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CN-121998593-A - B2B intelligent contract automatic execution and dispute arbitration system

CN121998593ACN 121998593 ACN121998593 ACN 121998593ACN-121998593-A

Abstract

The invention relates to the technical field of intelligent contracts, in particular to a B2B intelligent contract automatic execution and dispute arbitration system, which is used for collecting performance characteristic information of a target intelligent contract and progress characteristic information of a target intelligent contract dispute arbitration flow in a history period through a collecting module; the method comprises the steps of analyzing performance characteristic characterization values based on performance characteristic information, analyzing progress characteristic characterization values based on progress characteristic information, judging whether an execution environment of a target intelligent contract meets a standard based on the performance characteristic characterization values, judging whether the processing efficiency of target intelligent contract dispute arbitration is abnormal based on the progress characteristic characterization values, and determining reasons of the processing efficiency abnormality and corresponding processing strategies of the reasons based on differences between the progress characteristic characterization values and preset progress characteristic characterization thresholds through a diagnosis module. The invention improves the accuracy of B2B intelligent contract platform dispute arbitration decision.

Inventors

  • LIU TIANLIN

Assignees

  • 重庆来买吧科技有限公司

Dates

Publication Date
20260508
Application Date
20260128

Claims (10)

  1. 1. A B2B smart contract automated execution and dispute arbitration system, comprising: The acquisition module is used for acquiring performance characteristic information of the target intelligent contract and progress characteristic information of the target intelligent contract dispute arbitration flow in the history period; An analysis module to analyze performance characteristic characterization values based on the performance characteristic information, and to analyze progress characteristic characterization values based on the progress characteristic information; A monitoring module, configured to determine whether an execution environment of the target smart contract meets a standard based on the performance characteristic characterization value, and determine whether processing efficiency of the target smart contract dispute arbitration is abnormal based on the progress characteristic characterization value; a diagnostic module to determine a cause of a processing efficiency anomaly and its corresponding processing policy based on a difference of the progress feature characterization value and a predetermined progress feature characterization threshold value, performing resource rebalancing based on weight offset, and performing a downgrade mechanism based on load; The performance characteristic information comprises the data synchronization delay time length of the predictor and the concurrent bearing capacity of the executing node; The progress feature information comprises the matching time length of evidence association and the freezing response time length of the guarantee.
  2. 2. The B2B smart contract automated execution and dispute arbitration system of claim 1, wherein said analysis module is to analyze a performance characteristic characterization value based on said performance characteristic information, wherein, The performance characteristic characterization value is determined based on a summation of the first performance factor and the second performance factor by a predetermined first weight ratio, Wherein the first performance factor is determined based on a ratio of a predetermined data synchronization delay duration threshold to a data synchronization delay duration; The second performance factor is determined based on a ratio of a predetermined concurrent load threshold to a concurrent load.
  3. 3. The B2B smart contract automated execution and dispute arbitration system of claim 1, wherein the monitoring module to determine whether an execution environment of a target smart contract meets a criterion based on the performance characteristic characterization value comprises: if the performance characteristic representation value is smaller than or equal to a preset performance characteristic representation threshold value, determining that the execution environment does not accord with the standard; And if the performance characteristic representation value is larger than a preset performance characteristic representation threshold value, determining that the execution environment meets the standard.
  4. 4. The B2B smart contract automation execution and dispute arbitration system as set forth in claim 1, wherein said analysis module is configured to analyze a progress feature characterization value based on said progress feature information, wherein, The progress feature characterization value is determined based on a summation of the first progress factor and the second progress factor by a predetermined second weight ratio, Wherein the first progress factor is determined based on a ratio of a predetermined matching duration threshold to a matching duration; The second progress factor is determined based on a ratio of a predetermined freeze response time period threshold to a freeze response time period.
  5. 5. The B2B smart contract automated execution and dispute arbitration system of claim 1, wherein the monitoring module to determine if processing efficiency of a target smart contract dispute arbitration is abnormal based on the progress feature characterization value comprises: If the progress feature characterization value is less than or equal to a predetermined progress feature characterization threshold, determining that the processing efficiency is abnormal; if the progress feature characterization value is greater than a predetermined progress feature characterization threshold, determining that the processing efficiency is not abnormal.
  6. 6. The B2B smart contract automation execution and dispute arbitration system of claim 1, wherein said diagnostic module to determine a cause of a process efficiency exception based on said difference comprises: If the difference is less than or equal to a predetermined difference threshold, determining that the computing resources are temporarily insufficient, and causing the dispute arbitration response to be too slow; If the difference is greater than a predetermined difference threshold, determining that the concurrent load is overloaded, and causing a decrease in processing efficiency.
  7. 7. The B2B smart contract automated execution and dispute arbitration system of claim 6, wherein said diagnostic module to determine a processing policy for a cause of a processing efficiency exception based on said difference comprises: If the reason for the abnormal processing efficiency is determined to be that the computing resources are temporarily insufficient, so that the dispute arbitration response is too slow, determining a strategy for executing resource rebalancing based on the weight offset; If it is determined that the cause of the abnormal processing efficiency is concurrent load overload, resulting in reduced processing efficiency, determining a policy to execute a degradation mechanism based on the load.
  8. 8. The B2B smart contract automation execution and dispute arbitration system as recited in claim 7, wherein said diagnostic module to execute a policy for resource rebalancing based on weight offsets comprises: calculating the efficiency deviation degree based on the matching time length and the freezing response time; calculating a weight adjustment amount based on the efficiency deviation; And constructing new weights based on the weight adjustment quantity, and carrying out resource scheduling.
  9. 9. The B2B smart contract automation execution and dispute arbitration system of claim 7, wherein said diagnostic module to execute a policy of a downgrade mechanism based on a load comprises: Calculating a load index based on the data synchronization delay time length and the concurrent bearing capacity; And matching a degradation mechanism of the current task based on a comparison result of the load index and a preset load index threshold value.
  10. 10. The B2B smart contract automated execution and dispute arbitration system of claim 1, wherein said collection module comprises a clock synchronization card, an edge computation gateway, and an SSD hard disk.

