GSO ISO/IEC 10779:2010
ISO/IEC 10779:2008
Gulf Standard
Historical
·
Approved on
31 October 2010
Information technology — Office equipment accessibility guidelines for elderly persons and persons with disabilities
GSO ISO/IEC 10779:2010 Files
English
23 Pages
Historical
Reference Language
OMR
64.98
GSO ISO/IEC 10779:2010 Scope
This International Standard specifies accessibility guidelines to be considered when planning, developing and
designing electrophotographic copying machines, page printers and multi-function devices. These guidelines
are intended to improve accessibility required when primarily older persons, persons with disabilities and
persons with temporary disabilities (hereafter referred to as older persons and persons with disabilities) use
office equipment.
Best Sellers From Information Sector
OS GSO ISO/TR 18492:2017
ISO/TR 18492:2005
Omani Standard
Long-term preservation of electronic document-based information
GSO ISO/TR 18492:2017
ISO/TR 18492:2005
Gulf Standard
Long-term preservation of electronic document-based information
GSO ISO/TS 23635:2024
ISO/TS 23635:2022
Gulf Standard
Blockchain and distributed ledger technologies — Guidelines for governance
GSO ISO/IEC 15773:2013
ISO/IEC 15773:1998
Gulf Standard
Information technology -- Telecommunications and information exchange between systems -- Broadband Private Integrated Services Network -- Inter-exchange signalling protocol -- Transit counter additional network feature
Recently Published from Information Sector
GSO ISO/IEC 30141:2026
ISO/IEC 30141:2024
Gulf Standard
Internet of Things (IoT) — Reference architecture
GSO ISO/IEC 4944:2026
ISO/IEC 4944:2024
Gulf Standard
Information technology — User interfaces — Evaluating usability of natural user interfaces
GSO ISO 24311:2026
ISO 24311:2024
Gulf Standard
Intelligent transport systems — Mobility integration — 'Controlled zone' management for urban vehicle access restrictions (UVARs) using C-ITS
GSO ISO/IEC 3532-2:2026
ISO/IEC 3532-2:2024
Gulf Standard
Information technology — Medical image-based modelling for 3D printing — Part 2: Segmentation