node, i.e., not under same level-one, is then forwarded to center routing node, and follow-up second is marked again before forwarding
Know code and be grouped transmission message content, first carry out classification forwarding in this way, be then grouped transmission, sends one without every
Secondary message will traverse each receiving node, improve router efficiency, reduce occupancy memory space.
Further, the first identifier code is system code, and the second identifier code is Institution Code；Or first
Authentication code is Institution Code, and second identifier code is system code, sets authentication code for system code and Institution Code,
The rank and system setting that location mechanism can more efficiently be distinguished distinguish.
Further, if sender's routing node and recipient's routing node are not located under same routing node, sender
Message content encapsulation is delivered to the center routing node that sender's routing node and recipient's routing node share by routing node
The step of include if that sender's routing node and recipient's routing node are not located under same routing node, will not lie in all the way
Portion is packaged by sender's routing node message content under node and is sent to sender's routing node and recipient's routing node
Shared center routing node, above method are not located at the recipient of same routing node, by the message of recipient's routing node
Content is packaged into portion and is sent to center routing node, is then sent by center routing node, do not need in this way traversal from
And it further increases router efficiency and reduces and occupy memory space；
Further, the center routing node be sender's routing node and recipient's routing node shared one most
The routing node of neighbouring sender's routing node, by center routing node be set as recipient and sender it is common and most neck is close
Sender's routing node can make message when recipient has the common node of multiple and different ranks with sender in this way
Content can more rapidly be sent to center routing node.
Further, the center routing node is grouped by recipient's routing node, sends message content to together
The step of Primary Receive side's routing node includes that the center routing node will have in different recipient's routing nodes and mutually be same as above
Level-one routing node is divided into one group, sends identical upper level routing node for message content, the center routing node is pressed
Recipient's routing node is grouped, and message content is forwarded to recipient's routing node step by step, is center routing node by phase
It is grouped with upper level routing node, by a message content toward each packets forwarding, until recipient's routing node, further subtracts
Memory space is occupied less, and improves router efficiency.
It is further, described to include by second identifier code delivery of packets message content to recipient's routing node step,
Recipient's routing node is grouped again by second identifier code, is delivered to each grouping with a message content,
It is grouped again by second identifier code, each grouping is delivered to the mass-sending of a message content, with the mechanism in grouping
This part of message content can be read, reduction repeatedly delivers the mechanism of same system code, improves router efficiency and reduction accounts for
Use memory space.
The present invention also provides the processing units that a kind of cross-system data exchange is classified grouping routing, comprising:
Message capturing module obtains routing configuration table and message to be sent；
The routing configuration table includes the corresponding relationship of first identifier code, routing node, second identifier code；
The routing node includes sender's routing node, recipient's routing node；
Data resolution module parses message to be sent for sender's routing node, obtains the first identifier generation of recipient
Code and message content, determine recipient's routing node according to the first identifier code of recipient and routing configuration table；
First execution module, if being located under same routing node for sender's routing node and recipient's routing node,
Sender's routing node by message content be sent to sender's routing node and recipient's routing node it is common upper level routing section
Point is continued to be grouped by second identifier code and delivers message content to recipient's routing node by upper level routing node；
Second execution module, if not being located at same routing node for sender's routing node and recipient's routing node
Under, message content encapsulation is delivered to the center that sender's routing node and recipient's routing node share by sender's routing node
Routing node, center routing node are grouped by recipient's routing node, send same level-one recipient road for message content
By node, then by second identifier code delivery of packets message content to recipient's routing node；
Apparatus above, sender determines recipient's routing node by first identifier code and routing configuration table, and leads to
Comparison sender routing node and recipient's routing node are crossed whether under same routing node, determines that sender's routing node turns
Path is sent out, if that is, under same level-one, being then forwarded to upper level routing node, under same routing node if not same
It under routing node, i.e., not under same level-one, is then forwarded to center routing node, and follow-up second is marked again before forwarding
Know code and be grouped transmission message content, first carry out classification forwarding in this way, be then grouped transmission, sends one without every
Secondary message will traverse each receiving node, improve router efficiency, reduce occupancy memory space.
Further, the first identifier code is system code, and the second identifier code is Institution Code；Or first
Authentication code is Institution Code, and second identifier code is system code, sets authentication code for system code and Institution Code,
The rank and system setting that location mechanism can more efficiently be distinguished distinguish.
