PAPER：Designing with RFID. Authors：Einar Sneve Martinussen, Timo Arnall. Source : Tangible and Embedded Interaction ’09, February 16–18, 2009,Cambridge, UK.

2. 1. RFID
2. interaction design 互動設計
3. industrial design 工業設計
4. tangible interaction 可觸知互動
Keywords
5. applied design 實用設計

3. RFID products are becoming part of everyday life.
NEW kinds
．tangible interactions
．object-based interactions

4. RFID
RFID tags can be
embedded in just about
anything, and being
truly wireless, they
don't require physical
openings for network or
power connections.

6. making invisible wireless
technologies visible.
develop tangible design qualities :
．shape．materials．build quality．affordances
．外型 ． ．

7. we are concerned with detailed interaction, form and materials.
互動 形式 材質
interaction industrial
designers designers
working with physical interactive products

8. Design methods :
1. a product-review
2. sketching
3. form-explorations
4. prototyping with software 3D
5. prototyping with electronics hardware
6. prototyping with physical making

9. PRODUCT REVIEW

10. PRODUCT REVIEW
1. Payment, transport and access control
ex: Oyster card
These objects rarely
go beyond the basic
forms of the
protective
encapsulations of the
technology.

11. PRODUCT REVIEW
2. RFID in toys
ex: Mattel Hyperscan
the game-play are controlled by a set of
collectable RFID game cards.

12. PRODUCT REVIEW
2. RFID in toys
ex: Star Wars Commtech
This consisted of a Star Wars action figure with an RFID tag embedded in its stand,
alongside an RFID reading device that played back sounds.

13. PRODUCT REVIEW
2. RFID in toys
ex: Brio Network

14. PRODUCT REVIEW
3. RFID Peripherals
ex: touchatag

15. PRODUCT REVIEW
3. RFID Peripherals
ex: Nabaztag:tag

16. PRODUCT REVIEW
3. RFID Peripherals
ex: Mir:ror + nano:ztag

17. DESIGN EXPERIMENTS
設計實驗

18. Bowl
installed for long-term evaluation

19. RFID
Retrofitting is a convenient additive
process that is common in RFID-based
research projects
Retro-fitting
改造

20. Why?
Retro-fitting
改造

21. Mediamatic Symbolic Table
This process shows design methods for attaching
an RFID tag to an object, but also reveals some of
the ways in which objects inherently lend
themselves to becoming RFID-enabled.
RFID

22. But...

23. Hiding tags inside objects raises questions about visibility.
1. How can embedded tags be signified by shape, material or sign?
2. How might we use features of an object to guide the user towards the
use of the tag.
It also exposes the importance of developing design qualities such as
shape, materials, build quality and affordances.

25. sketching

26. black lines representing objects
red lines indicating tags
dashed lines for fields the possible 'touching' actions are explored

27. form-explorations

28. a visualisation of a selection of RFID objects in yellow.
surrounded by an approximation of an invisible RFID field in grey.

29. DESIGN FINDINGS

30. Norman building on Gibson defines affordances as
the perceived and actual properties of the object
primarily those fundamental properties that
determine how the object could possibly be used.

31. “grip and point” “pick and place”
interactions suitable for
'wand' interaction
game-pieces

32. Digital 3D explorations of variations in physical RFID objects

33. direction similarity
balance ergonomics

34. 1. Direction 方向
2. Balance 平衡
3. Ergonomics 人體工學
4. Similarity 相似性
5. Geometry 幾何學

35. CONCLUSIONS

36. These making, sketching and visualisation processes
may be important approaches for the applied design of
emerging technologies in general.
這整個流程：做，草圖，和形象化的過程，可能是新興技術重要的實用設計方法。
模式的設計細節是這些技術所經歷的關鍵部份。
過程中引導產品的發展，使我們能在一種模稜兩可和可理解的模式裡親近新興技術。

37. End
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