Description

B2B intelligent contract automatic execution and dispute arbitration system Technical Field The invention relates to the technical field of intelligent contracts, in particular to a B2B intelligent contract automatic execution and dispute arbitration system. Background In complex B2B scenes such as digital purchase of bulk commodities and supply chain finance, the existing intelligent contract-based automation platform has technical performance bottlenecks. Taking a typical scene as an example, the steel purchasing platform executes batch purchasing, on-road cargo mortgage financing and tail money settlement through intelligent contracts. In the prior art, the internet of things sensor and the electronic bill of lading are integrated, but the off-line warehouse temperature and GPS positioning data are synchronously linked by the centralized predictive engine. When thousands of concurrent transactions trigger data uplink at the same time, the predictor server cannot guarantee millisecond synchronization, so that the data synchronization delay time is unpredictable. At the moment, a part of goods is delayed for 2 hours only due to port congestion, and is misjudged by contracts to be out of the pipe and trigger full amount fine and confiscation due to sensor data which is not timely uplink, meanwhile, a warehouse mortgage financing request initiated by an upstream supplier is blocked in a high-concurrency arbitration queue due to a link-down verification process, asset freezing cannot be completed within a guarantee gold freezing response time, and the time of controlling the capital party is mis go wrong. The method means that the prior art cannot distinguish false judgment caused by real default and data delay, and cannot dynamically adjust the resource priority when the self is under high load. The Chinese patent publication No. CN113852678A discloses a realization method of a B2B intelligent contract mechanism, which comprises the following steps of firstly, carrying out single-to-single communication between a client and a server through a message service module, secondly, transmitting a communication message and a record to a database and a cloud server, carrying out optimization and analysis on the data by utilizing NLP in the cloud server, thirdly, identifying a business keyword in a chat record and automatically serving as a transaction contract element after the optimization and analysis, fourthly, calling a resource list and an order through the database and the cloud server, intelligently generating the order and an electronic contract, and thirdly, completing online subscription and online payment after online communication confirmation of the client and the server. Disclosure of Invention Therefore, the invention provides a B2B intelligent contract automatic execution and dispute arbitration system, which is used for solving the problems that in the prior art, under the conditions of multi-order synchronization and complex asset handling of a B2B intelligent contract platform, due to lack of real-time monitoring on the technical performance of the platform, whether business violations of users or insufficient technical performance of the platform are not distinguished, so that improper triggering punishment is caused, and the accuracy of arbitration decision is low. To achieve the above object, the present invention provides a B2B smart contract automation and dispute arbitration system, comprising: The acquisition module is used for acquiring performance characteristic information of the target intelligent contract and progress characteristic information of the target intelligent contract dispute arbitration flow in the history period; An analysis module to analyze performance characteristic characterization values based on the performance characteristic information, and to analyze progress characteristic characterization values based on the progress characteristic information; A monitoring module, configured to determine whether an execution environment of the target smart contract meets a standard based on the performance characteristic characterization value, and determine whether processing efficiency of the target smart contract dispute arbitration is abnormal based on the progress characteristic characterization value; a diagnostic module to determine a cause of a processing efficiency anomaly and its corresponding processing policy based on a difference of the progress feature characterization value and a predetermined progress feature characterization threshold value, performing resource rebalancing based on weight offset, and performing a downgrade mechanism based on load; the performance characteristic information comprises data synchronization delay time of the predictor and concurrent bearing capacity of the executing node, and the progress characteristic information comprises matching time of evidence association and freezing response time of the guarantee. Further, the analysis mod