Further, the second execution module includes the second sub- sending module and the second subgroup module one, second packet mould
Block two,
If the second sub- sending module is not located at same routing node for sender's routing node and recipient's routing node
Under, the sender's routing node message content that will not lie under same routing node is packaged into portion and is sent to sender's routing node
The center routing node shared with recipient's routing node；
Second subgroup module one will have for the center routing node in different recipient's routing nodes to be mutually same as above
Level-one routing node is divided into one group, sends identical upper level routing node for message content；
Second subgroup module two is grouped for recipient's routing node by second identifier code again, with a message content
It is delivered to each grouping；
Arrangement above is not located at the recipient of same routing node, the message content of recipient's routing node is packaged into
Portion is sent to center routing node, is then sent by center routing node, does not need from sender to recipient it in this way
Between traversed, and the center routing node is grouped by recipient's routing node, and message content is forwarded to step by step and is connect
Debit's routing node is that center routing node is grouped by identical upper level routing node, by a message content toward each grouping
Forwarding, until recipient's routing node, occupies memory space to further increase router efficiency and reduce；Divided
It is grouped again after grade by second identifier code, each grouping is delivered to the mass-sending of a message content, it is equal with the mechanism in grouping
This part of message content can be read, the mechanism of same system code is repeatedly delivered in reduction, is improved router efficiency and is reduced occupancy
Memory space.
Further, the center routing node be sender's routing node and recipient's routing node shared one most
The routing node of neighbouring sender's routing node, by center routing node be set as recipient and sender it is common and it is closest
Sender's routing node can make message when recipient has the common node of multiple and different ranks with sender in this way
Content can more rapidly be sent to center routing node.
Detailed description of the invention
Fig. 1 is the processing method flow chart of cross-system data exchange classification grouping routing；
Fig. 2 is that routing configuration indicates to be intended to；
Fig. 3 is the processing unit block diagram of cross-system data exchange classification grouping routing；
Fig. 4 is cross-system Data Exchange Model figure.
Specific embodiment
The present invention is described in further details with reference to the accompanying drawings and detailed description.
As shown in Figure 1, the present invention provides a kind of processing method of cross-system data exchange classification grouping routing, comprising:
Obtain routing configuration table and message to be sent；
The routing configuration table includes the corresponding relationship of first identifier code, routing node, second identifier code；This implementation
In example, as shown in Fig. 2, the first identifier code is system code, the second identifier code is Institution Code；In other realities
It applies in example, first identifier code may be Institution Code, the Institution Code i.e. coding of certain mechanism, and second identifier code can also be with
For system code, system code is that the Institution Code corresponds to inter-process system.
The routing node includes sender's routing node or recipient's routing node；
Sender's routing node parses message to be sent, obtains the first identifier code and message content of recipient, according to
The first identifier code and routing configuration table of recipient determines recipient's routing node,
If sender's routing node and recipient's routing node are located under same routing node, sender's routing node will disappear
Breath content is sent to sender's routing node and the common upper level routing node of recipient's routing node, by upper level routing node
Continue to be grouped by second identifier code and delivers message content to recipient's routing node；As illustrated in fig. 2, it is assumed that sender's machine
Structure code is org1, recipient org0, then since this two side is under same routing node node12, and it is upper with passing through
Level-one routing node node1 then sends routing node for message and is sent to this upper level routing node of node1；
If sender's routing node and recipient's routing node are not located under same routing node, sender's routing node will
Message content encapsulation is delivered to the center routing node that sender's routing node and recipient's routing node share, and Center Road is by saving
It presses recipient's routing node to be grouped, sends same level-one recipient routing node for message content, then press second identifier
Code delivery of packets message content is to recipient's routing node；The center routing node is sender's routing node and recipient
The routing node of shared closest sender's routing node of routing node, by center routing node be set as recipient and
Sender it is common and most lead nearly sender's routing node, as illustrated in fig. 2, it is assumed that sender's Institution Code is org1, recipient
For org4, then since this two side is not located under same routing node, and it is with common routing node, that is, center routing node
n1；
If sender's routing node and recipient's routing node are not located under same routing node, sender's routing node will
It is specific that message content encapsulation is delivered to the step of center routing node that sender's routing node and recipient's routing node share
If not being located under same routing node including sender's routing node and recipient's routing node, same routing node will not lie in
Under sender's routing node message content be packaged into and a be sent to sender's routing node and recipient's routing node is shared
Center routing node, as illustrated in fig. 2, it is assumed that sender's Institution Code be org1, recipient org0, org2, org3, then due to
Three recipients are not located under same routing node with sender, send sender's message content as a pocket transmission news
To center routing node n1；
The center routing node is grouped by recipient's routing node, sends same level-one recipient for message content
The step of routing node, which specifically includes the center routing node, will have identical upper level road in different recipient's routing nodes
It is divided into one group by node, identical upper level routing node is sent by message content, as illustrated in fig. 2, it is assumed that sender mechanism
Code is that there is identical upper level to route and save then due to recipient org0, org2 by org1, recipient org0, org2, org4
Point note12, is divided into one group, and org4 is then divided into one group, and message content is separately sent to note12, note11.
