The Influencing Factors and Improvement Paths of Applied Talent Training Mode under the Digital Informatization

This study takes the human resource management major of Guangzhou Institute of Science and Technology as an example to discuss the factors influencing the applied talent training mode and improvement paths under digital informatization.The research points out that digital informatization poses new challenges and opportunities to higher education and requires the applied talent training mode to practice and innovate.This study identified five key influencing factors of the applied talent training mode under digital informatization:curriculum setting,teaching methods,faculty structure,practical teaching,and student training.This research presents the improvement paths,including optimizing curriculum settings,innovating teaching methods,adjusting teacher structure,improving practical teaching,and creating student training.Implementing these paths will help students master the latest knowledge and skills of digital informatization,improve their practical ability and innovative thinking to meet the social demand for human resource management professionals,and promote the development of higher education system.

Strategies for Enhancing the Affinity of College Ideological and Political Course Teachers

This article aims to explore effective ways to enhance the affinity of ideological and political course teachers in universities.By analyzing the connotation of affinity,the factors that affect the affinity of ideological and political course teachers are analyzed,and corresponding improvement strategies are proposed.Research suggests that strengthening the construction of teacher ethics and conduct,improving teaching skills,enhancing emotional engagement,and enhancing practical training are key paths to enhance the affinity of ideological and political course teachers.The implementation of these paths will help improve the teaching quality and effectiveness of ideological and political courses,and promote the comprehensive development of students.

Transboundary inflow of solid waste:Governance and improvement path in China

In order to promote the sound development of circular economy,strengthen the construction of ecological environment,and deal with the negative environmental externalities caused by the transboundary inflow of solid waste(TISW),China has been gradually tightened up the supervision of TISW.In recent years,although TISW in China has slowed down,the‘hidden’inflow is still relatively prominent by our comparison of the data between the major outflow countries/regions and that of China.Based on China’s institutional environment and evolution path,this study has identified the government as the main body of the TISW governance in China,and the classified supervision of TISW as its basis,with relevant government departments being empowered and coordinated by the law to constantly optimize the governance procedures by promoting the pre-entry checking,port supervising and the self-disciplined compliance of stakeholders.Based on the gravity model and the unbalanced short panel data of 41 kinds of TISW with 6-digit HS coding from 12 major outflow countries/regions in the period of 2012-2017,this empirical analysis by the two-way fixed effect static panel data model and the GMM dynamic panel data model respectively shows that the governance from the Chinese government has a significant impact on the reduction of the volume of TISW.Besides,the significant positive coefficient of GDP also shows that China’s economic growth results in a certain demand for recyclable solid waste,but the variables of TISW catalogue adjustment and international cooperation are not significant.Therefore,in order to further enhance the efficiency of TISW governance,it is suggested that:①The classified supervision of TISW should be up-graded and the identification standards and procedures of TISW should also be scientifically optimized by the cooperation of relevant functional departments.②The TISW governance system at China Customs should be continuously improved by focusing on the pre-and post-entry checking and credit management of stakeholders.③Multi-channel international cooperation and information exchange should be promoted to achieve timely risk prevention and more effective post-entry supervision.

Improved Superconducting Qubit State Readout by Path Interference

High fidelity single shot qubit state readout is essential for many quantum information processing protocols. In superconducting quantum circuit, the qubit state is usually determined by detecting the dispersive frequency shift of a microwave cavity from either transmission or reflection. We demonstrate the use of constructive interference between the transmitted and reflected signal to optimize the qubit state readout, with which we find a better resolved state discrimination and an improved qubit readout fidelity. As a simple and convenient approach, our scheme can be combined with other qubit readout methods based on the discrimination of cavity photon states to further improve the qubit state readout.

Reflections on the Cultural Ecology of University Classrooms in the Perspective of Postmodernism

The cultural ecology of university classroom has been influenced by postmodernism and has shown complex and variable characteristics.Specifically speaking,it tends to be both conflicting and interactive in terms of subject relations in the classroom,fragmented and diversified in terms of classroom teaching,and redundant and dynamic in terms of classroom assessment.In order to further harmonize and develop the cultural ecology of university classrooms,it is necessary to expand the space for communication and interaction between teachers and students,improve the overall professional quality of faculty members,and perfect the management and assessment system for university teachers and students.

Benefit evaluation on ESCO driving force for market development of energy-saving building

ESCO is the internal driving force for the development of the existing building energy-saving renovation market,and the driving effect of the ESCO market depends on scientific and effective comprehensive benefit evaluation.Based on analysis of the status qua at home and abroad,this paper reveals the necessity and value of research existing Building Energy Saving ESCO market development driving force effectiveness evaluation.The purpose of ESCO driving force benefit evaluation-oriented,establish the basic principles of evaluation index system of choice.Through the analysis of the evaluation content of the three dimensions of economic benefit,environmental benefit and social benefit,the comprehensive evaluation index system of the target level,criterion level and index level of the benefit evaluation of the existing building energy-saving renovation market development is constructed.AHP and fuzzy comprehensive evaluation of the combination,construct quantitative models of energy-saving drive ESCO market development role in the evaluation of the effectiveness of existing buildings.Based on the quantitative evaluation process of ESCO’s role in the development of our country’s existing building energysaving renovation market,it is necessary to scientifically understand the current status of ESCO’s driving role,and reveal the path to improve the efficiency of ESCO-driven development of the existing building’s energy-saving renovation market,in order to enhance the internal driving force of ESCO to promote.The existing building energy-saving renovation market is developing in a healthy and orderly manner.

Multi-UAV Route Re-Generation Method Based on Trajectory Data

A large quantity of unmanned aerial vehicle(UAV)trajectory data related to air traffic information has important value in engineering fields.However,the cost of data and trajectory processing limits the applications,and as the number of UAVs increases rapidly,future UAVs'path data will be very large.Therefore,this paper designs a multi-UAV route re-generation method based on trajectory data,which can realize the UAVs'path data compression,de-aggregation,and regeneration tasks.Based on the trajectory data,the three-dimensional Douglas-Peucker algorithm is used to compress the trajectory data to reduce the storage space.The improved B-spline path smoothing algorithm based on the reversing control point is used to depolymerize and smooth the path.Simulation experiments show that the above multi-UAV route re-generation algorithm can obtain a more optimized path while maintaining the important characteristics of the original path.