Application of Internet and Big Data Technology to Give Full Play to the Function of Procuratorial Civil Public Interest Litigation in China

The procuratorial civil public interest litigation system is a kind of legal system, which will realize certain legal functions. As an important way for procuratorial organs to exercise their functions and powers, procuratorial civil public interest litigation system in China has many functions: on the one hand, it has the core function of protecting social public interests; on the other hand, it has the main function of enforcing laws, forming public policies and promoting social governance; and it has the guiding function of providing reference for similar reforms. How to fully give play to the function of procuratorial civil public interest litigation, the big data is an important means. Procuratorial organs should make full use of the information of data platform, and enhance the joint efforts of public welfare protection, and set up the thinking of handling cases with information and improve application ability, so as to plug in "wisdom wings" for the procuratorial civil public interest litigation.

Influence of Digital Media Technology on Forest Scene Animation Design

The animation construction of forest scene is a virtual stand scene visualization framework which uses the related technologies of virtual forest modeling and stand scene visualization, and uses the scene graph technology to manage. This paper studies the influence of digital media technology on the animation design of forest scene. In this paper, the model of virtual stand scene is mainly completed by Creator modeling software of MultiGen company. In order to reduce the number of scene patches and ensure realism, the tree model is designed with OpenFlight tree hierarchy. At the same time, the key technologies of Creator modeling and model optimization are analyzed. The virtual stand scene visualization framework uses the open source graphics rendering engine OpenSceneGraph (OSG) as the scene driver to realize the stand scene visualization. This paper provides a variety of roaming control methods. The experimental results show that the virtual forest scene visualization framework can better simulate the forest scene and has a strong sense of reality.

To Leverage the Innovation Capability by Co-creation of Human-Machine

Although a societal consensus has been reached about the partnership between human beings and smart machines, limited research has been carried out to consider advances in its combination pattern, function mechanism, and developing creativity. Based on occurred disruptive changes form theory to practice, a new paradigm of co-creation by synergistic human-machine is proposed, which refers to that interaction of human-machine learning in a holistic system increase complementarity of abilities and integration of wisdom to realize an augmented synergy made up of hybrid intelligences. This augmented intelligence can effectively account for shifts in business logic and the productive solutions to the multiple complex problems during smart manufacturing. It has been discovered that the positive consequences of synergistic human-machine co-creation include not only sustainable labor patterns, but the ability to overcome multiple complexities and steadily increase business value. All this is further elaborated in the Baizhentang Foods case. This paper discusses the main prospects of the theoretical developments presented here for future research on organizational behavior and a synergistic human-machine structure.

Application of MOOC and Virtual Simulation Experiment in Experimental Teaching of Mechanical Design

The mechanical design experiment is a comprehensive experimental course that can cultivate the preliminary engineering practice ability of machinery students. Due to the high requirements for students' basic knowledge and ability of comprehensive application of knowledge, teaching is difficult and the teaching effect is general. This paper uses the MOOC teaching method, a new network-based teaching model, to study the experimental teaching of mechanical design and the construction of virtual simulation experiment teaching system under the new situation. Firstly, analyze the advantages in experimental teaching of mechanical design under virtual simulation experiment. Secondly, it puts forward suggestions for constructing the virtual simulation experiment teaching system of mechanical design, and discusses the advantages of the combination of MOOC and virtual simulation experiment technology, opportunities and reforms under the new situation. Lastly, it can be concluded that by using MOOC and virtual simulation experiments can break through the limitations of traditional teaching and improve teaching. This paper applies the MOOC and virtual simulation experiment to the experimental teaching of mechanical design, can not only improve the teaching of teachers, but also cultivate the practical ability and thinking innovation ability of machinery students. With the advantages of MOOC and virtual simulation experiments, it provides better opportunities and challenges for the teaching of mechanical design.