It is described to be specifically included by second identifier code delivery of packets message content to recipient's routing node step, recipient
Routing node is grouped again by second identifier code, is delivered to each grouping with a message content, as illustrated in fig. 2, it is assumed that sending
Square Institution Code is that there is identical upper level to route and save then due to recipient org0, org2 by org1, recipient org0, org2
Point note12, is divided into one group, message content is separately sent to note12, then due to the system code of org0, org2
Difference is then respectively sent to node121 and node122. according still further to system code
Above method, sender determines recipient's routing node by first identifier code and routing configuration table, and leads to
Comparison sender routing node and recipient's routing node are crossed whether under same routing node, determines that sender's routing node turns
Path is sent out, if that is, under same level-one, being then forwarded to upper level routing node, under same routing node if not same
It under routing node, i.e., not under same level-one, is then forwarded to center routing node, and follow-up second is marked again before forwarding
Know code and be grouped transmission message content, first carry out classification forwarding in this way, be then grouped transmission, sends one without every
Secondary message will traverse each receiving node, improve router efficiency, reduce occupancy memory space.
The present invention also provides the processing units that a kind of cross-system data exchange is classified grouping routing, as shown in Figure 3, comprising:
Message capturing module 1 obtains routing configuration table and message to be sent；
The routing configuration table includes the corresponding relationship of first identifier code, routing node, second identifier code；Described
One authentication code is system code, and the second identifier code is Institution Code；In other embodiments, first identifier code
It can be Institution Code, the Institution Code i.e. coding of certain mechanism, second identifier code may be system code, and system code is
The Institution Code corresponds to inter-process system；
The routing node includes sender's routing node, recipient's routing node；
Data resolution module 2 parses message to be sent for sender's routing node, obtains the first identifier generation of recipient
Code and message content, determine recipient's routing node according to the first identifier code of recipient and routing configuration table；
First execution module 3, if being located under same routing node for sender's routing node and recipient's routing node,
Sender's routing node by message content be sent to sender's routing node and recipient's routing node it is common upper level routing section
Point is continued to be grouped by second identifier code and delivers message content to recipient's routing node by upper level routing node；
Second execution module 4, if not being located at same routing node for sender's routing node and recipient's routing node
Under, message content encapsulation is delivered to the center that sender's routing node and recipient's routing node share by sender's routing node
Routing node, center routing node are grouped by recipient's routing node, send same level-one recipient road for message content
By node, then by second identifier code delivery of packets message content to recipient's routing node；The center routing node is hair
The routing node for closest sender's routing node that the side's of sending routing node and recipient's routing node share
Another embodiment of second execution module 4 specifically includes the second sub- sending module 41 and the second subgroup module one
42, second packet module 2 43,
If the second sub- sending module 41 is not located at same routing section for sender's routing node and recipient's routing node
Under point, the sender's routing node message content that will not lie under same routing node is packaged into portion and is sent to sender's routing section
The center routing node that point and recipient's routing node share；
Second subgroup module 1 will have identical for the center routing node in different recipient's routing nodes
Upper level routing node is divided into one group, sends identical upper level routing node for message content；
Second subgroup module 2 43 is grouped for recipient's routing node by second identifier code again, in a message
Appearance is delivered to each grouping；
Apparatus above, sender determines recipient's routing node by first identifier code and routing configuration table, and leads to
Comparison sender routing node and recipient's routing node are crossed whether under same routing node, determines that sender's routing node turns
Path is sent out, if that is, under same level-one, being then forwarded to upper level routing node, under same routing node if not same
It under routing node, i.e., not under same level-one, is then forwarded to center routing node, and follow-up second is marked again before forwarding
Know code and be grouped transmission message content, first carry out classification forwarding in this way, be then grouped transmission, sends one without every
Secondary message will traverse each receiving node, improve router efficiency, reduce occupancy memory space.
