Research on micro governance path of high-level professional group construction

Under the background of “double high plan”, higher vocational colleges combine the industrial background, strengthen the connection between industrial chain and professional chain. Therefore, colleges and universities delegate power to secondary colleges. Secondary colleges independently improve the grass-roots governance mechanism according to the logic of professional groups, which will help to optimize the power allocation mode, and strengthen the construction of professional organizations. The functions of professional resource allocation, power distribution and operation mechanism, so as to provide management guarantee for the construction of high-level professional groups.

Study on the Operation Mechanism of Categorized Protection System for Kunjing Children

The protection of the rights and interests of Kunjing children is related to the national economy and people's livelihood. In recent years, the categorized protection policy for children in needs is the focus of the government and academia, but the related research does not pay close attention to the longitudinal context of its internal operation. Based on this, this paper adopts the method of qualitative research to study the operation mechanism of categorized protection for children in needs through field investigation and explore the problems in the process of matching and implementation of protection content by constructing the operating framework of "monitoring-evaluation-treatment". The study found that at present, there are still some problems in the categorized protection of children in needs in the country, such as imperfect construction of categorized protection policy, insufficient protection of institutions and professional personnel, difficult policy implementation and so on. In this regard, the country should promote the further implementation of categorized protection for children in needs by promoting the combination and perfection of protection projects, improving the coordination and linkage mechanism of departments, and strengthening the construction of grass-roots child welfare team.

Data Envelopment Analysis Algorithm of Enterprise Economic Benefits Based on Leapfrog Algorithm

In order to deal with the problems of low analysis accuracy and poor security in the current enterprise economic benefit data analysis, this paper proposes an enterprise economic benefit data envelopment analysis algorithm based on leapfrog algorithm. According to the proposed method, with the help of comparing and analyzing different analysis algorithms of enterprise economic benefit data, the data envelopment analysis algorithm with strong usability is selected firstly. After that, the effectiveness of DEA is judged by introducing relaxation variables with the help of the data envelopment analysis algorithm, and the non-Archimedean infinitesimal model is used to build the basic operation mechanism. On this basis, the overall operation mechanism of leapfrog algorithm component is used to clarify the value range of relevant economic benefit data and the number of global mixed iterations. The experimental results show that the envelope analysis of enterprise economic benefit-related data using this method can not only improve the accuracy of data analysis but also effectively improve the security of relevant business data.

Multidimensional Analysis on the Construction of Inner-Party Supervision System

In the new era, it is necessary to build a comprehensive, authoritative and efficient supervision system. We will further develop the basic theoretical system of the party's internal supervision, explore specific ways to improve its supervision ability and quality, and thoroughly study and implement the important spirit of the 19th national people's Congress. The key to the construction of the operation mechanism system of the party's internal supervision lies in taking Marxism and the theoretical system of socialism with Chinese characteristics as the "point" and the historical experience and practical application of the party's internal supervision as the "line". In the process of the research on the combination of point and line, the basic contents of the theory of the party's internal supervision and operation organization in the new era are more specific. When encountering new situations and problems, we carefully analyze and solve them. In the process of practice, effective experience is screened out to realize the link between the theoretical system and the construction of the system model.

Cultural Diplomacy and Co-operation in ASEAN: The Role of Arts and Culture Festivals

Summary Beyond their traditional role as entertainment, form of expression and meeting spaces within local communities, arts and culture festivals can perform various functions. They can serve as showcases of artistic pride, signal openness towards cultural diversity, support the local economy, contribute to reducing political tension and provide grounds to consolidate international relationships. On occasion, such festivals function as tools to support the vision of a multilateral co-operation institution, as is the case of the Association of Southeast Asian Nations (ASEAN). Through a comprehensive review of the arts and culture festivals curated in ASEAN, this article investigates the festivals’ ulterior motivations. A range of economic, political, diplomatic, and organisational logics explain the evolution of such festivals during the last fifty years. The article concludes that arts and culture festivals have remained a compelling and instrumental co-operation mechanism in ASEAN, but formats and approaches need substantial revision.

Effect of contact barrier height on performances of BaSi2 heterojunction and homojunction solar cells

The effects of contact barrier height on performances of Si/BaSi2 p–n heterojunction, BaSi2 p–n homojunction and Si/BaSi2/Si p–i–n heterojunction were numerical calculated. Band energy diagram, built-in electric field, carrier generation and carrier transportation distributed in the devices are comprehensively investigated. BaSi2 p–n homojunction solar cells are very sensitive to front contact barrier height due to the high light absorption coefficient of front p-BaSi2 layer. Si/BaSi2 p–n heterojunction and BaSi2 p–n homojunction solar cells with donor concentration [Formula: see text] less than [Formula: see text] are apparently affected by back contact barrier height. The ideal [Formula: see text]-Si/BaSi2/[Formula: see text]-Si p–n solar cell achieves a high [Formula: see text] of 1.131 V, suggesting a promising and alternative structure to gain excellent BaSi2-based solar cells once the Urbach tail states and defects can be effectively eliminated. The results help to fundamentally understand operation mechanism and provide intuitive guidance for achieving high-efficiency BaSi2 solar cells.

Model Construction of Material Distribution System Based on Digital Twin

Aiming at the problems of poor periodicity of workshop material distribution, difficult prediction of station material demand time node and redundant distribution route, this paper proposes a model construction method of material distribution system based on digital twin. Build a material distribution control mode based on digital twin, and establish a full cycle material distribution mechanism on this basis to comprehensively optimize the distribution cycle from the material preparation stage, dynamic replenishment stage and data transmission stage of adjacent distribution cycles. Build the digital twin model of material distribution system, establish the material demand time node prediction operation mechanism based on LSTM, accurately predict the station material demand time node, establish the material distribution route optimization model with the lowest total cost, and optimize the AGV route. Finally, it is applied to the asynchronous card line workshop of A enterprise to verify the effectiveness of this method.