CN112565240A - Multi-chain structure compatible method and system for bearing massive general certificate circulation - Google Patents
Multi-chain structure compatible method and system for bearing massive general certificate circulation Download PDFInfo
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Abstract
The invention discloses a multi-chain structure compatible method and a system for bearing massive general evidence circulation, aiming at the problem that block chain chains cannot be compatible and intercommunicated due to data structure isomerism, wherein the method specifically comprises the following steps: in a multi-chain network, a transaction execution architecture (based on a transaction idea of a block chain and a cross-chain intelligent contract technology) is realized based on a transaction flow of the block chain, the block chain is combined with technologies such as a PKI system, authority management, a cryptographic algorithm and the like, a cross-chain process among the block chains is completed through the cross-chain intelligent contract, a multi-chain cross-chain infrastructure construction for supporting asset circulation is realized based on a data exchange method and a data interaction method among the multi-chain, and the multi-chain cross-chain infrastructure can be compatible with various block chain structures in the multi-chain network to realize bearing of massive asset data.
Description
Technical Field
The invention belongs to the technical field of block chain cross-linking, and particularly relates to a multi-chain structure compatible method and system for bearing massive general certificate circulation.
Background
The block chain is used as an important infrastructure for constructing a future value internet, and the advanced technologies such as distributed storage, point-to-point communication, distributed architecture, consensus mechanism, cryptography, intelligent contract and the like are fused, so that the block chain can be applied to all aspects of the economic society, and the existing infrastructure based on the block chain is widely applied to the financial field. Technical challenges from the aspects of performance, safety, cost, expansion and the like are also more serious behind wide scene application, namely that each chain has different underlying transaction modes during asset circulation, and when the problem that the application block chain chains cannot be communicated due to different application scenes and different block chain platforms which are heterogeneous in data structures of underlying infrastructures is encountered, a multi-chain structure compatible method for bearing massive evidence circulation is urgently needed, and the method is used for being compatible with various block chain structures and bearing massive asset circulation data exchange and data interaction processes.
In the future, a block chain is required to cross a real value internet, undertake mission of transfer trust and open the era of ten thousand chain interconnection, and a universal, efficient and safe block chain cross-chain compatible architecture mechanism is needed to realize interconnection and intercommunication among different block chain applications in cross scenes and cross regions, realize the circulation of bearing massive assets, and be compatible with a multi-chain structure so as to serve public groups with more quantity and wider regions.
In view of the above, a new method and system for compatible multi-chain structure for carrying mass circulation of certificates are needed.
Disclosure of Invention
Based on the background and the problems in the prior art, the invention designs a compatible method, a compatible system, a compatible storage medium and a compatible device for a multi-chain structure for bearing mass general certificate circulation, which can be compatible with a main flow block chain architecture and realize the process of bearing cross-chain mass data and efficiently circulating.
In order to achieve these objects and other advantages, the present invention provides a multi-chain structure compatible method for carrying mass general evidence circulation, which is compatible with multi-chain structures and carries mass data among multi-chains to efficiently circulate, and the specific implementation steps include: in a multi-chain network, a transaction execution architecture based on a block chain realizes a multi-chain cross-chain infrastructure, namely a transaction execution architecture (based on a transaction idea and a cross-chain intelligent contract technology) is realized based on a transaction flow of the block chain, various functions of the block chain are managed and configured, namely the block chain is combined with technologies and function modules such as a PKI system, authority management, a national cryptographic algorithm and the like, a cross-chain process among the block chains is completed through a cross-chain intelligent contract, the multi-chain cross-chain infrastructure for supporting asset circulation is constructed based on a data exchange method and data interaction among the multi-chain, and massive asset data is carried based on the multi-chain cross-chain infrastructure and is compatible with various block architectures in the multi-chain network. The method for realizing compatibility of the multi-chain structure comprises the following specific implementation steps:
based on Hash locking, asset data exchange among isomorphic chains is realized;
asset data interaction among heterogeneous chains is realized based on a partition layering mode;
aiming at different bottom layer transaction modes of each chain during asset circulation, after the two steps are configured and realized, a multi-chain cross-chain infrastructure of the self-adaptive distributed dynamic network is constructed and completed by adopting a multi-centralized point-to-point block chain network structure in a multi-chain cross-chain network, and the self-adaptive mode is realized by deploying a distributed intelligent contract.
