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3 result(s) search for keyword(s) 'Safety case.
Argument.
Requirements.
Evidence.' 
Add the result to your basket Refine your search Apply to external sources Make a suggestionSIU Thesis. Systems engineering safety cases / Abdi, Abdisalam Yusuf / Bangkok : Shinawatra University - 2014
Collection Title: SIU Thesis Title : Systems engineering safety cases : Past, present & future Material Type: printed text Authors: Abdi, Abdisalam Yusuf, Author Publisher: Bangkok : Shinawatra University Publication Date: 2014 Pagination: vii, 112 p. Layout: table, chart Size: 30 cm. Price: Gift. General note: Thesis. [M.S.[Information Technology]] --Shinawatra University, 2014. Languages : English (eng) Descriptors: [LCSH]Industrial management
[LCSH]System analysis
[LCSH]Systems engineering -- Decision making
[LCSH]Systems engineering -- Management
[LCSH]Technological complexityKeywords: Safety case.
Argument.
Requirements.
Evidence.Class number: SIU SS:SOIT-MSIT-2014-01 Contents note: A Safety-critical systems is one whose failure can result in significant damage or loss to people property of the environment. Critical systems vary in type from nuclear and defense applications to medical devices transportation traffic control and smart vehicles. Developing safety-critical systems involves many challenges as the consequence of their failure can be catastrophic. Different industries have different contexts and requirements that challenges production of safety cases.
Any safety critcal syetem requires certification from the approriate regulatory body before being allowed to enter service. Central to the certification process is the compilation and submission of a safety cases. A safety case presents a clear and comprehensive argument with supporting evidence that a system is acceptably safe to operate in a given context. It communicates how these evidences are related to the safety requirements (objectives)Through means of arguments. Both arguments and evidence are therefore essential elements of the safety case such that the evidence should support argument claims. Unfortunately the varied nature of safety critical means literature on safety cases is disjoint. For those new to the subject we attempt to synthesis these disparate data sources to present a chronological history of the safety case based on hindsight (past) insight (present) and foresight (future)Curricular : BSCS/MSIT Record link: http://libsearch.siu.ac.th/siu/opac_css/index.php?lvl=notice_display&id=24086 SIU Thesis. Systems engineering safety cases : Past, present & future [printed text] / Abdi, Abdisalam Yusuf, Author . - Bangkok : Shinawatra University, 2014 . - vii, 112 p. : table, chart ; 30 cm.
Gift.
Thesis. [M.S.[Information Technology]] --Shinawatra University, 2014.
Languages : English (eng)
Descriptors: [LCSH]Industrial management
[LCSH]System analysis
[LCSH]Systems engineering -- Decision making
[LCSH]Systems engineering -- Management
[LCSH]Technological complexityKeywords: Safety case.
Argument.
Requirements.
Evidence.Class number: SIU SS:SOIT-MSIT-2014-01 Contents note: A Safety-critical systems is one whose failure can result in significant damage or loss to people property of the environment. Critical systems vary in type from nuclear and defense applications to medical devices transportation traffic control and smart vehicles. Developing safety-critical systems involves many challenges as the consequence of their failure can be catastrophic. Different industries have different contexts and requirements that challenges production of safety cases.
Any safety critcal syetem requires certification from the approriate regulatory body before being allowed to enter service. Central to the certification process is the compilation and submission of a safety cases. A safety case presents a clear and comprehensive argument with supporting evidence that a system is acceptably safe to operate in a given context. It communicates how these evidences are related to the safety requirements (objectives)Through means of arguments. Both arguments and evidence are therefore essential elements of the safety case such that the evidence should support argument claims. Unfortunately the varied nature of safety critical means literature on safety cases is disjoint. For those new to the subject we attempt to synthesis these disparate data sources to present a chronological history of the safety case based on hindsight (past) insight (present) and foresight (future)Curricular : BSCS/MSIT Record link: http://libsearch.siu.ac.th/siu/opac_css/index.php?lvl=notice_display&id=24086 Hold
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Barcode Call number Media type Location Section Status 32002000399582 SIU SS:SOIT-MSIT-2014-01 SIU Special Study Graduate Library Thesis Corner Available
Collection Title: SIU IS Title : On The Evolution of Goal Structure Notation Material Type: printed text Authors: Asif Ali Pathan, Author ; Paul Andrew James Mason, Associated Name ; Aekavute Sujarae, Associated Name Publisher: Bangkok: Shinawatra University Publication Date: 2016 Pagination: 293 p. Layout: ill Size: 30 cm. Price: 500.00 General note: SIU IS: SOIT-MSIT-2016-01
Independent Study. [M.S.[Information Technology]]--Shinawatra University, 2016Languages : English (eng) Descriptors: [LCSH]Engineering -- Management
[LCSH]Technology & EngineeringKeywords: Safety Critical Systems,
Safety Cases,
Goal Structuring NotationAbstract: A safety-critical system is one whose failure can result in significant damage or loss to people, property or the environment. Safety critical systems usually require certification before being permitted to enter service. Central to the certification process is compilation and approval by an appropriate regulator of a safety case. A safety case should present a clear, comprehensive and defensible argument that a system is acceptably safe to operate within a particular context
This report considers means of representing safety cases. After briefly introducing traditional representation formats (including free text, tables, and matrices) and their inherent problems we focus on the development and evolution of Goal Structuring Notation (GSN). GSN enables graphical representation of safety arguments, providing greater scrutability of argument structures, improved maintainability and reuse of existing arguments and better management of safety cases for complex systems.
