Analysis Techniques For Man-Machine Systems Design
Analysis Techniques For Man-Machine Systems Design Analysis Techniques For Man-Machine Systems Design
ANNEX III toAC/243(Panel-8)TR/7- 2 -Volume 2i. STANDARDSNATO STANAGS (All published by NATO Military Agency for Standardization - AircraftInstrument Panel (MAS-AIP), Brussels).STANAG 3216 Al: Layout of flight data in pilots displaysSTANAG 3217 Al: Operation of controls and switches at aircrew stationsSTANAG 3218 AI:tuation and shape of engine controls and switches in fixedwing ircrftSTANAG 3219 AI: Locai on and rouping of electrical switches in aircraftSTANAG 3220 Al: Location. actuation and shape of airframe controls for fixed wingaircraftSTANAG 3221 AI: Automatic flight control system (AFCS) in aircraft - design standardsand location of controlsSTANAG 3224 Al: Aircrew station lightingSTANAG 3225 AI: Location. actuation and shape of airframe controls for rotary wingSTANAG 3229 AI: Numerals and letters in aircrew stationsSTANAG 3341 AI: Emer:encv control colour schemesSTANAG 3359 AI: Location and arrangement of engine displays in aircraftSTANAG 3370 AI: Aircrew station warning, cautionary and advisory signalsSTANAG 3436 Al: Colours and markings used to denote operating ranges in aircraftinstrumentsSTANAG 3593 AI: Numbering of engines and their associated controls and displays inSTANAG 3622 Al: External vision from aircrew stationsSTANAG 3639 Al: Aircrew station dimensional design factorsSTANAG 3648 Al: Electronically and/or optically generated aircraft displays for fixedSTANAG 3692 AI: Locaton and actuation of thrust vector controls for VSTOL aircraftother than rot aircraftSTANAG 3705 Al: Principles of presentation for infoircrewstationsSTANAG 3800 Al: Night vision goggle lighting compatible design triteriaSTANAG 3870 Al: Emergency escape/evacuation lightingSTANAG 3994 Al: Application of human engineering to advanced aircraft systems.FRG DIN Standards:Several DIN standards are in use which regulate health hazards or environmental factors, ordeal with specific aspects of equipment design in the same way as AIP STANAGsUK Defence standards and British standards:DEF STD 00 12:DEF STD 00 25:Climate environmental conditions affecting the design of material for useby NATO forces in a ground role. London: Ministry of DefenceHuman factors for designers of equipment: Parts I- 12. London: Ministryof DefenceN ATOU N CL A S S IFIED- 2-
NATO UNCLASSIFIEDAnnex III toAC/243(Panel-8)TR/7Volume 2DEF STD 00 27:BS 6841:Acceptable limits for exposure to impulse noise from military weaponsexplosives and pyrotechnics. London: Ministry of DefenceBritish standard guide to measurements and evaluation of humanexposures to whole-body mechanical vibration and repeated shock.London: British Standards InstituteUSMIL-STD-250D: Aircrew station controls and displays for rotary wing aircraft. Departmentof Defense, Washington D.CMIL-STD-850B: Aircrew station vision requirements for military aircraft. Department ofDefense, Washington D.CMIL-STD-133B: Aircrew station geometrv for military aircraft. Department of Defense,Washington D.CMIL-STD-1472D: Human engineering design criteria for military systems. equipment andfacilities.Department of Defense, Washington D.C.MIL-STD-1478: Task performance analysis. Department of Defense, Washington D.C.MIL-STD-1800: Human engineering performance requirements for systems. Departmentof Defense, Washington D.C.ASTM Fl 166-88: Standard of practice for human engineering design for marine facilities.systems and equipment. Philadelphia: American Society for Testing andMaterialsNASA STD 3000: Man-systems integration standards2. SPECIFICATIONSU SMIL-H-46855B: Human engineering requirements for military systems. equipment. andfacilities. Washington D.C.: US Army Missile R&D Command.DI-DFAC-80740: Human engineering program plan. Washington D.C.: Department ofDefenseDI-HFAC-80741: Human engineering progress report.Washington D.C: Department ofDefenseDI-HFAC-80742: Human engineering dynamic simulation plan. Washington D.C.:Department of DefenseDI-HFAC-80743: Human engineering test plan. Washington D.C.: Department of DefenseDI-HFAC-80744: Human engineering test report. Washington D.C.: Department ofDefenseDI-HFAC-80745: Human engineering system analysis report. Washington D.C.:Department of DefenseDI-HFAC-80746: Human engineering design approach document - operator. Washington*D.C.: Department of DefenseDI-HIFAC-80747: Human engineering design approach document - maintainer. WashingtonD.C:. Department of DefenseDI-HFAC-81197: Task performance analysis report. Washington D.C.: Department ofDefenseNATO UNCLASSIFIED- 3 -
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NATO UNCLASSIFIEDAnnex III toAC/243(Panel-8)TR/7Volume 2DEF STD 00 27:BS 6841:Acceptable limits for exposure to impulse noise from military weaponsexplosives and pyrotechnics. London: Ministry of DefenceBritish standard guide to measurements and evaluation of humanexposures to whole-body mechanical vibration and repeated shock.London: British Standards InstituteUSMIL-STD-250D: Aircrew station controls and displays for rotary wing aircraft. Departmentof Defense, Washington D.CMIL-STD-850B: Aircrew station vision requirements for military aircraft. Department ofDefense, Washington D.CMIL-STD-133B: Aircrew station geometrv for military aircraft. Department of Defense,Washington D.CMIL-STD-1472D: Human engineering design criteria for military systems. equipment andfacilities.Department of Defense, Washington D.C.MIL-STD-1478: Task performance analysis. Department of Defense, Washington D.C.MIL-STD-1800: Human engineering performance requirements for systems. Departmentof Defense, Washington D.C.ASTM Fl 166-88: Standard of practice for human engineering design for marine facilities.systems and equipment. Philadelphia: American Society for Testing andMaterialsNASA STD 3000: <strong>Man</strong>-systems integration standards2. SPECIFICATIONSU SMIL-H-46855B: Human engineering requirements for military systems. equipment. andfacilities. Washington D.C.: US Army Missile R&D Command.DI-DFAC-80740: Human engineering program plan. Washington D.C.: Department ofDefenseDI-HFAC-80741: Human engineering progress report.Washington D.C: Department ofDefenseDI-HFAC-80742: Human engineering dynamic simulation plan. Washington D.C.:Department of DefenseDI-HFAC-80743: Human engineering test plan. Washington D.C.: Department of DefenseDI-HFAC-80744: Human engineering test report. Washington D.C.: Department ofDefenseDI-HFAC-80745: Human engineering system analysis report. Washington D.C.:Department of DefenseDI-HFAC-80746: Human engineering design approach document - operator. Washington*D.C.: Department of DefenseDI-HIFAC-80747: Human engineering design approach document - maintainer. WashingtonD.C:. Department of DefenseDI-HFAC-81197: Task performance analysis report. Washington D.C.: Department ofDefenseNATO UNCLASSIFIED- 3 -
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