KULLANICI MERKEZLİ TASARIM VE ÜRÜN KULLANILABİLİRLİĞİ ÜZERİNE BİR LİTERATÜR ARAŞTIRMASI

Öz

Kullanıcı merkezli tasarım, ürün tasarımının kullanıcı beklentileri altında şekillendiği ergonomi odaklı bir ürün geliştirme yaklaşımıdır. Ürünlerin kullanıcı merkezli (kullanılabilir) tasarımı için araştırılan kriterler, ergonomi literatüründe performans ve hissel beklentiler olmak üzere iki farklı başlık altında toplanmaktadır. Bu çalışmada ağırlıklı olarak hissel beklentileri dikkate alan kullanıcı merkezli tasarım ve ürün kullanılabilirliğine yönelik bir literatür araştırması sunulmuştur. Literatür araştırmasının ardından konuyla ilgili değerlendirmelere yer verilmiş ve gelecekte üzerinde durulması gerekli konu başlıklarına değinilmiştir.

Anahtar Kelimeler

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Kaynakça

1. Helander, M.G. ve Tham, M.P., “Hedonomicsaffective
2. human factors design”, Ergonomics,
3. Cilt 46, No 13/14, 1269-1272, 2003.
4. Fung, R.Y.K., Chong, S.P.Y. ve Wang, Y., “A
5. framework of product styling platform approach:
6. styling as intangible modules”, Concurrent
7. Engineering: Research and Applications, Cilt
8. , No 2, 89-103, 2006.

