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The purpose of this study tries to use the philosophy of the Chinese sages to explain the purpose of “compliance with human nature”. The analysis framework is through the following two theories: (1) the compatibility of righteousness and benefit; (2) sustainable development. 4 samples are examined to analyze the applicability and explanatory power of the framework through 43 experts. Results: this framework is generally feasible. Under the premise of “well-meaning technology”, we undertook an in-depth analysis of existing propositions and trends in thought that reflect the essence of planned obsolescence. This article marks the beginning of the next research step in the design philosophy of the Chinese sages that may help to improve sustainable development.

A simplified approach was used to determine if "Less is More" is still a trend in comics of Chinese opera characters. There were 225 website volunteers who participated in the study. Via a ques-tionnaire survey and analysis, this study explored the feasibility of “simplification” in comedy. The results show that the proposed approach of “simplification” can be applied to the creation of dramatic characters, but the scale of simplification needs to be flexibly adjusted according to dif-ferent topics. For audiences, there is not much recognition and liking for the works that are sim-plified to the extreme and present symbolization. The simplification used in this study is only the first step in testing the utility of simplification as an approach for understanding the cognition of the audience to accept the simple features for Chinese opera characters. In future research, the proposed “simplified” approach is needed to adjust and improve for practical use. It also needs more analysis of the differences in cognition of different participants according to the cognitive and communication theories of artistic creation.

Data from the article: From imitation to innovation, this is the effective way for act of creation, and artistic creation is no exception. The intervention of AI has brought great impact and challenges to the creative mode of art. We believe that human decisions are the foundation of science and technology. Therefore, before we talk about whether the work completed by AI is art? We need to make it clear that when we put together the paintings completed by AI and human artists, can the audiences correctly find out which one is completed by human artists? Thus, we can improve “information” and “technology”, and further influence human’s behavior. This study examines how audiences responded to seeing and distinguishing the paintings created by AI and human artists. Results revealed that most audiences can correctly distinguish between paintings made by AI and human artists, and that the accuracy is higher for groups whose use “intuition” as the criterion for judgment. At the same time, the audience prefers the paintings created by human artists. In addition, there are big differences in the perception of the denotation and connotation of paintings between audiences of different backgrounds. The reasons for this will be analyzed in subsequent research.

In order to satisfy the Requirement of the Fast Control Cycle and Fast Communication between controllers for the Hot Strip Mill, we accept the Fiber-Optic Reflective Memory Net to connect all the controllers in one Area to compose the “Area Controller Group” structure in the Basic Automation Level. The MASIC-2000 D had been used in Lai-Wu and Cheng-De Hot Strip Mill, it will be used in the 1700mm Hot Strip Mill of An-Shan Iron & Steel Corp.

The existing TOSHIBA computer system of WISCO hot strip mill designed in 1974, was put into running in 1978, it can't meet the need to increasing production. in 1989, it was decided to revamp the computer systcm with the WDPF systcm of AEG-Westing House, and the application software is done by WISCO self. In December of 1991, The test of the software for new system was finished by the method of rolling simulation. Now, the new WDPF computer system has been installed in the field site, and the parameter turning of all the APC loops had been completed in the period of maintance.The new computer system is expected to real put into effect by October of1992. In this paper, the scope of system revamping and the technical problems encountered during the revamping are introduced.

The high precision Four-high reversible cold rolling mill was successfully completed in Shanghai in 1989, all the work of the project, including design, manufacture, installing and test, was done with the cooperation of Shanghai Metallurgic Equipment General Factory and the University of Science and Technology Beijing. The cold rolling mill is used to produce high precise cold strip, so it is necessary that the function and precision of control system are powerful. In this paper, the function of computer control system is introduced, the software function is also described. The ideas of the control units that affects thickness precision seriously are introduced emphatically, the control result is given at last.