Further, the specific implementation steps of the asset data exchange between homogeneous chains based on hash locking include:
a non-centralized point-to-point block chain network structure is built, assets are locked through hooks between a master chain and side chains, equivalent transfer of the assets among the chains is achieved under the condition that the physical positions of the assets are not changed, asset circulation is achieved through equivalent mapping of the assets, and the problem of double payment is avoided;
the decentralized point-to-point blockchain network structure is realized by building a plurality of alliance chains and matching blockchain transaction structures, wherein decentralized point-to-point refers to a non-single centralized structure, namely one or more of decentralized point-to-point, multicenter point-to-point and other decentralized point-to-point structure forms, and the decentralized point-to-point blockchain network structure comprises one or more of decentralized P2P network structures, alliance chain network structures, multi-alliance chain network structures, multicenter blockchain network structures and other non-centralized point-to-point blockchain network structures.
Further, the specific implementation steps of locking the circulation asset based on the hook between the main chain and the side chain comprise: the method comprises the steps of sending an asset transfer request to a transfer object, sending the number of assets to be transferred to a specific address, enabling the assets to be always in a frozen state before a side chain confirms an asset transfer signal, generating equal-amount assets on the side chain through asset mapping transfer, and being suitable for asset conversion and transaction of various common block chain platforms.
Further, the method for asset data interaction between heterogeneous chains based on the partition hierarchical mode specifically comprises the following steps: dividing a block chain network into n areas according to requirements, setting n layers of frameworks in each area according to the requirements, forming n areas and n layers of partition layering modes, in a multi-chain network of each area and each layer, adaptively selecting and configuring one or more consensus algorithms through an intelligent contract, configuring the common consensus algorithms into switchable modes through the intelligent contract, realizing an adaptive mechanism for automatically switching multiple consensus algorithms, realizing the provision of value transfer service, adaptively selecting a partition layering communication mode, namely combining the adaptive mechanism with a partition layering method, compatibly realizing a routing technology, realizing high-concurrency call of the consensus algorithms, breaking through data streams and asset streams among heterogeneous chains, promoting the data and asset cooperation through the high-concurrency consensus algorithm, realizing a one-chain one-scene (providing high-efficiency, convenient and low-cost value transfer service, and finally a one-chain one-scene), and constructing a novel block chain multi-chain cross-chain economic mode (based on the mode, algorithm, mechanism and routing technology, the asset data interaction between heterogeneous chains is realized through a transaction flow).
Further, the method for constructing the multi-chain cross-chain infrastructure of the adaptive distributed dynamic network includes the following specific implementation steps:
and deploying a cross-chain general architecture, wherein the cross-chain general architecture comprises a three-layer architecture adopted by a super account book, a storage architecture for storing state data by MPT tree-shaped organization, a alliance chain structure and one or more of an Etherhouse public chain and an enterprise-level Etherhouse public chain structure, and a cross-chain general architecture self-adaptive dynamic network is realized by deploying a self-adaptive intelligent contract.
And configuring a cross-chain management layer, a alliance chain management layer and a public chain management layer, and supervising and recording data transfer processes of chain organization change, cross-chain nodes, transactions and events, so that a transaction party can acquire and analyze key data changing on a chain in real time, the full life cycle management of multi-chain operation is realized, and the cross-chain network is suitable for a non-balanced dynamic application environment.
