Defence standard systems

B.W. Thorpe, The Phase Diagram of the RDX/ TNT System , DSL-TN-140, Defence Standards Labs, Maribymong, Australia (1970) (Limited... [Pg.777]

Safety Management Requirements for Defense Systems, Defence Standard 00-56, MoD, 1996... [Pg.142]

U.K. Ministry of Defence, Defence Standard 00-58 A Guideline for HAZOP Studies in Systems which include a Programmable Electronic System, MOD Directorate of Standardisation, Glasgow, U.K. [Pg.205]

Menon C, Hawkins R, McDermid J. Defence Standard 00-56 Issue 4 towards evidence-based safety standards. Safety-critical systems problems, process and practice. York, UK 2009. p. 223-43. [Pg.174]

Specific Software/Hardware Safety Analysis targeting the specific application in the context of its intended system and operating environment, such as techniques identified in Leveson (1995), the DoD s Software System Safety Handbook (2010), Pumphrey (1999) and Defence Standard 00-58. [Pg.208]

UK Ministry of Defence, 2008. Defence standard 00-250 Human factors for designers of systems. Defence Procurement Agency, Glasgow... [Pg.164]

MoD (2004). Safety Management Requirements for Defence Systems Part I, Interim Defence Standard 00 56 Issue 3, MoD, December 2004. [Pg.80]

The Safety Case provides a justification that the considered system or equipment is safe to be used or deployed in a specific operational environment. One example of a definition is taken from the British Defence Standard JSP 430 ... [Pg.93]

Mir N H (2005). Web Based Integrated Safety Management Groupware. MSc Thesis, Department of Computer Science, University of York, York, UK, 2005 MoD (2004a). Defence Standard 00-56, Safety Management Requirements for Defence Systems - Part 1 Requirements, Issue 3, UK Ministry of Defence, 2004... [Pg.290]

Kelly T, Weaver R (2004) The goal structuring notation - a safety argument notation. Proceedings of the Dependable Systems and Networks Workshop on Assurance Cases MoD (2007) Defence Standard 00-56 Issue 4 safety management requirements for defence systems. HMSO... [Pg.24]

CAA (2003) CAP670 Air traffic services safety requirements. Civil Aviation Authority Cullen (1990) The public inquiry into the Piper Alpha disaster. HM Stationery Office, London Haddon-Cave C (2009) The Nimrod review. The Stationery Office, London lEC (2002) lEC 61508 Functional safety of electrical/electronic/programmable electronic safety-related systems. Part 1. International Electrotechnical Commission Kuhn TS (1962) The structure of scientific revolutions. University of Chicago Press MoD (2007) Defence standard 00-56 Issue 4. Safety management requirements for defence systems part 1 requirements part 2 guidance on establishing a means of complying with part 1. Ministry of Defence... [Pg.40]

Ministry of Defence (2007) Defence Standard 00-56 Issue 4 Safety management requirements for defence systems... [Pg.51]

There has been much discussion on the apphcation of HAZOPs to computer-controlled systems (computer HAZOPs or CHAZOPs) 43 particular, defence standard DEF STAN 00-56 calls for HAZOPs in relation to both systems and sub-systems, but the only guide it was able to refer to originally was that for chemical process plant. This omission has now been remedied by the formulation and pubhcation of interim defence standard DEF STAN 00-58 Hazop studies on systems containing programmable electronics. ... [Pg.248]

The safety case itself was to be written in accordance with a Ministry of Defence Standard, Def Stan 00-56, which included a requirement for system hazard analysis and risk assessment. The safety case was to have a pyramid structure to be credible, complete, consistent, and comprehensible, comprising four levels ... [Pg.146]

UK MOD Defence Standard 00—55 Issue 3.0, 2014. Requirements for Safety of Programmable Elements (PE) in Defence Systems. [Pg.294]

Defence Standard 00-56 Safety Management Requirements for Defence Systems, Issue 4, Part 1 Requirements (U.K.) Ministry of Defence (June 2007)... [Pg.154]

The term SIL is also defined and used in DEF (AUST) 5679, The Procurement of Computer-Based Safety Critical Systems, Australian Defence Standard, 1999. [Pg.358]

Ministry of Defence. Hazard Analysis and Safety Classification of the Computer and Programmable Electronic System Elements of Defence Equipment Defence Standard 00-56/Issue 1,5th ril 1991. [Pg.173]

Abstract Defence Standard 00-56 Issue 4 is the current contractual safety standard for UK MOD projects. It requires the production of a structured argument, supported by diverse evidence, to show that a system is safe for a defined purpose within a defined environment. This paper introduces a Standard of Best Practice which has been produced by the Software Systems Engineering Initiative to provide guidance for software compliance with Defence Standard 00-56 Issue 4. [Pg.129]

Defence Standard 00-56 (DS 00-56) Issue 4 (Ministry of Defence 2007) presents a goal-based, or evidential, approach to ensuring and assuring safety. One of the major principles of DS 00-56 is the need to demonstrate system safety by means of a compelling safety argnment, supported by rigorous evidence. This represents a departme from earlier prescriptive UK MOD safety standards in that DS 00-56 Issue 4 states what is required, but not how this is to be achieved. [Pg.129]

For example, an organisation supplying ISAs in the naval defence industry may have particular domain experience of naval maritime operations and systems, knowledge of hazards associated with naval ship operations and their consequences, and knowledge of the relevant defence standards. These should be reflected in the competency matrix. [Pg.228]

Some standards concerning safety-critical systems postulate roles for imaginary players, and imply procedures. These need to be thought out if they are to be implemented by QM and Safety personnel. For example. Defence Standards 00-55 and 00-56 [MOD 91a] [MOD 91b] identify at least 42 safety-related duties of a Design Authority in addition to his normal project responsibilities. [Pg.263]

Various adaptations of hazard study techniques have been developed by end user companies to deal with the need to include the assessment of computer systems within the framework of hazard studies. The system developed by ICI in the early 1990s has been applied within AECI to a limited extent and a brief outline is given here. A similar system is described in the UK Defence Standard 00-58. Part 2 of the same standard goes into greater detail and is also available as a free download from www.defstan.mod.uk. [Pg.105]

Military Standard, (1999) Department of Defence, Military Standards System Safety Program Requirements , MIL-STD-882D, USA America. [Pg.52]

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