Contents & References of Investigating graphic illustration methods in smart school website design
Table of Contents:
Table of Contents
Title Page 1
Chapter 1: General research. 2
1-1: Introduction. 3
1-2: statement of the problem. 5
1-3: Importance and necessity of research: 7
1-4: Research goals: 8
1-4-1: General goal: 8
1-4-2: Sub-goals: 8
1-5: Research questions: 8
1-6: Conceptual and operational definitions. 8
1-6-1: conceptual definitions: 8
1-6-2: operational definitions: 9
Chapter two: literature and research background. 10
2-1: Introduction. 11
2-2: Background and concept of information visualization. 11
2-3: Classification of illustration and its dimensions. 13
2-4: The relationship of visualization of information with visual literacy. 15
2-5: Graphics. 16
2-6: Computer graphics. 17
2-7: illustration. 18
2-8: Visual communication. 18
2-9: Visual value of images. 19
2-10: How to deploy visual elements. 19
2-11: Using illustrations in educational activities. 20
2-12: principles and criteria of illustration (illustration) 20
2-12-1: principle of simplicity. 20
2-12-2: The principle of emphasis. 21
2-12-3: Principle of balance. 21
2-12-4: Compliance with the principle of balance between context and subject. 21
2-12-5: The principle of image relationship with measurement criteria. 21
2-12-6: Image relationship with framing criteria. 22
2-12-7: Principle of optimal distance. 22
2-12-8: The principle of psychological effects of lines. 22
2-12-9: The principle of the psychological effect of shapes and their relationship with the educational image. 22
2-12-10: Psychological properties of colors and their relationship with the image. 23
2-12-11: Avoiding repetition of the illustration style. 24
2-12-12: The principle of illustration based on research. 24
2-12-13: The principle of using an image instead. 24
2-12-14: The principle of matching with facts. 24
2-12-15: The principle of highlighting the issue. 25
2-12-16: Compliance between artistic style and educational subject. 25
2-12-17: The principle of difference in regional cultures. 25
2-12-18: The principle of updating the image. 25
2-12-19: The principle of balance in the portrayal of genders. 25
2-12-20: attention to national, religious and Islamic identity. 26
2-12-21: Stimulation of curiosity and interest in discovery. 26
2-12-22: Attention to children's interest in colors. 26
2-13: What is a smart school? 26
2-14: What is the purpose of creating smart schools? 27
2-15: The mission and vision of the smart school. 28
2-16: Development strategies of smart schools. 28
2-17: The organizational structure of the smart school. 29
2-19: The main components and pillars of smartening schools. 30
2-21: Theory and theoretical foundations. 32
2-22: Why design a smart school?. 34
2-23: What is meant by smart elementary schools? 35
2-23: Comparison of common and different aspects of data visualization and information. 36
2-24: Classification of visualization of data types 36
2-25: Methods and applications of visualization. 40
2-26: Background of the research. 46
2-26-1: Internal background. 46
2-26-2: Foreign background. 47
The third chapter: research methodology. 49
3-1: Introduction. 50
3-2: Type and method of research. 50
3-3: Measurement tools and methods. 50
3-4: validity and reliability of the tool. 51
3-5: Statistical population and its volume. 51
3-6: sample size and sampling method. 52
3-7: research variable. 52
3-8: Data analysis method and tool: 52
Chapter summary: 52
Chapter four: Data analysis 53
4-1: Introduction. 54
4-2: Analysis of research questions. 54
Chapter five: discussion and conclusion. 59
5-1: Introduction. 60
5-2: Discussion and interpretation of findings 60
5-3: Suggestions. 62
A) Practical proposals: 62
B) Research proposal. 62
5-4: Limitations 63
Resources: 64
Appendices. 68
English abstract. II
Sources:
Ahdian, Mohammad. (1384). Introduction to educational technology. Tehran: Press and Tabligh Bushra.
Afshar Mohajer, Kamran. (1389). The use of graphics in university textbooks. Ayar, No. 22, Spring and Summer, pp. 48-
Darudi, Fariborz and Soleimanijad, Adel (2008). Image communication and visual processing of information: Familiarity with the theoretical foundations of the field of illustration. Journal of Iranian Library and Information Studies, No. 86
Darudi, Fariborz. (1388). Application of information visualization techniques and methods and the effect of visual literacy in educational activities. Educational Innovations Quarterly, No. 30, Year 8, Summer.
Delavar, Ali (2010). Probability and applied statistics. Tehran: Rushd Publications
How to make schools smart (August 2019), Center for Statistics and Information and Communication Technology of the Ministry of Education
Falahdar, Hamira. (1386). The role of environmental graphics in educational centers. The Development of Art Education, Volume 5, Number One, Fall.
Caps, J. (1368). Image language. Translation: Firouz Mohajer, Tehran: Soroush Publications.
Malek Afzali, F. (1378). Analytical study of the role of graphics in the distance education system. Master of Arts Thesis (unpublished), Tehran, Islamic Azad University, South Branch.
National Center for Statistics and Information and Communication Technology (2018). Methodology for making schools smarter. http://dl.eram.shirazu.ac.ir/root/Utility/eLearning/shivehnameh_hoshmandsazi-900508.pdf
Jalali, Ali Akbar and colleagues (2008). Road map of smart schools - implementation guide. Published by Tehran General Directorate of Education
Agutter, Jim; Bermudez, Julio (2005). "Information visualization design: The growing challenges of a data saturated world". AIA Report on university research. Retrieved Sep. 20, 2006, from: www.aia.org/Sit-eObjects/files/Agutter_color.pdf
Atkinson, R. C. & R. M. Shiffrin (1968). "Human Memory A proposed system and its control processes". In W. Spence & J. T. Spence (Eds), The Psychology of Learning and Motivation: Advances in Research and Theory, Vol 2, pp. 742-775, New York: Academic Press.
Bamford, Anne. (2003) The visual literacy white paper. Commissioned by Adobe Systems Pty Ltd, Australia, 7. Available: www.adobe.com/uk/education/pdf/adobe_visual_literacy_paper.pdf [Accessed: 24, Dec. 2006]
Barry, M., & G. B. Runyan (1995). "A review of distance-learning studies in the U.S. military", The American Journal of Distance Education, 9(3), 37-56.
Buckley, A.R. (1997) (The Application of Spatial Data Analysis and Visualization in the Development of Landscape [Ph.D. dissertation], United States – Oregon, Indicators to Assess Stream Conditions, Oregon State University, Department of Geography.
Burkhard, T. (2005). 2-7
Mackinlay, J.D. San Francisco: Chen, Chaomei (1999). London: Springer-Verlag. (1989). Cognitive Psychology, 4, 55-81. Cuban, L., and Peck, C. technologies in high school classrooms: explaining an apparent paradox. American Educational Research Journal, 38(4), 813-834.
Demaine, Jeff (1996). Information Visualization. Information Technology Services. National Library of Canada. Available: http://www.collectionscanada.ca/91//p1234-e.html [Accessed: 18, Jun. 2006]
Dooley, k. E., Linder, J. R., Dooley, L. M., Blackburn, R. & Y. Gazi, (2005). "Multimedia Design", In Dooley, k. E., Linder, J. R., L. Dooley M, Advanced Methods in Distance Education.: Applications and Practices for Educators, Administrators, and Learners, Hershey, PA: Information Science Publishing.
Glenberg, J. & Kruley, F. (1992). Competence in the workplace: How cognitive performance models and situated instruction can accelerate skill acquisition. In R. Glasser (Ed.), Advances in instructional psychology: Educational design and cognitive science, (Volume 5).