On the other hand, the invention provides a multi-chain structure compatible system for bearing the circulation of massive assets, which comprises a multi-chain network management module, a block chain management module and a cross-chain management module, wherein the multi-chain network management module, the block chain management module and the cross-chain management module are used for monitoring and recording the data transfer process among chain organization change, cross-chain nodes, transactions and events, so that a transaction party can acquire and analyze key data changed on a chain in real time, and the full life cycle management of multi-chain operation is realized, and the specific composition comprises the following components:
a multi-chain network management module: the system comprises a transaction execution process, a transaction management module, a transaction processing module and a transaction processing module, wherein the transaction execution process is used for managing various block chain networks in a compatible multi-chain network and realizing a transaction execution process based on the block chains and is used for managing the multi-chain network; the multi-chain cross-chain infrastructure construction is used for managing data exchange and data interaction among the multi-chain and supporting asset circulation; based on the multi-chain cross-chain basic framework, the system bears mass asset data and is compatible with various block chain structures in a multi-chain network; the multi-chain network management module is also matched with the cross-chain realization of realizing data exchange, data interaction and compatibility of the self-adaptive distributed dynamic network with various block chain structures;
a block chain management module: the system comprises a block chain management module, a public chain management module and a public chain management module, wherein the block chain management module is used for managing and configuring various functions of the block chain and adding and managing various block chain structures and comprises a alliance chain management layer and a public chain management layer which respectively represent an alliance chain management layer and a public chain management layer in a multi-chain cross-chain infrastructure of the self-adaptive distributed dynamic network; the functions comprise a self-adaptive mechanism for automatically switching a plurality of consensus algorithms, value transfer service is provided, a partition layering mode is selected in a self-adaptive mode, a routing technology is realized in a highly compatible mode, high-concurrency consensus algorithm calling is realized, data flow and asset flow among heterogeneous chains are communicated, data and asset service based on a block chain technology is realized, and data and asset cooperation is promoted through the high-concurrency consensus algorithm; the various block link structures comprise a three-layer structure, a storage structure for storing state data by MPT tree organization, a alliance link structure and one or more of an Ethernet public link and an enterprise-level Ethernet public link structure, and a cross-link universal architecture self-adaptive dynamic network is realized by deploying a self-adaptive intelligent contract.
A cross-chain management module: the system comprises a multi-chain cross-chain process for managing and supporting the circulation of massive assets, wherein assets are locked through a hook between a master chain and a side chain, the circulation of the assets is realized through equivalent asset mapping, the circulation of the cross-chain assets is realized on the basis of non-centralized point-to-point, and equal-amount assets are generated on the side chain on the basis of the locking of the circulation of the assets, so that the mapping and the transfer of the assets are realized, and the system is suitable for the asset conversion and the transaction of various common block chain platforms, the non-centralized point-to-point cross-chain asset circulation is realized on the basis of; the cross-chain management module is also used for deploying a cross-chain intelligent contract based on the intelligent contract function of the block chain management module, so that the multi-chain cross-chain is compatible with various block chain structures.
Additional advantages, objects, and features of the invention will be set forth in part in the description which follows and in part will become apparent to those having ordinary skill in the art upon examination of the following or may be learned from practice of the invention. The invention has at least the following beneficial effects:
1. through the invention process, the invention firstly provides a multi-chain structure compatible method which is compatible with various block chain structures and is used for bearing massive general certificate circulation;
2. the assets are locked through the hooks between the main chain and the side chains, equivalent transfer of the assets among the chains is realized under the condition that the physical positions of the assets are not changed, the problem of double payment is avoided, and the problem that each chain has different bottom transaction modes during asset circulation is solved by adopting a partitioned and layered communication mode;
3. the partitioned layered highly compatible routing technology based on the multiple consensus algorithm self-adaptive mechanisms breaks through data streams and asset streams among heterogeneous chains, achieves data and asset services based on the block chain technology, promotes data and asset cooperation, provides a value transfer service with high efficiency, convenience and low cost, and solves the problem that the block chain chains cannot be intercommunicated due to the heterogeneous data structures.
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In order to more clearly illustrate the technical solutions of the embodiments of the present application, the drawings needed to be used in the description of the embodiments are briefly introduced below, it is obvious that the drawings in the following description are only some embodiments of the present application, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts, and the contents of the drawings of the present invention as embodiments of the present invention fall into the protection scope of the present invention.
