research plan
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1.10.03 1
Research Plan
Dr. Eija Nieminen,DesigniumUniversity of Art and Design, Helsinki
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Points of Departure• E-business in the clothing trade has not been a success• Large errors in sales forecasts • Need for rapid responses• New model of operation and new technologies
• Ubiquitous distributed computing environments• A 3D system for taking body measurements• Virtual try-on systems • Mass customisation• E-Tailor-project / EURATEX• XML-metalanguage for integrating software troughout the logistic chain
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Aims• Boost the efficiency of supply chains and networks of the
textile and clothing industry and trade • Create a new shopping concept applying IT-technologies
and User Centered Design process:• ”Semi-virtual” buying experience: body scanning – virtual
fitting• Mass customisation: best fit / made to measure = instant
delivery / order delivery• More efficient logistics – smaller forecast errors – faster
response to demand• New kind of buying experience – boosted sales – better
visibility for alternative articles – repeat orders possible, etc.
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ActionsUniversity of Art and Design Helsinki (UIAH)
Product and Spatial Design • Use of consumer decision making models from economics
• Information gathering from defined target groups with Probes method
• Observation of target groups
• Evaluation of similar concepts
• User centric design process from the gathered information
• Platform based concept design
• Shopping environment design – based on ubiquitous distributed computing
• Usability testing of the concept's interactive prototype
• Scenarios of use from the main features of the concept
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ActionsTampere University of Technology
Fibre Materials Science• Clothing technology expertise • Information gathering for technical implementation of the concepts• Technology research (body scanners, software, best fit/custom
tailoring etc.)• Design of material flow and supply chain • Concept benchmarking
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ActionsTampere University of Technology
Institute of Software Systems• integration of existing systems needed in the logistic chain• 3D visualization and virtual try-on systems
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1.10.03 7
Expertise• Project director: Dr. Eija Nieminen, University of Art and Design Helsinki /
Designium
• Interface design: Prof. Turkka Keinonen, University of Art and Design Helsinki / Dept. of Product Design
• Supply chain and body scanning technology: Prof. Heikki Mattila, TUT / Fibre Materials Technology
• Software systems: Prof. Tarja Systä, TUT / Software Systems Laboratory
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1.10.03 8
Research Partners
• SOK, Sokos department stores• L-Fashion Group (clothing industries)• Turo Tailor (clothing industries)• Major Blue ( soft-ware for clothing production systems )• Lectra Finland ( body-scanning technology )• Federation of Finnish Textile and Clothing Industries• University of Art and Design Helsinki (coordinator)• Tampere University of Technology
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1.10.03 9
International Cooperation
• Harvard Graduate School of Design, USA• Professor Jeffrey Huang
• MIT Forum for Supply Chain Innovation• Dr. Shoumen Datta
• North Carolina State University College of Textiles
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1.10.03 10
Budget and schedule
• 192.000 € for 1.9.02 – 31.12.03• National Technology Agency TEKES 80%• Project partners 20%
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01 10 2003Jaana Hyvärinen, Student of Architecture, University of Oulu
Teemu Oksanen, M.A. Student, University of Art and Design, Helsinki
Smart Store
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TECHNOLOGIES
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TECHNOLOGIESNetwork access / Database
Network access provides a connection between entities wanting to access or exchange data.
A database is a collection of data accessible in a controlled manner.
Access to shared information is what it means for a store to bea part of a chain: every store has the same up-to-date information available. This information could even be shared with other actorin other parts of the world, if profitable. For example, a customer may want to access his information everywhere.
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Radio Frequency Identification (RF ID) tags are tags which can be detected by RF sensors.
They are quite small, e.g., easily built into price tags to act as both price tags and garment tracking marker, or attached to smart cards.
TECHNOLOGIESRF ID Tags
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The wall displays are big media displays which can show still pictures as well as videos on the screen.
TECHNOLOGIESWall display
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The basic function of a smart card is a protected container for limited quantity of information.
Protection is achieved through authenticating the party accessing its contents. Combined with a PIN code, for example, a smart card can also be used for fairly strong authentication of its holder.
TECHNOLOGIESSmart card
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A touch screen allows the user to point at something in order to choose things on the screen.
TECHNOLOGIESTouch screen
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Web cameras (web cams) are small cameras that can be easily set up to provide a video stream or still photographs to publish on internet.
TECHNOLOGIESWeb cameras
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The body scanner is a device to obtain the three-dimensional (3D) body image of an object, here the customer. With the specific software the 3D image can be used to get the body measurements needed when producing a garment.
TECHNOLOGIESBody scanner
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Virtual try-on uses computers and displays to let us see ourselves wearing the same garment, preferably on an image of our own body.
TECHNOLOGIESVirtual try-on
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Customer tracking can use, e.g., RF ID tags or smart cards. Customer tracking can be used to adjust the shop environment for a customer.
Garment tracking could use RF ID tags attached to every garment as price tag, built-in security tag, or both of these combined.
TECHNOLOGIESCustomer tracking / Garment tracking
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Mass customisation can be done e.g. by offering better fitting garments, the actual measurements of the customer are required.The customer can be shown the differences between a best-fit size and the customized garment. It requires a database to hold the measurements of customer and a network access to the manufacturer for ordering. The virtual try-on probably displays more clearly the idea between the customized garment and best-fit garment, which can be shown on the displays or touch screens.
As a counterpart to mass customization, a best-fit size involves finding the size of ready-made garments
TECHNOLOGIESMass customisation
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DESIGN DRIVERS
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INFORMATION
STORE MILIEU / SELECTION
PRODUCT INFORMATION
IDENTIFY / CREATE NEEDS
EASE DECISION MAKING
ADDITIONAL SERVICES
CIRCULATION
DISPLAYED PRODUCTS
INVENTORY<>STORE/FITTING
MAINTENANCE OF COLLECTION
FUNCTIONAL DETAILS
POST SALE ACTIONS
SOCIAL
HOBBY / LEISURE
SOCIAL INTERACTION
COMMUNALITY
COMMUNICATION
BRANDS/MEMORIES
FAVOURITE CLOTHES
PRODUCTS
QUALITY
BRAND IDENTITY <> PERSONALITY
BRANDS AS TO EASE DECISION MAKING
STORE MILIEU
DESIGN DRIVERS
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STORE PROFILE
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Physical store with virtual and physical items:• Human and virtual cashier• Physical display (“gallery”) With one of each item and all variations virtual• Physical inventory and virtual inventory (product database)• Physical and virtual information• Physical and virtual try on• Circulation
STORE PROFILE
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SUMMARY
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INFORMATIONStore milieu – ’Gallery’
RFID tags – Database
Smart card
Product db – Customer db
Virtual try-on
Ubiquitous displays
Customised shop environment
Multimedia
Virtual store
Additional services
Social experiences
CIRCULATIONStore milieu – ’Gallery’
Customised fitting room
RFID tags
Virtual layout
SOCIALMore space and time
for social interaction
Virtual - physical interaction
Virtual store
Chat
BRANDS/MEMORIESAdditional services
Body scanning
Customised clothes
Creating memories by
creating experiences
Multimedia
SUMMARY