14. fast
fluid
award-winning
pleasing
compelling
easy delightful
clear
fun
clean engaging
beautiful
intuitive
powerful
familiar
full-featured
lightweight
15. uncooperative
apathetic
good
pleased
empowered
able irritated
clear
not able
relaxed
rushed
delighted
interested
powerful
negative
frustrated
confused
16. Experiential qualities must be
distinguished from the
properties of objects. They
are intuited and not subject to
error or judgment.
CI Lewis
18. Experiential qualities must be
distinguished from the
properties of objects. They
are intuited and not subject to
error or judgment.
CI Lewis
19. fast
fluid
award-winning
pleasing
compelling
easy delightful
clear
fun
clean engaging
beautiful
intuitive
powerful
familiar
full-featured
lightweight
20. uncooperative
apathetic
good
pleased
empowered
able irritated
clear
not able
relaxed
rushed
delighted
interested
powerful
negative
frustrated
confused
33. Use Experiences Profiles to…
Understand and focus on Qualia, the
actual qualities of personal experience
Discover and identify Qualia in context
Assess Qualia before, during, and after
experiences, over time and across
changes in context and circumstance
36. 1950s Deming and Morita
Process Controls and TQM
1964 Osgood
Semantic Differential
1965 Mizuno and Akao
Quality Function Deployment
1970s Nagamachi
Kansei Engineering
1980s NASA – TLX
HMI Load Index – Inspired Phillip
1990s Market Research Innovation
Voice of the Customer (Griffin, Hauser)
Conjoint Analysis (Srinivasan)
1997 Jordan
Product Personality Assessment
37. The challenge of Human
Factors is to look beyond
success and task completion;
we must address this
question holistically
Patrick Jordan (1997)
“Kansei” is a Japanese word corresponding to “feelings” or “impression.” Kansei engineering originated with Nagamachi about 30 years ago and is a method to convert customers’ ambiguous ideas about products into a detailed product design and thereby to assist designers by providing guidance for product development that is in tune with customers’ Kansei. It also helps customers choose from a variety of products those that fit their Kansei.
Kansei engineering procedures are based on psychological evaluation and multivariate analyses. This technique has advanced by incorporating artificial intelligence approaches, such as neural networks, genetic algorithms, and rough set theory, and by including various computer graphics (CG) techniques such as 3D CG and virtual reality (VR). Kansei engineering has been introduced into many industries worldwide, such as the manufacture of automobiles (e.g., Mazda Miata, MX5 in Europe), construction machines (KOMATSU), forklifts (BT industries), electric home appliances (SANYO), welfare, and home products (PANASONIC) (Nagamachi et al. [1–7]).
Qualia, the actual qualities of personal experience
“Kansei” is a Japanese word corresponding to “feelings” or “impression.”
“Kansei” is a Japanese word corresponding to “feelings” or “impression.” Kansei engineering originated with Nagamachi about 30 years ago and is a method to convert customers’ ambiguous ideas about products into a detailed product design and thereby to assist designers by providing guidance for product development that is in tune with customers’ Kansei. It also helps customers choose from a variety of products those that fit their Kansei.
Kansei engineering procedures are based on psychological evaluation and multivariate analyses. This technique has advanced by incorporating artificial intelligence approaches, such as neural networks, genetic algorithms, and rough set theory, and by including various computer graphics (CG) techniques such as 3D CG and virtual reality (VR). Kansei engineering has been introduced into many industries worldwide, such as the manufacture of automobiles (e.g., Mazda Miata, MX5 in Europe), construction machines (KOMATSU), forklifts (BT industries), electric home appliances (SANYO), welfare, and home products (PANASONIC) (Nagamachi et al. [1–7]).
“Kansei” is a Japanese word corresponding to “feelings” or “impression.” Kansei engineering originated with Nagamachi about 30 years ago and is a method to convert customers’ ambiguous ideas about products into a detailed product design and thereby to assist designers by providing guidance for product development that is in tune with customers’ Kansei. It also helps customers choose from a variety of products those that fit their Kansei.
Kansei engineering procedures are based on psychological evaluation and multivariate analyses. This technique has advanced by incorporating artificial intelligence approaches, such as neural networks, genetic algorithms, and rough set theory, and by including various computer graphics (CG) techniques such as 3D CG and virtual reality (VR). Kansei engineering has been introduced into many industries worldwide, such as the manufacture of automobiles (e.g., Mazda Miata, MX5 in Europe), construction machines (KOMATSU), forklifts (BT industries), electric home appliances (SANYO), welfare, and home products (PANASONIC) (Nagamachi et al. [1–7]).
stats on the data set- principal component Analysis (PCA) with factor analysis, and Partial Least squares (PLS) to identfy reevant emotions; intperpretation:
PLA will tell use what kansei words have what kinds of design specificaation. , Factor anaysis tels us about what semantic kensei hand well together; KAE engineer talks to designer about interpretation; Evaluation of new design with customer using satisfaction measures.
Can use PCA with verimax rotation
Discovery Phase:
-generative: full kansei to use cluster analysis to filter out words organically
-prescriptive: begin with large set of 200-400 semantic items, then filter by inspection using experts or other live users, then pair down to about 50 items, then use cluste
Discovery Phase:
-generative: full kansei to use cluster analysis to filter out words organically
-prescriptive: begin with large set of 200-400 semantic items, then filter by inspection using experts or other live users, then pair down to about 50 items, then use cluste
Our process is relatively simple but needs to be tested
If you are interested, join us!
There are two stats methods we can think of
But there is harder and more precise –
Tradeoff between hard and simple – precision versus accuracy
PCA is a descriptive statistical model
K-means clustering (cluster indicators) is given by PCA
C. Ding and X. He. "K-means Clustering via Principal Component Analysis". Proc. of Int'l Conf. Machine Learning (ICML 2004), pp 225–232. July 2004
If you’d like to join our project, we would love to have you!
Thanks