FIG. 1 is a diagram of a multi-chain compatible architecture for carrying a circulation of a large number of assets in accordance with the present invention;
FIG. 2 is a block diagram of a multi-chain compatible architecture building system according to the present invention.
Detailed Description
In order to clearly illustrate the present invention and make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention are clearly and completely described below with reference to the drawings in the embodiments of the present invention, so that those skilled in the art can implement the technical solutions in reference to the description text. The technology of the present invention will be described in detail below with reference to the accompanying drawings in conjunction with specific embodiments.
Example 1:
FIG. 1 illustrates a multi-chain compatible architecture diagram of the present invention for carrying a circulation of a large volume of assets, according to one implementation of the present invention, and is described below with reference to the accompanying drawings. Aiming at the problem that the block chain chains cannot be intercommunicated due to the isomerism of a data structure, the multi-chain structure compatible method for bearing massive evidence circulation is provided, the compatibility of the multi-chain block chain network structure is realized, and the specific realization steps comprise: in a multi-chain network, a transaction execution architecture based on a block chain realizes a multi-chain cross-chain infrastructure, namely a transaction execution architecture (based on a transaction idea and a cross-chain intelligent contract technology of the block chain) is realized based on a transaction flow of the block chain, various functions of the block chain are managed and configured, namely the block chain is combined with technologies and function modules such as a PKI system, authority management, a cryptographic algorithm and the like, a cross-chain process among the block chains is completed through a cross-chain intelligent contract, data exchange and data interaction are realized based on an intelligent gateway among the multi-chains, the multi-chain cross-chain infrastructure construction supporting asset circulation is constructed, mass asset data is borne based on the multi-chain cross-chain infrastructure, and various block chain structures in the multi-chain network are compatible.
The multi-chain structure compatible method for bearing the massive general certificate circulation comprises the following specific implementation steps:
step 1: firstly, asset data exchange among isomorphic chains is realized based on Hash locking, and the specific implementation steps comprise:
s11: the decentralized point-to-point blockchain network structure is realized by building a plurality of alliance chains and matching blockchain transaction architectures;
s12: the method comprises the following steps that a non-centralized point-to-point blockchain network structure is adopted, wherein the non-centralized point-to-point refers to a non-single centralized structure, namely one or more of decentralized point-to-point, multicenter point-to-point and other non-centralized point-to-point structure forms, and the non-centralized point-to-point blockchain network structure comprises one or more of a decentralized P2P network structure, a alliance chain network structure, a multi-union chain network structure, a multicenter blockchain network structure and other non-centralized point-to-point blockchain network structures;
s13: based on the block chain network structure, assets are locked through a hook between a master chain and a side chain, an asset transfer request is sent to a transfer object, the number of the assets to be transferred is sent to a specific address, the assets are always in a frozen state before the side chain confirms an asset transfer signal, equal-amount assets are generated on the side chain through asset mapping transfer, asset circulation is achieved through equivalent asset mapping, equivalent transfer of the assets among the chains is achieved under the condition that the physical position of the assets is not changed, the double payment problem is avoided, the method is suitable for asset conversion and transaction of various common block chain platforms, and the non-centralized point-to-point cross-chain asset circulation method is achieved based on various alliance chain cooperation transaction processes.
Step 2: the method is characterized by realizing the asset data interaction between heterogeneous chains based on a partition layering mode, and specifically comprises the following steps: the specific implementation steps for implementing the asset data interaction between heterogeneous chains based on the partition layering mode comprise: the block chain network is divided into n areas according to requirements, an n-layer framework is set in each area according to the requirements, a partition layering mode of n areas and n layers is formed, one or more common consensus algorithms are selected and configured in a multi-chain network of each area and each layer through an intelligent contract, for example, common consensus algorithm modules such as PBFT, BFT, Raft, POW, DPOS and POS are configured at the same time, the common consensus algorithms are configured into a switchable mode through the intelligent contract, an adaptive mechanism for automatically switching the common consensus algorithms is realized, value transfer service is provided, a partition layering communication mode is selected in an adaptive mode, namely, the adaptive mechanism is combined with a partition layering method, and a partition layering mode according to the requirements is selected in an adaptive mode.
