The Design of Learning Evaluation System in upper secondary School Pysics Experiment using the Micro-Computer

In view of the poor security of the current network information management platform, a security evaluation system for mobile internet information management platform is designed based on the principle of BOPPPS model. Firstly, the hardware of the system is optimized in combination with the C/S management structure. In order to ensure the stable operation of the system, the system software security evaluation algorithm is improved and the evaluation process is simplified, thus completing the design of the mobile Internet information management platform security evaluation system. Finally, it is proved by experiments that the security evaluation system of mobile Internet information management platform based on BOPPPS model is obviously safer than the traditional evaluation system.

Sustainable land management evaluation system is a complex system and involves in many aspects. In this paper, the attributes of sustainable land use and its management evaluation process is analyzed in detail to provide evidence for determining the influencing factors and the function of the system. Base on the analysis and five major objectives of sustainable land use proposed by FAO, eighty-six indexes are picked out as alternative factors. And then, by the means of containment, replacing competition analysis and expert evaluation, 46 influencing factors are sorted out from all the alternative factors, of which the weight is acquired by using AHP. Finally, the basic framework of the sustainable land management evaluation index system is established. In this research, the design of the land sustainable management evaluation system is from the aspect of GIS technology, which makes some preliminary exploration and research for the information of land management and evaluation.

Design of smart cheerleading competition assistant evaluation system with big data and information retrieval sorting algorithm is studied in the paper. The information retrieval and sorting method has well attracted more and more researchers' attention in recent years because of its better retrieval speed and lower storage cost. Its core idea is to transform the feature vector in the high-dimensional space into the Hamming space. low dimensional. For a data sequence a, sorting refers to arranging all data in a sequence from small to large, and then determining the position of any data in a in the sequence. With this theoretical basis, the smart cheerleading competition assistant evaluation system is implemented. For the efficient analysis, the combination pattern is integrated, and the UI is implemented. Through the experiment, the system details are demonstrated.

Although current efforts have indicated the need for design verification and evaluation systems, little has been done to develop knowledge representation systems for implementing this class of expert systems. In this paper, we describe CANDLE, a knowledge representation system built to solve design verification and evaluation problems. We define the class of design verification and evaluation systems and the functionality required of knowledge representation systems used to develop these systems. We present an example design verification and evaluation problem, illustrating how this problem imposes these functionality requirements on the knowledge representation system used. In the remainder of the paper we discuss CANDLE, a knowledge representation system created to develop design verification and evaluation systems. We show that CANDLE meets the knowledge representation requirements for this class of systems. We also present some of CANDLE'S functionality that exceeds the defined knowledge representation requirements and provides a knowledge engineer with the capability to expand the functionality of a design verification and evaluation system.

In this work, research aimed to determine the influence of the design and implementation of an online evaluation system for student learning at a university in Lima. An online evaluation system with web technology was designed and implemented that is comprised of supervised and exercise qualification exams, where students answer questions with the optional use of aids that allowed them to improve their results. It was worked with a population of 30 students of the Programming Language I subject to the Systems Engineering degree. The type of research was applied, and the design was quasi-experimental, and an entry test (pre-test) and exit test (post-test) were also applied. Likewise, instruments such as questionnaires, evaluation form, and validity and reliability tests were used in each case that allowed to know the information of the respective work. The results of the hypotheses indicate that there are significant differences in general learning, learning of conceptual, procedural and attitudinal content after applying the Online Evaluation System in the results of the input and output evaluation (p<0.05) the average of the Post Test being higher (p = 0.000); therefore, it is concluded that the system improves the evaluation of declarative, procedural and attitudinal learning.

Adaptive beamforming techniques are widely used in radar, communication, sonar, navigation and other signal processing fields. The conventional experimental systems for adaptive beamforming are often carried out with a large number of Radio Frequency equipment, which leads to high cost and complexity. Therefore, it is necessary to construct an experimental system with low cost and high flexibility to verify the performance of adaptive beamforming algorithms. In this paper, an experimental adaptive beamforming platform by utilizing the microphone array is designed, where the principle of adaptive beamforming, the structure and function of each part of whole experiment system are introduced clearly. Furthermore, the corresponding experiments are deployed to verify the adaptive beamforming algorithms for radar system. The experimental results show that the designed experimental platform can validate the adaptive beamforming algorithms easily and effectively. (5 pages)

In order to effectively carry out a new round (2021-2025) of audit and evaluation work, the effect of professional personnel training scientific and reasonable evaluation, this paper puts forward the idea of constructing the evaluation system of professional personnel training in taxation based on the OBE concept. It discusses the OBE core concept of the design of the taxation professional talent training evaluation system from the aspects of the relationship between the training objectives and talent training requirements, the characteristics of students' learning results, the principles and procedures of the evaluation system construction, and the evaluation organization and implementation.

