A) IEC 61511 B) ISO 26262 C) IEC 62061 D) IEC 62279
A) Manufacturing Industry Safety Reliability Association B) Mobile Instrumentation Software Reliability Association C) Motor Industry Software Reliability Association D) Motorized Integrated System Reliability Association
A) December 1998 B) January 1990 C) November 2000 D) November 1994
A) Nuclear power plant instrumentation B) Guidelines on using C and C++ languages C) Railway signaling protocols D) Manufacturing process automation
A) IEC 61513 B) IEC 62061 C) IEC 61511 D) IEC 62279
A) EN 62061 and EN 61513 B) EN 50128 and EN 50657 C) EN 50262 and EN 50279 D) EN 61508 and EN 61511
A) IEC 61511 B) ISO 26262 C) IEC 62061 D) IEC 62279
A) IEC 62061 B) ISO 26262 C) IEC 61513 D) IEC 61511
A) IEC 62061 B) IEC 62279 C) IEC 61511 D) IEC 61513
A) ISO B) IEC C) CENELEC D) MISRA
A) The primary language for railway signaling B) A voluntary recommendation for hardware design C) The de facto standard for embedded C programming D) An outdated set of guidelines
A) Petrochemical B) Automotive manufacturing C) Machinery assembly D) Railway signaling
A) Automotive engine control units B) Railway track switching systems C) Nuclear reactor cooling systems D) Machinery safety-related electrical control systems
A) Safety implementation level B) System integrity level C) System improvement level D) Safety integrity level
A) Three B) Four C) Two D) Five
A) A measure of physical durability B) A measure of software speed C) A measure of hardware cost D) A measure of design quality
A) The highest SC rating of the devices used B) The smallest SC rating of the devices used C) The total sum of all device SC ratings D) The average SC rating of all devices
A) More than once per year B) Less than once per year C) Once per year D) Twice per decade
A) Exactly ten times per year B) More than once per year C) More than twice per year D) Less than or equal to once per year
A) Allowable number of user interactions B) Allowable response latency C) Allowable frequency of dangerous failure D) Allowable probability of demand failure
A) To act as the national government regulator B) To attest that a product meets certification requirements C) To write the original IEC 61508 standard D) To manufacture safety-certified products
A) Direct government mandates B) Multilateral Recognition Arrangement (MLA) C) International Patent Law D) The IEC central office stamp
A) Safety charter B) Certification scheme C) Auditor guide D) Compliance manual
A) ISO B) ILAC C) TÜV Rheinland D) IAF
A) 3 B) 10 C) 16 D) 7
A) Parts 14–16 B) Parts 1–3 C) Part 4 D) Parts 5–7
A) 3 B) 7 C) 5 D) 16
A) Phases 14–16 B) Phases 1–5 C) Phases 1–16 D) Phases 6–13
A) Zero risk can never be reached B) Zero risk is only required for high-hazard industries C) Zero risk is the primary objective of the standard D) Zero risk is achievable through perfect design
A) Risks are only evaluated at the design phase B) All risks must be eliminated regardless of cost C) Risk reduction is optional for small systems D) Non-tolerable risks must be reduced
A) Acceptable as it stands B) Unacceptable in any circumstance C) Tolerable if cost of reduction exceeds improvement D) Undesirable but potentially tolerable
A) General definitions B) Mechanical devices C) Operational maintenance procedures D) Programmable electronics
A) 2010 B) 2000 C) 2005 D) 1998
A) Phases 6–13 B) Phases 1–5 C) Phases 14–16 D) Phases 1–7
A) Part 7 B) Part 1 C) Part 3 D) Part 4
A) Line coverage B) MC/DC C) Object coverage D) Statement coverage
A) A network analyzer B) A word processor C) A compiler only D) A Unit Testing tool
A) Household appliances B) Mining C) Automotive D) Aerospace
A) M.J.M. Houtermans B) W. Goble C) D. Smith D) C. O'Brien
A) 430 pages B) 458 pages C) 150 pages D) 40 pages |