For example, 3 areas of a front end area, a back end area and a management area are needed in part of service scenes, 3 layers of a management layer, an application layer and a technology implementation layer are needed, it may be configured as 3 zones, each zone configured as 3 layers, forming a 3-zone, 3-layer pattern, technology layers in each zone, configuring multiple consensus algorithms, the self-adaptive function after configuration is realized through an intelligent contract, the required communication mode is automatically switched, various routing technologies are highly compatible, the high concurrent call consensus algorithm is realized, the data flow and the asset flow among heterogeneous chains are communicated, the high-concurrency consensus algorithm is used for promoting data and asset cooperation, realizing one-chain one-scene (providing efficient, convenient and low-cost value transfer service, and finally realizing one-chain one-scene), constructing a novel block chain multi-chain cross-chain economic mode, namely, based on the modes, algorithms, mechanisms and routing technologies, the asset data interaction between heterogeneous chains is realized through a transaction flow.
Step 3: after the two steps are configured and realized, aiming at different bottom layer transaction modes of each chain during asset circulation, a multi-chain cross-chain infrastructure of the self-adaptive distributed dynamic network is constructed and completed by adopting a multi-centralized point-to-point block chain network structure, and the self-adaptive mode is realized by deploying a distributed intelligent contract. The concrete implementation steps comprise:
s31: the method comprises the steps of deploying a cross-Chain universal architecture, wherein the cross-Chain universal architecture comprises an Endorser-Orderer-Comitter three-layer architecture adopted by a super ledger, a storage architecture of a FISCO BCOS for organizing storage state data in MPT trees, a Yunphant Chain alliance structure, a VNT Chain and an enterprise-level Ethern public Chain structure and the like, and realizing a cross-Chain universal architecture self-adaptive dynamic network by deploying a self-adaptive intelligent contract.
S32: and a cross-chain management layer, a alliance chain management layer and a public chain management layer are configured to supervise and record the data transfer process among chain organization change, cross-chain nodes, transactions and events, so that a transaction party can acquire and analyze key data changing on a chain in real time, the full life cycle management of multi-chain operation is realized, and the cross-chain network is suitable for a non-balanced dynamic application environment.
Example 2:
the embodiment provides a multi-chain structure compatible system for bearing massive evidence circulation, which comprises a multi-chain network management module, a block chain management module and a cross-chain management module, and is used for monitoring and recording data transfer processes among chain organization change, cross-chain nodes, transactions and events, so that a transaction party can acquire and analyze key data changed on a chain in real time, and full life cycle management of multi-chain operation is realized, and the specific implementation composition is shown in fig. 2 and comprises the following specific components:
a multi-chain network management module: the system is used for managing various block chain networks and transaction processes thereof based on the block chains in the multi-chain network to realize a transaction execution process and is used for managing the multi-chain network; the multi-chain cross-chain infrastructure construction is used for managing data exchange and data interaction among the multi-chain and supporting asset circulation; based on the multi-chain cross-chain basic framework, the system bears mass asset data and is compatible with various block chain structures in a multi-chain network; the multi-chain network management module is also matched with the cross-chain realization of realizing data exchange, data interaction and compatibility of the self-adaptive distributed dynamic network with various block chain structures;
a block chain management module: the system comprises a block chain management module, a public chain management module and a public chain management module, wherein the block chain management module is used for managing and configuring various functions of the block chain and adding and managing various block chain structures and comprises a alliance chain management layer and a public chain management layer which respectively represent an alliance chain management layer and a public chain management layer in a multi-chain cross-chain infrastructure of the self-adaptive distributed dynamic network; the functions comprise a self-adaptive mechanism for automatically switching a plurality of consensus algorithms, value transfer service is provided, a partition layering mode is selected in a self-adaptive mode, a routing technology is realized in a highly compatible mode, high-concurrency consensus algorithm calling is realized, data flow and asset flow among heterogeneous chains are communicated, data and asset service based on a block chain technology is realized, and data and asset cooperation is promoted through the high-concurrency consensus algorithm; the various block Chain structures, such as an Endorser-Orderer-Comitter three-layer structure adopted by a super account book, a storage structure of a FISCO BCOS for organizing and storing state data in MPT tree form, a Yunphant Chain alliance structure, a VNT Chain and an enterprise-level Etherhouse public Chain structure and the like, realize a cross-Chain general structure self-adaptive dynamic network by deploying a self-adaptive intelligent contract;