As shown in figure 4, message content is passed through from sender to recipient institute in the interactive system including processing unit of the present invention
Relevant each hierarchical model,
Data Layer: for the information of cross-system exchange, including message header, message content, related accessories.
Information Level: the relevant information of message required sender and recipient in exchange process, including Institution Code,
Agency node information, system code etc..
Node layer: the node that message is involved in exchange process.Wherein routing node is responsible for storage forwarding message.Road
It may include upper level (center) routing node, several grades of sub-route nodes by node.Higher level's routing node is only routed with junior and is saved
Point connection communication, the information system connection communication of afterbody routing node and sender, recipient.
Transport layer: the method that message transmits exchange in different nodes.Transport layer supports a variety of exchange agreements, such as
WebService, FTP, EMAIL, message-oriented middleware etc..
Claims (10)
1. the processing method of cross-system data exchange classification grouping routing characterized by comprising
Obtain routing configuration table and message to be sent；
The routing configuration table includes the corresponding relationship of first identifier code, routing node, second identifier code；
The routing node includes sender's routing node, recipient's routing node；
Sender's routing node parses message to be sent, the first identifier code and message content of recipient is obtained, according to reception
The first identifier code and routing configuration table of side determine recipient's routing node,
If sender's routing node and recipient's routing node are located under same routing node, sender's routing node will be in message
Hold and be sent to sender's routing node and the common upper level routing node of recipient's routing node, is continued by upper level routing node
It is grouped by second identifier code and delivers message content to recipient's routing node；
If sender's routing node and recipient's routing node are not located under same routing node, sender's routing node is by message
Content encapsulation is delivered to the center routing node that sender's routing node and recipient's routing node share, and center routing node is pressed
Recipient's routing node is grouped, and sends same level-one recipient routing node for message content, then press second identifier code
Delivery of packets message content is to recipient's routing node.
2. the processing method of cross-system data exchange classification grouping routing according to claim 1, it is characterised in that: described
First identifier code is system code, and the second identifier code is Institution Code；Or first identifier code is Institution Code, the
Two authentication codes are system code.
3. the processing method of cross-system data exchange classification grouping routing according to claim 1, it is characterised in that: if hair
The side's of sending routing node and recipient's routing node are not located under same routing node, and sender's routing node encapsulates message content
If the step of being delivered to the center routing node that sender's routing node and recipient's routing node share includes that sender routes
Node and recipient's routing node are not located under same routing node, and the sender that will not lie under same routing node routes section
Point message content is packaged into a center routing node for being sent to sender's routing node and recipient's routing node and sharing.
4. the processing method of cross-system data exchange classification grouping routing according to claim 1 or 3, it is characterised in that:
The center routing node is that the closest sender that sender's routing node and recipient's routing node share routes section
The routing node of point.
5. the processing method of cross-system data exchange classification grouping routing according to claim 1, it is characterised in that: described
Center routing node is grouped by recipient's routing node, sends message content to the step of same level-one recipient routing node
It suddenly include that the center routing node in different recipient's routing nodes will there is identical upper level routing node to be divided into one group, it will
Message content is sent to identical upper level routing node.
6. the processing method of cross-system data exchange classification grouping routing according to claim 1, it is characterised in that: described
It include that recipient's routing node is by the second mark by second identifier code delivery of packets message content to recipient's routing node step
Know code to be grouped again, each grouping is delivered to a message content.