9. Khalid, H.M., “Embracing diversity in user needs
10. for affective design”, Applied Ergonomics, Cilt
11. , No 4, 409-418, 2006.
12. Khalid, H.M. ve Helander, M.G., “Customer
13. emotional needs in product design”, Concurrent
14. Engineering: Research and Application, Cilt
15. , No 3, 197-206, 2006.
16. Pheasant, S.T., Bodyspace: anthropometry,
17. ergonomics and design of work, Taylor &
18. Franchis, London, 1996.
19. Jordan, J.W., An Introduction to Usability,
20. Taylor & Franchis, London, 1998.
21. Veryzer, R.W., “Key factors affecting customer
22. evaluation of discontinuous new products”,
23. Journal of Product Innovation Management,
24. Cilt 15, No 2, 136-50, 1998.
25. Cristiano, J.J., Liker, J.K. ve White, C.C.,
26. “Customer-driven product development through
27. quality function deployment in the US and Japan”,
28. Journal of Product Innovation Management,
29. Cilt 17, No 4, 286-308, 2000.
30. Maguire, M. “Methods to support human-centred
31. design”, International Journal of Human-
32. Computer Studies, Cilt 55, 587-634, 2001.
33. Scerbo, W.M., “Usability testing”, Research
34. Techniques in Human Engineering, Weiner, R.
35. (Ed.), Prentice Hall, 1995.
36. Bennet, J., “Managing to meet usability
37. requirements: establishing and meeting software
38. development goals”, Visual Display Terminals,
39. Bennet, J., Case, D., Sandelin, J. and Smith, M.
40. (Eds.), Prentice-Hall, NJ, 161-184, 1984.
41. International Organization for Standardization,
42. “Human-centered design processes for interactive
43. systems”, International Organization for
44. Standardization, ISO13407:1999, 1999.
45. Wixon, D. ve Wilson, C., “The usability
46. engineering framework for product design and
47. evaluation”, Handbook of Human-Computer
48. Interaction, Helander, M. (Ed.), North Holland,
49. Amsterdam, 665-667, 1997.
50. “Ken project report: key usability and ethical
51. issues in the personal navigation program part 1:
52. usability design and evaluation methods”, VTT
53. Technical Research Centre of Finland, Finland,
54. -
55. Kontogiannis, T. ve Embrey, D., “User centred
56. design approach for introducing computer based
57. information systems”, Applied Ergonomics, Cilt
58. , 109-119, 1997.
59. Butters, L.M. ve Dixon, R.T., “Ergonomics in
60. consumer product evaluation: an evolving
61. process”, Applied Ergonomics, Cilt 29, No 1,
62. -58, 1998.
63. Lanning, T.R., “Let the user design”, Taking
64. Software Design Seriously, Practical
65. Techniques for Human-Computer Interaction
66. Design, Karat, J. (Ed.), Academic Press, San
67. Diego, 127-135, 1991.
68. Han, S.H., Yun, M.H., Kim, K.J. ve Kwahk, J.,
69. “Evaluation of product usability: development
70. and validation of usability dimensions and design
71. elements based on empirical models”,
72. International Journal of Industrial
73. Ergonomics, Cilt 26, No 4, 477-488, 2000.
74. Han, S.H., Yun, M.H., Kwahk, J. ve Hong, S.W.,
75. “Usability of consumer electronic products”,
76. International Journal of Industrial
77. Ergonomics, Cilt 2, 143–151, 2001.
78. Han, S.H. ve Hong, S.W., “A systematic
79. approach for coupling user satisfaction with
80. product design”, Ergonomics, Cilt 46, No 13/14,
81. –1461, 2003.
82. Kwahk, J. ve Han, S.H., “A methodology for
83. evaluating the usability of audiovisual consumer
84. electronics products”, International Journal of
85. Industrial Ergonomics, Cilt 33, 419-431, 2002.
86. Nielsen, J., Usability Engineering, AP
87. Professional, NY, 1993.
88. Desmet, P.M.A., “Measuring emotion:
89. development and application of an instrument to
90. measure emotional response to products”,
91. Funology: From Usability to Enjoyment,
92. Blythe, M. A., Monk, A. F., Overbeeke, K. and Wright, P.C. (Eds.), Kluwer Academic Press,
93. Dordrecht, 111-123, 2003.
94. Nagamachi, M., “Kansei engineering: a new
95. ergonomic consumer-oriented technology for
96. product development”, International Journal of
97. Industrial Ergonomics , Cilt 15, 3-11, 1995.
98. Horiguchi, A. ve Suetomi, T., “A Kansei
99. engineering approach to a driver vehicle system”,
100. International Journal of Industrial
101. Ergonomics, Cilt 15, 25-37, 1995.
102. Fukushima, K., Kawata, H., Fujiwara, Y., ve
103. Genno, H., “Human sensory perception oriented
104. image processing in a color copy system”,
105. International Journal of Industrial
106. Ergonomics, Cilt 15, 63-74, 1995.
107. Matsubara, Y., Nagamachi, M., “Kansei virtual
108. reality technology and evaluation on kitchen
109. design”, Manufacturing Agility and Hybrid
110. Automation, Koubek, R. J. and Karwowski, W.
111. (Eds.), IEA Press, 81-84, 1996.
112. Tanoue, C., Ishizaka, K. ve Nagamachi, M.,
113. “Kansei engineering: a study on perception of
114. vehicle interior image”, International Journal
115. of Industrial Ergonomics, Cilt 19, 115-128,
116. -
117. Jindo, T., ve Hirasago, K., “Application studies to
118. car interior of Kansei engineering”,
119. International Journal of Industrial
120. Ergonomics, Cilt 19, 105-114, 1997.
121. Ishihara, S., Ishihara, K., Nagamachi, M. ve
122. Matsubara, Y., “An analysis of Kansei structure
123. on shoes using self-organizing neural networks”,
124. International Journal of Industrial
125. Ergonomics, Cilt 19, 93-104, 1997.
126. Nakada, K., “Kansei engineering research on the
127. design of construction machinery”, International
128. Journal of Industrial Ergonomics, Cilt 19, 129-
129. , 1997.
130. Lee, M.W., Yun, M.H., Jung, E.S. ve Freivalds,
131. A., “High touch: ergonomics in conceptual
132. design process-case studies of a remote controller
133. and personal telephones”, International Journal
134. of Industrial Ergonomics, Cilt 19, 239-248,
135. -
136. Lee, M.W., Hwan, M.H. ve Han, S.H., “High
137. Touch-an innovative scheme for new product
138. development: case studies 1994-1998”,
139. International Journal of Industrial
140. Ergonomics, Cilt 27, 271-283, 2001.
141. Yun, M.H., Han, S.H., Kim, K.J. ve Han, S.,