a cross-chain management module: the system comprises a multi-chain cross-chain process for managing and supporting the circulation of massive assets, wherein assets are locked through a hook between a master chain and a side chain, the circulation of the assets is realized through equivalent asset mapping, the circulation of the cross-chain assets is realized on the basis of non-centralized point-to-point, and equal-amount assets are generated on the side chain on the basis of the locking of the circulation of the assets, so that the mapping and the transfer of the assets are realized, and the system is suitable for the asset conversion and the transaction of various common block chain platforms, the non-centralized point-to-point cross-chain asset circulation is realized on the basis of; the cross-chain management module is also used for deploying a cross-chain intelligent contract based on the intelligent contract function of the block chain management module, so that the multi-chain cross-chain is compatible with various block chain structures.
The embodiments described above are presented to enable a person having ordinary skill in the art to make and use the invention. It will be readily apparent to those skilled in the art that various modifications to the above-described embodiments may be made, and the generic principles defined herein may be applied to other embodiments without the use of inventive faculty. Therefore, the present invention is not limited to the above embodiments, and those skilled in the art should make improvements and modifications to the present invention based on the disclosure of the present invention within the protection scope of the present invention.
Claims (8)
1. A compatible method of multi-chain structure for bearing massive general evidence circulation is characterized in that in a multi-chain network, based on a transaction execution architecture of a block chain, the multi-chain cross-chain infrastructure is realized, each function of the block chain is managed and configured, and a cross-chain process among the block chains is completed through a cross-chain intelligent contract, and the specific realization steps comprise:
based on Hash locking, asset data exchange among isomorphic chains is realized;
asset data interaction among heterogeneous chains is realized based on a partition layering mode;
in a multi-chain network, a non-centralized point-to-point block chain network structure is adopted to construct and complete a multi-chain cross-chain infrastructure of a self-adaptive distributed dynamic network, the self-adaptive mode is realized by deploying a distributed intelligent contract, and the multi-chain cross-chain infrastructure is compatible with various block chain structures in the multi-chain network.
2. The multi-chain structure compatible method for carrying mass passport circulation of claim 1, wherein the specific implementation step of implementing asset data exchange between homogeneous chains based on hash locking includes: and constructing a non-centralized point-to-point block chain network structure, locking assets through hooks between a master chain and side chains, and equivalently mapping the assets to realize asset circulation.
3. The multi-chain structure compatible method for carrying mass passport circulation of claim 2, wherein the specific implementation step of implementing asset data exchange between homogeneous chains based on hash locking further comprises: the block chain network structure of non-centralized point-to-point is realized by building a plurality of alliance chains and matching with a block chain transaction architecture, wherein the non-centralized point-to-point comprises one or more of decentralized point-to-point, multicenter point-to-point and other non-centralized point-to-point forms, and the non-centralized point-to-point block chain network structure comprises one or more of decentralized P2P network structures, alliance chain network structures, multicenter block chain network structures and other non-centralized point-to-point block chain network structures.
4. The multi-chain structure compatible method for carrying mass passport circulation of claim 2, wherein the specific implementation steps of locking circulation assets based on the hooks between the master chain and the side chains and implementing asset circulation through equivalent asset mapping include: and sending an asset transfer request to a transfer object, sending the number of assets to be transferred to a specific address, enabling the assets to be always in a frozen state before a side chain confirms an asset transfer signal, and generating equal assets on the side chain through asset mapping transfer.
