The Assurance Mode of the University Ecological Environment Education Quality Based on the Mechanism of Human Brain Visual Perception

Yi-Fei Chen, Lei-Ming Fu

Ekoloji, 2019, Issue 108, Pages: 493-497

OPEN ACCESS

Download Full Text (PDF)

Abstract

The teaching effect of universities based on the mechanism of the human brain visual perception is evaluated, which provides the basis for enriching the atmosphere of classrooms and the teaching forms of universities. The evaluation method of the human visual perception mechanism based on the method of principal component analysis and entropy weight is proposed. Questionnaire surveys, observations, mathematical statistics and other methods are used to randomly divide the 259 students from Henan Institute of Education, which are selected by stratified clusters, into experimental and control groups. Each training time is 8 to 16 hours, it is 6 times, and the total duration is three months. According to the above method, the subject is trained in accordance with the implementation steps of the human brain visual perception mechanism. Based on the research results of typical customer satisfaction index models at home and abroad, the impact factors of student satisfaction are analyzed. It can be known from the example analysis that university students have the high degree of satisfaction with the quality of education services, and the development of non-intellectual factors can be effectively promoted by the mechanism of the human visual perception to enhance class cohesion and improve students’ recognition of the school. At the same time, the establishment of learning organizations is promoted, which can effectively make up for students’ lack of intellectual factors and improve their academic performance.

Keywords

human brain visual perception, university ecological environment education quality, assurance model, index-assessment

References

  • Abbasikesbi R, Memarzadehtehran H, Deen MJ (2017) Technique to estimate human reaction time based on visual perception. Healthcare Technology Letters 4(2):73-77.
  • Akben SB (2016) Importance of the shape and orientation of the spine and pelvis for the vertebral column pathologies diagnosis with using machine learning methods. Biomedical Research-India 27(SI):S337-S342.
  • Jang JS, Choi SH, Jung GS, et al. (2017) Focused augmented mirror based on human visual perception. Visual Computer International. Journal of Computer Graphics 2017, 33(5):625-636.
  • Kim YW, Ahn YJ, Sim D (2017) Human visual perception-based quantization for efficiency HEVC encoder. Journal of Broadcast Engineering 22(1):28-41.
  • Meijer DKF, Geesink HJH (2017) Consciousness in the universe is scale invariant and implies an event horizon of the human brain. Neuroquantology 15(3):41-79.
  • Song C, Sandberg K, Møller AL, et al. (2017) Human occipital and parietal GABA selectively influence visual perception of orientation and size. Journal of Neuroscience 37(37):8929-8937.
  • Yan Y, Zheng X, Wang S, et al. (2019) A collaborative environmental education pattern of deepening the integration of production and education based on application-oriented undergraduate teaching: a case study in civil engineering (major of beibu gulf university). Ekoloji 28(UNSP e107529107):4711-4718.
  • Zhang G (2017) Construction of the college education quality management system based on big data and its evaluation. Agro Food Industry Hi Tech 28(1):3124-3127.