7. the processing unit of cross-system data exchange classification grouping routing characterized by comprising
Message capturing module, for obtaining routing configuration table and message to be sent；
The routing configuration table includes the corresponding relationship of first identifier code, routing node, second identifier code；
The routing node includes sender's routing node, recipient's routing node；
Data resolution module parses message to be sent for sender's routing node, obtain recipient first identifier code and
Message content determines recipient's routing node according to the first identifier code of recipient and routing configuration table；
First execution module is sent if being located under same routing node for sender's routing node and recipient's routing node
Message content is sent to sender's routing node and the common upper level routing node of recipient's routing node by square routing node, by
Upper level routing node, which continues to be grouped by second identifier code, delivers message content to recipient's routing node；
Second execution module, if not being located under same routing node for sender's routing node and recipient's routing node, hair
The side's of sending routing node by message content encapsulation be delivered to the shared Center Road of sender's routing node and recipient's routing node by
Node, center routing node are grouped by recipient's routing node, are sent same level-one recipient for message content and are routed section
Point, then by second identifier code delivery of packets message content to recipient's routing node.
8. the processing unit of cross-system data exchange classification grouping routing according to claim 7, which is characterized in that packet
Include: the first identifier code is system code, and the second identifier code is Institution Code；Or
First identifier code is Institution Code, and second identifier code is system code.
9. the processing unit of cross-system data exchange classification grouping routing according to claim 7, which is characterized in that packet
Include: the second execution module includes the second sub- sending module and the second subgroup module one, second packet module two,
It, will if the second sub- sending module is not located under same routing node for sender's routing node and recipient's routing node
Sender's routing node message content under same routing node is packaged into portion and is sent to sender's routing node and connects
The shared center routing node of debit's routing node；
Second subgroup module one will have identical upper level for the center routing node in different recipient's routing nodes
Routing node is divided into one group, sends identical upper level routing node for message content；
Second packet module two is grouped for recipient's routing node by second identifier code again, is delivered to a message content
Each grouping.
10. the processing unit of cross-system data exchange classification grouping routing according to claim 7, which is characterized in that institute
The center routing node of stating is closest sender's routing node that sender's routing node and recipient's routing node share
Routing node.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1756224A (en) * | 2004-09-27 | 2006-04-05 | 华为技术有限公司 | Structure of network processing unit in communication equipment and its operating method |
| WO2008096909A1 (en) * | 2007-02-04 | 2008-08-14 | Ki-Hyung Kim | Method for routing a path setting in a wireless sensor network and apparatus for performing the same |
| CN101667954A (en) * | 2009-10-14 | 2010-03-10 | 中兴通讯股份有限公司 | Network of multilayer virtual private LAN (local area network) service and data processing method thereof |
| CN102546461A (en) * | 2011-12-13 | 2012-07-04 | 中国电子科技集团公司第十五研究所 | Multi-hierarchy message middleware system and message forwarding control method and device thereof |
| US20130058331A1 (en) * | 2010-07-06 | 2013-03-07 | Pankaj THAKKAR | Deployment of hierarchical managed switching elements |
| CN106559345A (en) * | 2016-12-05 | 2017-04-05 | 深圳市国电科技通信有限公司 | Ranked data gathering algorithm based on network topology |
-
2019
- 2019-05-21 CN CN201910424310.9A patent/CN110113261B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1756224A (en) * | 2004-09-27 | 2006-04-05 | 华为技术有限公司 | Structure of network processing unit in communication equipment and its operating method |
| WO2008096909A1 (en) * | 2007-02-04 | 2008-08-14 | Ki-Hyung Kim | Method for routing a path setting in a wireless sensor network and apparatus for performing the same |
| CN101667954A (en) * | 2009-10-14 | 2010-03-10 | 中兴通讯股份有限公司 | Network of multilayer virtual private LAN (local area network) service and data processing method thereof |
| US20130058331A1 (en) * | 2010-07-06 | 2013-03-07 | Pankaj THAKKAR | Deployment of hierarchical managed switching elements |
| CN102546461A (en) * | 2011-12-13 | 2012-07-04 | 中国电子科技集团公司第十五研究所 | Multi-hierarchy message middleware system and message forwarding control method and device thereof |
| CN106559345A (en) * | 2016-12-05 | 2017-04-05 | 深圳市国电科技通信有限公司 | Ranked data gathering algorithm based on network topology |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113923151A (en) * | 2021-11-03 | 2022-01-11 | 苏州阿尔山数字科技有限公司 | Routing addressing method based on LEI coding |
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