5. The multi-chain structure compatible method for bearing massive evidence circulation according to claim 1, wherein the specific implementation step of implementing asset data interaction between heterogeneous chains based on a partition hierarchical mode comprises: the block chain network is divided into n areas according to requirements, n layers of frameworks are set in each area according to the requirements, a partition layering mode of n layers of the n areas is formed, one or more consensus algorithms are selected and configured in a self-adaptive mode through an intelligent contract in a multi-chain network of each layer of each area, the multiple consensus algorithms are configured into a switchable mode through the intelligent contract, a self-adaptive mechanism for automatically switching the multiple consensus algorithms is achieved, value transfer service is provided, a partition layering communication mode is selected in a self-adaptive mode, various routing technologies are compatible, and asset data interaction among heterogeneous chains is achieved through a transaction process based on the modes, the algorithms, the mechanisms and the routing technologies.
6. The multi-chain structure compatible method for carrying mass passport circulation of claim 1, wherein the specific implementation steps of the multi-chain cross-chain infrastructure for constructing the adaptive distributed dynamic network include: and deploying a cross-chain general architecture, wherein the cross-chain general architecture comprises a three-layer architecture adopted by a super account book, a storage architecture for storing state data by MPT tree-shaped organization, a alliance chain structure and one or more of an Etherhouse public chain and an enterprise-level Etherhouse public chain structure, and a cross-chain general architecture self-adaptive dynamic network is realized by deploying a self-adaptive intelligent contract.
7. The multi-chain structure compatible method for carrying mass passport circulation of claim 6, wherein the specific implementation step of the multi-chain cross-chain infrastructure for constructing the adaptive distributed dynamic network further comprises: and configuring a cross-chain management layer, a alliance chain management layer and a public chain management layer, and supervising and recording data transfer processes of chain organization change, cross-chain nodes, transactions and events, so that a transaction party can acquire and analyze key data changing on a chain in real time, and the full life cycle management of multi-chain operation is realized.
8. A multi-chain structure compatible system for bearing massive asset circulation is characterized by comprising a multi-chain network management module, a block chain management module and a cross-chain management module, wherein the multi-chain network management module, the block chain management module and the cross-chain management module are used for monitoring and recording data transfer processes of chain organization change, cross-chain nodes, transaction and events, so that a transaction party can acquire and analyze key data changed on a chain in real time, the full life cycle management of multi-chain operation is realized, and the system specifically comprises:
a multi-chain network management module: the system is used for managing various block chain networks and transaction processes thereof based on the block chains in the multi-chain network to realize a transaction execution process and is used for managing the multi-chain network; the multi-chain cross-chain infrastructure construction is used for managing data exchange and data interaction among the multi-chain and supporting asset circulation; based on the multi-chain cross-chain basic framework, the system bears mass asset data and manages and is compatible with various block chain structures in a multi-chain network; the multi-chain network management module is also matched with the cross-chain realization of realizing data exchange, data interaction and compatibility of the self-adaptive distributed dynamic network with various block chain structures;