We chart the history of GSN, from its beginnings in academia to widespread usage throughout many safety-critical industries, from nuclear and maritime, to the railways, defense and aerospace, where it is now the de facto standard. En route we introduce elements of the original ‘vanilla’ Goal Structuring Notation, outline its transition from a basic notation to a comprehensive method, we describe the concept of safety case patterns which foster reuse both within and across domains and extensions to enable modular representation of safety arguments such that the architecture of an argument reflects that of the target system. Extensions to GSN to represent dependability cases are also discussed where naturally conflicting attributes such as maintainability and reliability often require the making and recording of trade-offs and compromise.
The report rounds off by addressing recent developments in Goal Structure Notion, notably introduction of the OMG-GSN-Meta-model that facilitates interoperability of safety arguments between tools, as well as moves to formalize the notation so that its semantics are clearly understood. An alternative approach to handling complexity in the form of hierarchical safety cases is documented, before we briefly emphasize the versatility of GSN describing its application to subject areas as diverse as business management, drama, archaeology and astrobiology.Curricular : BSCS/GE/MSIT Record link: http://libsearch.siu.ac.th/siu/opac_css/index.php?lvl=notice_display&id=26494 SIU IS. On The Evolution of Goal Structure Notation [printed text] / Asif Ali Pathan, Author ; Paul Andrew James Mason, Associated Name ; Aekavute Sujarae, Associated Name . - [S.l.] : Bangkok: Shinawatra University, 2016 . - 293 p. : ill ; 30 cm.
500.00
SIU IS: SOIT-MSIT-2016-01
Independent Study. [M.S.[Information Technology]]--Shinawatra University, 2016
Languages : English (eng)
Descriptors: [LCSH]Engineering -- Management
[LCSH]Technology & EngineeringKeywords: Safety Critical Systems,
Safety Cases,
Goal Structuring NotationAbstract: A safety-critical system is one whose failure can result in significant damage or loss to people, property or the environment. Safety critical systems usually require certification before being permitted to enter service. Central to the certification process is compilation and approval by an appropriate regulator of a safety case. A safety case should present a clear, comprehensive and defensible argument that a system is acceptably safe to operate within a particular context
This report considers means of representing safety cases. After briefly introducing traditional representation formats (including free text, tables, and matrices) and their inherent problems we focus on the development and evolution of Goal Structuring Notation (GSN). GSN enables graphical representation of safety arguments, providing greater scrutability of argument structures, improved maintainability and reuse of existing arguments and better management of safety cases for complex systems.
We chart the history of GSN, from its beginnings in academia to widespread usage throughout many safety-critical industries, from nuclear and maritime, to the railways, defense and aerospace, where it is now the de facto standard. En route we introduce elements of the original ‘vanilla’ Goal Structuring Notation, outline its transition from a basic notation to a comprehensive method, we describe the concept of safety case patterns which foster reuse both within and across domains and extensions to enable modular representation of safety arguments such that the architecture of an argument reflects that of the target system. Extensions to GSN to represent dependability cases are also discussed where naturally conflicting attributes such as maintainability and reliability often require the making and recording of trade-offs and compromise.
The report rounds off by addressing recent developments in Goal Structure Notion, notably introduction of the OMG-GSN-Meta-model that facilitates interoperability of safety arguments between tools, as well as moves to formalize the notation so that its semantics are clearly understood. An alternative approach to handling complexity in the form of hierarchical safety cases is documented, before we briefly emphasize the versatility of GSN describing its application to subject areas as diverse as business management, drama, archaeology and astrobiology.Curricular : BSCS/GE/MSIT Record link: http://libsearch.siu.ac.th/siu/opac_css/index.php?lvl=notice_display&id=26494 Hold
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Barcode Call number Media type Location Section Status 32002000591592 SIU IS: SOIT-MSIT-2016-01 c.1 SIU Independent Study Graduate Library Thesis Corner Available 32002000591675 SIU IS: SOIT-MSIT-2016-01 c.2 SIU Independent Study Graduate Library Thesis Corner Available Implementation of an evidence-based patient safety team to prevent falls / Godlock, Gwendolyn in MEDSURG, Vol.25 No.1 (Jan-Feb) 2016 ([08/25/2016])
Title : Implementation of an evidence-based patient safety team to prevent falls : in inpatient medical units Material Type: printed text Authors: Godlock, Gwendolyn, Author ; Feider, Laura, Author Publication Date: 2016 Article on page: p.17-23 Languages : English (eng)
in MEDSURG > Vol.25 No.1 (Jan-Feb) 2016 [08/25/2016] . - p.17-23Keywords: Evidence-based.Patient safety.Inpatient Medical Units. Curricular : BNS Link for e-copy: http://www.aij.com Record link: http://libsearch.siu.ac.th/siu/opac_css/index.php?lvl=notice_display&id=25797 [article] Implementation of an evidence-based patient safety team to prevent falls : in inpatient medical units [printed text] / Godlock, Gwendolyn, Author ; Feider, Laura, Author . - 2016 . - p.17-23.
Languages : English (eng)
in MEDSURG > Vol.25 No.1 (Jan-Feb) 2016 [08/25/2016] . - p.17-23Keywords: Evidence-based.Patient safety.Inpatient Medical Units. Curricular : BNS Link for e-copy: http://www.aij.com Record link: http://libsearch.siu.ac.th/siu/opac_css/index.php?lvl=notice_display&id=25797
