Title: Guidelines for Generic UI Elements for 3G Mobile Devices, Services and Applications Bruno von Niman,
1 Guidelines for Generic UI Elements
for 3G Mobile Devices, Services and
ApplicationsBruno von Niman, Pekka
KetolaMatthias Schneider David WilliamsETSI
STF322 Leader and Experts bruno.vonniman_at_etsi.or
g
2ETSI
- The home of the GSM standards
and ISDN, DECT, DAB, DVB
3ETSI
- and a founding Partner in
4We need standards to ensure
- Compatibility of equipment and services from
different suppliers - Full interoperability
- Transfer of learning
- Accessibility to equipment and services
- Better safety and security
- Load sharing, cost saving, co-operation of
competitors
5ETSI STF 322
- Co-funded by ETSI Members and EC/EFTA
- Experts
- Bruno von Niman (ITS (SE), vonniman consulting),
leader - Pekka Ketola (Nokia)
- David Williams (Asentio Design)
- Matthias Schneider (Nokia Group)
- Following up on EG 202 132 (STF231),
- focusing on the 3G-specific aspects
- Time plan
- Work started in March 2007
- Final draft deliverable ready (TB approval) in
September 2008 - ETSI publication foreseen in December 2008, after
membership voting
6Introduction and background (1/2)
- The capabilities offered by mobile solutions
evolve, - from only being able to make a call and use
voice-mail to - downloadable personalization achieved through
- ring signals,
- software programs such as games and
- the introduction of multimedia information
services - such as navigation, mapping and directions,
- traffic information,
- text messaging and e-mail access,
- quasi-cordless functionality,
- music, TV and video call services.
7Introduction and background (2/2)
- Connectivity and interoperability between
- telephony networks,
- personal computing,
- the Internet, and
- ever-smarter mobile terminals and services
- Offer enormous potential for improving life.
- Concern about whether next-generation products,
services and their content will provide a good
user experience and be fully accessible to all
people, including - generic users,
- less literate users,
- children,
- aging and disabled users.
- Ensuring access to mobile communication for all
is a common goal - vendors, operators, service providers,
- users associations,
- Policy makers (e-inclusive information society).
8The Usability Gap
- Featurism - product complexity increasing
- Range of mobile technology users broadening
from children to elderly and disabled
9Decreasing the Usability Gap
- Possible ways to decrease complexity include
- understanding of user needs
- excellent user interfaces
- simplicity of configuration
- personalization capabilities and
- ease of operation.
- Also the usability gap can be helped by
- technological advances (e.g. better speech
recognition) - a maturing ICT industry.
10Generic UI elements!
11Scope (1/2)
- Simplify end-user access to ICT services for end
users and consumers from mobile 3G/UMTS
telecommunication terminals - without restricting the ability of market players
to further improve and develop their terminals,
services and applications. - Expand scope of EG 202 132, Human Factors
Guidelines for Generic Mobile User Interface
Elements for Mobile Terminals and Services
(August 2004) - to 3G specific issues
- Address specific and important 3G key issues
from the end user's perspective - providing guidance on proposed generic user
interface elements for basic and advanced mobile
terminals, services and applications, including
their accessibility.
12Scope (2/2)
- Consider user requirements and integrate
available results of standardisation work - providing implementation oriented guidance.
- Do not restrict ability of market players
- to further improve and develop their devices and
services. - Do not limit options to trademark UI elements or
profile the user experience - of brand-specific user interface implementations
as a competitive edge. - Provide guidance on simplifying end-user access
to basic and selected advanced functions of
mobile communication services from mobile
communication devices. - Adopt a Design-for-All approach, wherever
possible - taking special needs of children and elderly
users with physical and sensory disabilities into
account.
13 Rationale for generic UI elements
- Manufacturers differentiate their products
through industrial and screen design, feature
sets and UIs - Generic UI elements are accepted
- in safety-relevant products (e.g. cars),
- for products to be used by many people (products
in public or work environments), and - In UIs following de-facto standards (GUIs in PC
software or musical instruments).
14Rationale for generic UI elements
- Generic UI elements result from
- De-facto standards (e.g. GUIs), and from
- official standardisation (e.g. keypad arrangement
on public phones). - Generic UI elements potentially benefit all,
- end users,
- manufacturers, and
- service providers.
- Can facilitate the uptake of new and emerging
technologies and user interfaces, e.g. - ETSI ES 202 130 Character repertoires, ordering
rules and keypad assignment (under expansion) - ETSI ES 202 076 Generic spoken command vocabulary
(under expansion)
15Rationale for generic UI elements
- Basic considerations of what makes a UI area a
candidate for generic UI elements - No barrier to innovation
- No obstacle to good product-specific user
interfaces - Only the semantic of a generic user-interface
element should be specified, not the actual
design and implementation - End-user aspects, such as learnability,
familiarity, trust, configuration and access - Commercial aspects (quicker uptake of new
technologies, larger user base) - Legal requirements and possible regulation
16EG 202 132 GSM and GPRS-specific Guidelines
- Terminology, symbols, acoustic signals and user
guides - Configuration for service access, interworking,
portability and error handling - Terminal and network related generic UI elements
- Service and application specific UI elements
17Terminal and network related generic UI
elements
- 9.1 International access code
- 9.2 Safety and security indicators
- 9.3 Text entry, retrieval and control
- 9.4 Accessibility and assistive terminal
interfaces - 9.5 Common keys
- 9.6 Language selection mechanisms
- 9.7 Voice and speech user interfaces
- 9.8 Users data privacy, security and access
control - 9.9 Telephone number format and handling
- 9.10 Universal addressing in converging networks
- 9.11 Synchronization and back-up
18Service and application specific UI elements
- 10.1 Emergency call services
- 10.2 Voice call services
- 10.3 Video call services
- 10.4 Mobile browsing and Internet services
- 10.5 Positioning-related services
- 10.6 Service and content presence, availability
and connectivity - 10.7 Payments, cost of services and content
- 10.8 Messaging services
- 10.9 Instant mobile messaging services
-
193G/UMTS specifics currently addressed by DEG 202
972 (1/2)
- Introduction of the present draft
- Scope, methodology, topics
- Approach
- Collaboration with industry
- Work plan and time schedule
- Requirement collection
- Dissemination plan
- Reference group
- Consensus building process and workshops
- Infrastructure and device-related guidelines
- Access, connectivity and QoS
- Internet connectivity, access and use
- Always-on, always on-line
- Dedicated, device-native UIs
- Accessibility applications
- Other areas (under investigation)
20Review of 3G/UMTS specifics currently addressed
by DEG 202 972 (2/2)
- Guidelines for services, media and applications
- Data-intensive services and applications
- Distributed, non-device-native (local and remote)
UIs - Customization and operator-bundled packages
- Services of public interest (societal services/
services to the public) - Business/enterprise use
- Mobile Internet guidelines.
- Other non 3G-specific but related guidelines
- Application installation
- Computer access, bandwidth and cost issues
- IMS guidelines
- Accessibility applications (enabled by 3G).
21Thank you!
Your comments and input welcome bruno.vonniman
_at_etsi.org Post-workshop updated public draft
available at http//portal.etsi.org/stfs/STF_Home
Pages/STF322/STF322.asp