a block chain management module: the system comprises a block chain management module, a public chain management module and a public chain management module, wherein the block chain management module is used for managing and configuring various functions of the block chain and adding and managing various block chain structures and comprises a alliance chain management layer and a public chain management layer which respectively represent an alliance chain management layer and a public chain management layer in a multi-chain cross-chain infrastructure of the self-adaptive distributed dynamic network; the functions comprise a self-adaptive mechanism for automatically switching a plurality of consensus algorithms, value transfer service is provided, a partition layering mode is selected in a self-adaptive mode, a routing technology is realized in a highly compatible mode, high-concurrency consensus algorithm calling is realized, data flow and asset flow among heterogeneous chains are communicated, data and asset service based on a block chain technology is realized, and data and asset cooperation is promoted through the high-concurrency consensus algorithm; the various block link structures comprise a three-layer structure adopted by a super account book, a storage structure for storing state data by MPT tree organization, a alliance link structure and one or more of an Ethernet public link and an enterprise-level Ethernet public link structure, and a cross-link universal architecture self-adaptive dynamic network is realized by deploying a self-adaptive intelligent contract;
a cross-chain management module: the system comprises a multi-chain cross-chain process for managing and supporting the circulation of massive assets, wherein assets are locked through a hook between a master chain and a side chain, the circulation of the assets is realized through equivalent asset mapping, the circulation of the cross-chain assets is realized on the basis of non-centralized point-to-point, and equal-amount assets are generated on the side chain on the basis of the locking of the circulation of the assets, so that the mapping and the transfer of the assets are realized, and the system is suitable for the asset conversion and the transaction of various common block chain platforms, the non-centralized point-to-point cross-chain asset circulation is realized on the basis of; the cross-chain management module is also used for deploying a cross-chain intelligent contract based on the intelligent contract function of the block chain management module, so that the multi-chain cross-chain is compatible with various block chain structures.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113098950A (en) * | 2021-03-29 | 2021-07-09 | 航天广通科技(深圳)有限公司 | Mixed side chain based on block chain and multi-chain fusion system thereof |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106780032A (en) * | 2016-12-16 | 2017-05-31 | 杭州云象网络技术有限公司 | A kind of block chain interchain assets transfer method under multichain scene |
| CN107147735A (en) * | 2017-05-12 | 2017-09-08 | 北京博晨技术有限公司 | A kind of distributed account book system based on hierarchy |
| US20180285412A1 (en) * | 2017-03-29 | 2018-10-04 | Alibaba Group Holding Limited | Method, apparatus, and system for blockchain consensus |
| CN108876370A (en) * | 2018-06-12 | 2018-11-23 | 北京航空航天大学 | The architectural framework of the shared open data of transregional piece of chain under a kind of isomery multichain framework |
| CN109241359A (en) * | 2018-08-18 | 2019-01-18 | 深圳市网心科技有限公司 | Block chain node device, block catenary system, block data processing system and method |
| CN110706006A (en) * | 2019-10-09 | 2020-01-17 | 北京物资学院 | Supply chain logistics traceability system with block chain multi-chain cooperation |
| CN111262872A (en) * | 2020-01-20 | 2020-06-09 | 新晨科技股份有限公司 | Enterprise block chain service platform |
-
2020
- 2020-12-01 CN CN202011388017.0A patent/CN112565240A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106780032A (en) * | 2016-12-16 | 2017-05-31 | 杭州云象网络技术有限公司 | A kind of block chain interchain assets transfer method under multichain scene |
| US20180285412A1 (en) * | 2017-03-29 | 2018-10-04 | Alibaba Group Holding Limited | Method, apparatus, and system for blockchain consensus |
| CN107147735A (en) * | 2017-05-12 | 2017-09-08 | 北京博晨技术有限公司 | A kind of distributed account book system based on hierarchy |
| CN108876370A (en) * | 2018-06-12 | 2018-11-23 | 北京航空航天大学 | The architectural framework of the shared open data of transregional piece of chain under a kind of isomery multichain framework |
| CN109241359A (en) * | 2018-08-18 | 2019-01-18 | 深圳市网心科技有限公司 | Block chain node device, block catenary system, block data processing system and method |
| CN110706006A (en) * | 2019-10-09 | 2020-01-17 | 北京物资学院 | Supply chain logistics traceability system with block chain multi-chain cooperation |
| CN111262872A (en) * | 2020-01-20 | 2020-06-09 | 新晨科技股份有限公司 | Enterprise block chain service platform |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113098950A (en) * | 2021-03-29 | 2021-07-09 | 航天广通科技(深圳)有限公司 | Mixed side chain based on block chain and multi-chain fusion system thereof |
| CN113098950B (en) * | 2021-03-29 | 2022-09-27 | 航天广通科技(深圳)有限公司 | Mixed side chain based on block chain and multi-chain fusion system thereof |
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