142. “Measuring customer perceptions on product
143. usability: development of image and impression
144. attributes of consumer electronic products”,
145. Proceedings of the Human Factors and
146. Ergonomics Society Annual Meeting, Texas,
147. -490, 1999.
148. Chuang, C.H. ve Ma, Y. C., “Expressing the
149. expected product images in product design of
150. micro-electronic products”, International
151. Journal of Industrial Ergonomics, Cilt 27, 233-
152. , 2001.
153. Kwon, K.S., “Human sensibility ergonomics in
154. product design”, International Journal of
155. Cognitive Ergonomics, 3(1): 51-62, 1999.
156. Han, S.W., Kwang, J.K., Yun, M.H. ve Hong,
157. S.W., “Identifying mobile phone design features
158. critical to user satisfaction”, Human Factors and
159. Ergonomics in Manufacturing, Cilt 14, No 1,
160. -29, 2004.
161. Chuang, M.C., Chang, C.C. ve Hsu, S.H.,
162. “Perceptual factors underlying user preferences
163. toward product form of mobile phones”,
164. International Journal of Industrial
165. Ergonomics, Cilt 27, 247-258, 2001.
166. Hsu, S.H., Chuang, M.C. ve Chang, C.C., “A
167. semantic differential study of designers’ and
168. users’ product form perception”, International
169. Journal of Industrial Ergonomics, Cilt 25, 375-
170. , 2000.
171. Hsiao, S.W. ve Huang, H.C., “A neural network
172. based approach for product form design” Design
173. Studies, Cilt 23, 67-84, 2002.
174. Karlsson, B.S.A., Aronsson, N. ve Sevensson,
175. K.A., “Using semantic environment description
176. as a tool to evaluate car interiors”, Ergonomics,
177. Cilt 46, No 13/14, 1408-1422, 2003.
178. Liu, Y., “Engineering aesthetics and aesthetic
179. ergonomics: theoretical foundations and a dual
180. process research methodology”, Ergonomics,
181. Cilt 46, 13-14, 1273-1292, 2003.
182. Park, J. ve Han, S.H., “A fuzzy rules based
183. approach to modelling affective user satisfaction
184. towards office chair design”, International
185. Journal of Industrial Ergonomics, Cilt 34, 31-
186. , 2004.
187. Petiot, J.F. ve Yannou, B., “Measuring consumer
188. perceptions for a better comprehension,
189. specification and assessment of product
190. semantics”, International Journal of Industrial
191. Ergonomics, Cilt 33, 507-525, 2004.
192. Khalid, H.M. ve Helander, M.G., “A framework
193. for affective customer needs in product design”,
194. Theoretical Issues in Ergonomics Science, Cilt
195. , No 1, 27-42, 2004.
196. Hsiao, K.A. ve Chen, L.L., “Fundamental
197. dimensions of affective responses to product
198. shapes”, International Journal of Industrial
199. Ergonomics, Cilt 36, 553-564, 2006.
200. Bloch, P.H., “Seeking the ideal form: product
201. design and consumer response”, Journal of
202. Marketing, Cilt 59, No 3, 16-29, 1995.
203. Creusen, M.E.H. ve Schoormans, J.P.L., “The
204. different roles of product appearance in consumer
205. choice”, The Journal of Product Innovation
206. Management, Cilt 22, 63-81, 2005.
207. Hsiao, S.W. ve Liu, E., “A neuro-fuzzyevolutionary
208. approach for product design”,
209. Integrated Computer-Aided Engineering, Cilt
210. , 323-338, 2004.
211. Hsiao, S.W. ve Tsai, H.C., “Applying a hybrid
212. approach based on fuzzy neural network and
213. genetic algorithm to product form design”,
214. International Journal of Industrial
215. Ergonomics, Cilt 35, No 5, 411-428, 2005.
216. Lai, H.H., Chang, Y.M. ve Chang, H.C., “A
217. robust design approach for enhancing the feeling
218. quality of a product: a car profile case study,
219. International Journal of Industrial
220. Ergonomics, Cilt 35, No 5, 445-460, 2005.
221. Lai, H.H., Lin, Y.C., Yeh, C.H. ve Wei, C.H.,
222. “User-oriented design for the optimal
223. combination on product design”, International
224. Journal of Production Economics, Cilt 100, No
225. , 253-267, 2006.
226. Lai, H.H., Lin, Y.C. ve Yeh, C.H., “Form design
227. of product image using grey relational analysis
228. and neural network models”, Computers &
229. Industrial Engineering, Cilt 32, 2689-2711,
230. -
231. Yanagisawa, H. ve Fukuda, S., “Interactive
232. reduct evolutional computation for aesthetic
233. design, Journal of Computing and Information
234. Science in Engineering, Cilt 5, 1-7, 2005.
235. Jiao, J.R., Zhang, Y. ve Helander, M., “A kansei
236. mining system for affective design”, Expert
237. Systems with Applications, Cilt 30, No 4, 658-
238. , 2006.
239. Chen, C.H., Khoo, L.P. ve Yan, W., “An
240. investigation into affective design using sorting
241. technique and kohonen self-organizing map”,
242. Advances in Engineering Software, Cilt 37,
243. -349, 2006.
244. Wu, M.C., Lo, Y.F. ve Hsu, S.H., “A case-based
245. reasoning approach to generating new product
246. ideas”, International Journal of Advanced
247. Manufacturing Technology, Cilt 30, 166-173,
248. -
249. Yamamoto, M. ve Lambert, D.R., “The impact of
250. product aesthetics on the evaluation of industrial
251. products”, Journal of Product Innovation
252. Management, Cilt 11, No 4, 309-324, 1994.
253. Hsiao, S.W. ve Chou, J.R., “A creativity-based
254. design process for innovative product design”,
255. International Journal of Industrial
256. Ergonomics, Cilt 34, 421-443, 2004.
257. Jiao, J.R. ve Chen, C.H., “Customer requirement
258. management in product development: a review of
259. research issues, Concurrent Engineering:
260. Research and Applications, Cilt 14, No 3, 173-
261. , 2006.
262. Wang, X., Tang, M.I. ve Frazer, J., “Creative
263. stimulator: an interface to enhance creativity in
264. pattern design”, Artificial Intelligence for
265. Engineering Design, Analysis and
266. Manufacturing, Cilt 15, 433-440, 2001.
267. Luo, S., Sun, S., Zhu, S. ve Tang, M., “A case
268. study on product collaborative conceptual design
269. technology based on user implicit knowledge”,
270. The 8th International Conference on Computer
271. Supported Cooperative Work in Design
272. Proceedings, Xiamen, China, 191-196, 2003.