Urban road congestion is increasingly serious, in order to optimize the traffic situation, and improve the efficiency of vehicles, so as to provide service for traveling user. Then analysis four major systems, namely the bus electronic station board system, evaluation system of urban road traffic state, urban traffic guidance system and website demonstration system. Regarding average travel speed, congestion coefficient and mean velocity gradient as evaluation index of evaluation system, to simulate the bus electronic station board to obtain corresponding real-time traffic flow data. A website design platform is used for dynamic demonstration of urban road traffic state, and the evaluation result is determined. Finally, the valid data will be released to the scene of traffic for reasonable traffic grooming.

Road infrastructure that are suffered by high traffic volume and repetitive loading will lead to a decline in the quality and capacity. As an indicator can be seen from the road surface conditions, both structural and functional condition. Damage that occurs varies greatly along the road and when left in the long term, it will worsen the condition of the road. The method used in the evaluation of damage to roads in Indonesia is PCI ( Pavement Condition Index) method. PCI method is a method of road pavement condition assessment based on the type of damage, severity level and ethe density of damages compare to the wide of road surfacing. Application of PCI method tend to be less desirable because of the classification of the type of damage and the level of severity meausurement and density calculation are performed by manual observations at each segment and further calculation are still needed to get the index value. Road Evaluation and Monitoring System is a proposed system that lead to the adoption of Geographical Information Sistem based device to reduce the costs and labor for pavement evaluation and monitoring.

The e-Portfolio evaluation can truthfully assess the education and teaching process. This technique boasts several advantages: diverse evaluation sub-jects, emphasis on process evaluation, support to individualized develop-ment, and integration between teaching and evaluation. This paper applies blockchain to e-Portfolio evaluation, aiming to solve the thorny issues in tra-ditional e-Portfolio evaluation: privacy protection, data sharing, and infor-mation tracing. Firstly, the functional demand of blockchain-based e-Portfolio evaluation system was analyzed for multiple users: student, teacher, visitor, and administrator. Next, modular design was conducted for the sys-tem, the system boundaries and roles were defined, the relationship between roles was clarified, and a use case was provided to illustrate the client for each user. Based on the functional realization logic of the system, a se-quence diagram was plotted for the realization of system functional demand. Finally, seven chaincodes were designed to satisfy the requirements of the evaluation system. The advantages of the system performance were verified through experiments. The research results provide theoretical and practical bases for the application of blockchain in other evaluation tasks of education and teaching.

To save manufacturing resources in cloud manufacturing environment, a manufacturing resource deployment evaluation system in construction machinery was designed and applied. At first evaluation indexes of manufacturing resource deployment were analyzed. Then the architecture and function structure were designed, and the database were analyzed. And some technologies adopted in the system were introduced to ensure security, stability, and interoperability of the information. Feasibility and effectiveness of the system were verified by a enterprise application case.

This paper first defines the conceptual scope of intellectual property, and the intellectual property evaluation system analyzes the special characteristics of enterprise intellectual property evaluation and compares the differences between several intellectual property management models. Secondly, an open adaptive enterprise IPR evaluation system is constructed based on a linear regression model, and the system structure and the relationship between subsystems are analyzed in depth. Finally, based on the theory of adaptive evaluation management, the adaptive IPR evaluation system is constructed. The adaptive enterprise IPR evaluation model based on linear regression was constructed mainly from three dimensions, and the method to determine the development coordination index and early warning degree of the three dimensions was deduced. The results show that the average efficiency of the typical enterprise IPR evaluation system calculated based on the linear regression model is 0.86, which is 21.3% more efficient than the traditional model. Four of the decision units’ DEA is effective, 63% of the inputs are effective, and 37% of the input resources are wasted, which aligns with the actual enterprise. The adaptive IPR evaluation system based on the linear regression model proposed in this paper has theoretical innovation value and practical significance for enterprises to realize the transformation of IPR achievements.

Aiming at the problem of low accuracy and effectiveness of complex system support capability assessment, an index system was constructed on the basis of studying the characteristics of support capability generation elements, in which the systematicness, comprehensiveness and the importance of key links of complex system support were considered, a complex system supportability evaluation model was proposed based on weight scores and key levels, and the score and level of the complex system supportability evaluation were obtained through comprehensive evaluation. A corresponding evaluation system was designed which provided the means and support for the informatization of support capability evaluation of complex systems.

Information education is using to improve information literacy and creative thinking skills talents. Cultivation is able to recognize self-information and it can be retrieved.Using the integrated assessment capability information can improve efficient of Basketball Competition. This article will discusses how to use modern information evaluation system to improve basketball education.

To improve the efficiency and accuracy of porcelain appearance evaluation, a kind of automatic evaluation system was presented, which composed with industrial cameras, USB(Universal Serial Bus) data acquisition card and step motor etc. The software was mainly developed with C# language. Modules such as image pre-processing and evaluation algorism etc, were developed with matlab program language. Communication between C# program and matlab program was implemented with component technology. Experiments with bowls show that the system can conveniently evaluate the porcelain by its appearance and the result is accurate.