Research on Campus Education Information System Based on Internet of Things and Artificial Intelligence Decision

Because of the different reasons between regions, the distribution of educational resources is also different, the development of each school is unbalanced, and the degree of campus education informationization is different. The complex functional structure not only does not facilitate teachers and students but also leads to many problems: the prevention and prevention of campus life safety. It is difficult to keep and use multiple cards owned by one person. Software and education platform cannot be seamlessly connected, and there are various barriers between data and data and people and data. The lack of learning materials leads to the inequality of information. There are no good feedback and solution between teachers and students. It is difficult to manage accurately with a large number of people. This study will be based on the Internet and artificial intelligence technology, to explore how to study a large (or super large), concise and efficient, and excellent performance of campus education information system; this system can meet the teachers and students no matter what year, month, and day of a large number of visits. For some problems in the process of building the system, actively optimize and refine them. After functional testing and analysis of the system, the experimental results show that the interface function of the new system is stable, the usability test is better than the feedback experience of the original system, the response time is reduced by 21.6% on average, and the overall power consumption of the system is reduced by about 1.43% on average.

Die Raumfrage als Schnittstelle von Theologie, Politik und Sozialgeschichte: Kulturwissenschaftliche Raumwende und neutestamentliche Exegese

The following article is part of an essay trilogy dealing with space and spatial concepts in the New Testament. In this trilogy, the spatial thematic approach is profiled as an interface for political, social-historical and theological–christological questions. The article illustrates how this interface function works in the basileia theme in Matthew and Luke.

The Interface Function of Thinking Styles between Personality and Intelligence

The aim of the present study is to investigate thinking styles at the interface between personality traits andintelligence. A total of 266 students in Germany and Austria completed the Thinking Styles Inventory forGerman-Speaking Samples (TSI-GER), the NEO Five-Factor Inventory (NEO-FFI) and the Intelligence-StructureTest 2000 R (I-S-T 2000 R). Structural equation modelling was applied to investigate whether thinking stylesmediate the relationship between personality traits and intelligence. The results indicate that styles do not work as aninterface between personality and intelligence, which suggests that styles represent a “stand-alone” learningprerequisite.

A General Algorithm on the Natural Vibration Analysis of Composite Beams with Arbitrary Complex Interfaces

In the present work, a novel mathematical scheme is developed to investigate the transverse natural vibration of composite materials with complex interfaces, which belong to the extreme mechanical category. Two kinds of interfaces, as examples, are used to demonstrate the mathematical scheme. One is the triangular wave interface that has non-differentiable points in its interface description function, and the other is the square wave interface that has discontinuity points in its interface description function. The non-differentiable points or the discontinuity points in the description interface functions can pose great challenge for traditional mathematical/mechanical treatments dealing with the vibration problem. Governing equations of the composites are derived according to the generalized Hamiltonian principle. For the piecewise interface function of the triangular/square wave interface, as it is not a continuous and derivative function, the Fourier expansion method with finite terms is adopted to approximate the piecewise function in the calculations. The proposed iterative scheme can quickly find the natural frequencies of the composites, with the help of the Rayleigh quotient and boundary functions. The obtained natural frequencies are compared with those obtained from the finite element method. The effects of interface geometrical properties (the amplitude and the number of waves of the interface) on the natural frequencies are investigated systematically, and we show a plausible way to tune the natural frequencies of the composites by changing the interface geometries.

Interface Function and Cefazolin-Adsorption-Release Characteristics of Hydroxyapatite Granules Modified by Supersonic Treatment Techniques

Commercial hydroxyapatite (HAp) porous granules were designed by the supersonic treatment at 120W and 38 kHz for 15 min in parenteral fluids (amino-acids (PF-A), electrolytes and carbohydrates (PF-EC), the mixtures (PF-M)) to form PF-A/HAp, PF-EC/HAp and PF-M/HAp. The modified HAp kept spherical shape and exhibited adhesive aggregates originated from parenteral fluid components on the surface layer. The BET specific surface areas decreased from 39 m2・g-1 to 19-24 m2・g-1. The granules dried at 293K were stirred at 309.5 K in 0.5-2.5 mg・cm-3 CEZ saline solutions. Adsorption isotherms of CEZ for all the granules almost obeyed the Langmuir type-equation. The amounts of CEZ adsorbed on the modified HAp were larger than those on HAp. Regarding CEZ-release characteristics in a biomimetic environment, the CEZ-adsorbed granules were freeze-dried or dried at 293K and they were stirred at 309.5K and pH 7.40 in simulated body fluid (SBF). The CEZ-release efficiencies for granules freeze-dried into SBF were significantly higher than those for granules dried at 293K. The values of granules freeze-dried were 37-43% for PF-A/HAp, 75-83% for PF-EC/HAp, and 56-64% for PF-M/HAp, which were related to the interface function, such as hydrophilicity of surface and multilayer film thickness of water molecule.

Design of Reconfigurable Computer Software Platform

This paper takes reconfigurable technology and platform as well as component framework thought as the theoretical support, combines with Lua script and Dynamic-link library (DLL) technology and takes VC++ as development tool to construct a universal reconfigurable computer software platform based on wxWidgets framework library. The design of this platform itself is a main frame structure, and it can realize software interface, function, arithmetic and the reconfigurable structures from other aspects by the combination of different modules. This platform has the characteristics of practicability and foresight, and it also provides a new approach and method for user to customize business component quickly, so as to realize specific needs.