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Inclusive Design of Smart Card Systems

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Inclusive Design of Smart Card Systems. John Gill 30 th September 2009. People with Special Needs in the UK. Children (65 years)16% Disabled (wrt ICT)10% Primary language not English 5% Left-handed10% - PowerPoint PPT Presentation
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Inclusive Design of Smart Card Systems John Gill 30 th September 2009
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Page 1: Inclusive Design of Smart Card Systems

Inclusive Design of Smart Card Systems

John Gill

30th September 2009

Page 2: Inclusive Design of Smart Card Systems

People with Special Needs in the UK

Children (<16 years) 20%Older people (>65 years) 16%Disabled (wrt ICT) 10%Primary language not English 5%Left-handed 10%

Warning: Treat these figures solely as indicative of the order of magnitude.

Page 3: Inclusive Design of Smart Card Systems

Measuring PrevalenceMedical• under reporting• poor indicator of numbers with

problems

Functional• numbers vary depending on definition

Fund raising

Page 4: Inclusive Design of Smart Card Systems

Users with Problems Using ICT

0.4% Wheelchair users5% Cannot walk without

an aid

2.8% Reduced strength1.4% Reduced co-ordination

0.25% Speech impaired0.6% Language impaired

Page 5: Inclusive Design of Smart Card Systems

Users with Problems Using ICT

1% Dyslexic3% Intellectually impaired

0.1% Deaf6% Hard of hearing

0.4% Blind1.5% Low vision

Page 6: Inclusive Design of Smart Card Systems

Multiple Impairments

• More than half of people with a disability have a significant additional impairment

• Increasing numbers - mainly older people

• Not homogeneous population

Page 7: Inclusive Design of Smart Card Systems

The Effects of Ageing

• In a 60 year old, one third light reaches retina compared with when they were 20

• Decline in visual accommodation• Reduction in contrast sensitivity• Slower in adapting to changes in

illumination• Multi-tasking less easy

Page 8: Inclusive Design of Smart Card Systems

Visual Presentation• Use a solid colour background

• Good contrast

• Avoid italics and underlining

• NOT ALL CAPITAL LETTERS

• Use a suitable typeface

Page 9: Inclusive Design of Smart Card Systems

Choice of FontsCharles III Ill Illegible 6 9

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Choice of FontsCharles III Ill Illegible 6 9

Charles III Ill Illegible 6 9

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Choice of FontsCharles III Ill Illegible 6 9

Charles III Ill Illegible 6 9

[email protected]

Page 12: Inclusive Design of Smart Card Systems

Choice of FontsCharles III Ill Illegible 6 9

Charles III Ill Illegible 6 9

[email protected]@aol.com

Page 13: Inclusive Design of Smart Card Systems

Keypads

Page 14: Inclusive Design of Smart Card Systems

Notch for Card Orientation

Page 15: Inclusive Design of Smart Card Systems

User Interface Preferences•Button or menu•Stored in a central database•Stored on the user’s card

(EN 1332-4)

Page 16: Inclusive Design of Smart Card Systems

User Interface Preferences• Input requirements (eg voice input)• Pointer• Display (eg font, icons, scrolling)• Language• Audio output (eg volume, headset)• Time outs• Complexity level• Captions (eg veiling)• Audio description• Clean audio

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SNAPI• Developing software for a range of

applications• Running pilot schemes• Evaluating with users with a wide

range of abilities

www.snapi.org.uk

Page 21: Inclusive Design of Smart Card Systems

Good design for people with disabilities is frequently good design for everyone.

Page 22: Inclusive Design of Smart Card Systems

Dr John Gill OBE, FIET

John Gill Technology LtdThe Grange, 85 High Street, Iver, Bucks SL0

9PN

Tel 07590 982 [email protected]


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