Research And Implementation Of Distributed And Scattered Resource Management System In Cultural Science And Technology Industrial Park

The integration of culture and technology is the main way to promote traditional Chinese culture in the new era.The 14th Five Year Plan of China clearly proposes to promote the digital construction of public culture and implement the cultural digitization strategy.The government’s "Opinions on Promoting the Implementation of the National Cultural Digitalization Strategy" clarifies the overall goals of the cultural digitization strategy.The current development of the cultural industry has the characteristic of geographical dispersion,and how to cluster the cultural industry has become the main problem that needs to be solved urgently.At present,each region has built a number of cultural industry parks,which have initially achieved physical agglomeration,but the scope is limited.Therefore,virtual agglomeration based on information platforms is one of the effective ways to solve this problem.The various resources of cultural industries such as talent,creativity,and equipment need to be reasonably allocated through virtual aggregation platforms.Unlike other industries,the cultural industry needs to consider the ecological balance of the industry,which means ensuring the balanced development of cultural industries in different regions,types,and scales.Therefore,the main challenge facing current work is how to dispatch dispersed and scattered cultural resources across regions while ensuring the ecological balance of the industry.This dissertation fully analyzes the current situation of cultural industry agglomeration in various regions under the background of cultural and technological integration,and designs and implements a distributed scattered resource management system for cultural and technological industry parks to meet the needs of cross regional scattered resource scheduling.The system includes six functional modules:system management,information management,precision services,contract signing,service supervision,and service quality evaluation.The precise service function module serves as the core module,taking into account the needs of different regions and enterprises for talent,equipment,creativity and other resources,and designing and implementing a cross regional resource scheduling function based on the balanced development needs of the cultural industry.In order to realize this function,a hybrid topology structure based on star network and undirected complete graph is abstracted according to the geographical location,capital,talent and other characteristics of trans regional enterprises,and a collaborative scheduling problem of trans regional distributed scattered resources is proposed.On the basis of ensuring that resource requests for cultural enterprises are met and scheduling expenses meet budget constraints,this problem aims to optimize the overall maximization of service quality function.This dissertation proves that the problem is an NP Hard problem and designs a heuristic solution algorithm based on Ant Colony Optimization(ACO).Since parameter settings have a direct impact on the performance of ACO algorithm,this dissertation optimizes the parameters of ACO based on particle swarm optimization(PSO)method to improve the accuracy of resource scheduling algorithm.In terms of technology selection for distributed scattered resource management systems,this dissertation adopts Java technology and completes the functional design and implementation of the system based on the Ruoyi framework.The database design part of the system uses a mixture of MySQL and Redis,where the MySQL database stores a series of data including users,enterprises and resources,and uses Redis to temporarily store information when resources match services.This dissertation conducted detailed testing and analysis on the developed system,and the results showed that the system’s functional design was complete,with good performance in concurrency,operation delay,and other aspects,achieving the expected development goals.The development of this system and the study of key technologies have certain reference significance for the development of China’s cultural and technological integration industry.