Creation and Operation Service of Education Knowledge Management Online Platform Based on IH5 Interactive Technology and Young Children Psychological Research under Large-Scale Epidemic Outbreak

In China, due to the influence of traditional concepts and realistic competitive environment, the preschool education has always been concerned and valued by the society and families. However, the current preschool education often focuses on the acquisition of knowledge and abilities, lack of in-depth consideration based on young children's behavior psychological analysis. In addition, the preschool education market is mixed, the preschool education knowledge development is uneven, the preschool education spreading path is traditional, combined with the impact of the epidemic, the demand for epidemic prevention and control promotes the booming of online education teaching and management platform. Based on the above background and the existence question, this paper uses the fashionable and interactive IH5 technology, in-depth study and analysis of young children's behavioral and psychological characteristics, and carries out resource integration, connectivity and mutual promotion in multiple dimensions such as young children, parents, kindergartens, the government, society and so on, to explorative create the young children education knowledge management platform and carry out operational service analysis and demonstration, with a view to providing solutions to the existing problems of China's preschool education, and to provide practical operation of service reference.

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.

The Application of Classroom Teaching Implementation of Chinese Painting in Primary and Secondary Schools in Art Teachers' Teaching Strategies

At present, the problem of emotional disorders in college student has attracted more and more attention from the society, and mental health problems have become a common problem in the process of young people’s growth, learning and life. Especially, the physiological characteristics of growth and development during university leads to the occurrence of anxiety, which require external intervention and guidance. Now, mental health education in China is generally absent, and the treatment of mental health is incomplete. There is a lack of scientific method guidance for mental health intervention and guidance for college students. The college students have just gone through the learning in universities. After entering the society, they are in a relatively relaxed state both in body and mind. This phase is also a stage when problems are easy to occur. This paper studies the relevant literature, analyzes the mechanism of college students' emotional disorder, and puts forward reasonable sports intervention programs.

Application of Internet and Artificial Intelligence in Humanized Nursing Teaching

In nursing teaching, students are required to apply the learned theoretical knowledge to practical operation, and have the ability to comprehensively analyze and solve problems. At present, the traditional teaching mode is mostly used in nursing teaching in China. "Indoctrination" with textbooks as the theoretical basis and teachers' teaching as the main teaching method " With the rise of network technology and the application of modern educational technology in teaching, the research direction and focus of PBL have gradually shifted to the integration of network environment and PBL teaching mode This paper studies the application of Internet and artificial intelligence in humanized nursing teaching. This paper focuses on PBL teaching method based on network environment (WPBL) The results show that PBL teaching mode under the network environment does have many advantages in medical nursing education. This method can effectively cultivate nursing students' problem-solving ability and critical thinking ability, which is consistent with the goal of nursing education.

Model Free Adaptive Control of Switched Reluctance Motor for Electric Vehicle

In this paper, the model free adaptive control method of switched reluctance motor for electric vehicle is studied. Based on the torque distribution control of SRM, a SRM control strategy based on torque current hybrid model based on RBF neural network is proposed in this paper. Based on the deviation between the dynamic average value and instantaneous value of SRM output torque, the online learning of RBF neural network is realized. At the same time, this paper constructs a torque current hybrid model, obtains the current variation law of SRM under low torque ripple operation, and reduces the torque ripple of SRM. The SRM torque distribution control is realized on the SRM experimental platform. Compared with the voltage chopper control method, the experimental results show that the torque ripple of SRM can be reduced by adopting the torque distribution control strategy.

CentrifugationSynchronization Control of Fractional Order Chaotic Systems Based on Memristor and Its Hardware Implementation

This paper studies the synchronization control of fractional order chaotic systems based on memristor and its hardware implementation. This paper takes the complex dynamic phenomena of memristor turbidity system as the research background. Starting with the integer order memristor system, the fractional order form is derived based on the integer order turbid system, and its dynamics is deeply studied. At the same time, the turbidity phenomenon is applied to the watermark encryption algorithm, which effectively improves the confidentiality of the algorithm. Finally, in order to suppress the occurrence of turbidity, a fractional order sliding mode controller is proposed. In this paper, the sliding mode controller under the function switching control method is established, and the conditions for the parameters of the sliding mode controller are derived. Finally, the experimental results analyze the stability of the controlled system under different parameters, and give the corresponding time-domain waveform to verify the correctness of the theoretical analysis.