Leveson, Nancy

Leveson, Nancy G. High-pressure steam engines and computer software. IEEE Computer, October 1994 (Keynote Address from lEEE/ACM International Conference on Software Engineering, 1992, Melbourne, Australia). 

Leveson, Nancy G. 1995. Safeware System Safety and Computers. Boston Addison Wesley. 

Leveson, Nancy G. The role of software in spacecraft accidents. AIAA Journal of Spacecraft and Rockets 41 (4) (July 2004). 

Leveson, Nancy G. 2007. Technical and managerial factors in the NASA Challenger and Columbia losses Looking forward to the future. In Controversies in Science and Technology, VoL 2 From Chromosomes to the Cosmos, ed. D. L. Kleinman, K. Hansen, C. Matta, and J. Handelsman,237-261. New Rochelle, NY Mary Ann Liebert, Inc. 

Leveson, Nancy G., Margaret Stringfellow, and John Thomas. Systems Approach to Accident Analysis. IT Technic Report, 2009. 

Leveson, Nancy, and Kathryn Weiss. Making embedded software reuse practical and safe. Foundations of Software Engineering, Newport Beach, Nov. 2004. 

Leveson, Nancy G. (January 2000). Leveson intent specifications An approach to building human-centered specifications. IEEE Transactions on Software Engineering SE-26 (l) 15-35. 

Leveson, Nancy, and Jon Reese. TCAS intent specification, http //sunnyday.mit.edu/papers/tcas-intent.pdf. 

Leveson, Nancy G., Engineering a Safer World Systems Thinking Applied to Safety, MIT Press, Cambridge, MA, 2012. 

Bachelder, Edward, and Nancy Leveson. Describing and probing complex system behavior A graphical approach. Aviation Safety Conference, Society of Automotive Engineers, Seattle, September 2001. 

Daouk, Mima, and Nancy Leveson. An approach to human-centered design. International Workshop on Humana Error, Safety, and System Design (HESSD 01), Linchoping, Sweden, June 2001. 

Ishimatsu, Takuto, Nancy Leveson, John Thomas, Masa Katahira, Yuko Miyamoto, and Haruka Nakao. Modeling and hazard analysis using STPA. Conference of the International Association for the Advancement of Space Safety, lAASS, Huntsville, May 2010. 

Owens, Brandon, Margaret Stringfellow, Nicolas Dulac, Nancy Leveson, Michel Ingham, and Kathryn Weiss. Application of a safety-driven design methodology to an outer planet exploration mission. 2008 IEEE Aerospace Conference, Big Sky, Montana, March 2008. 

Thomas, John, and Nancy Leveson. 2010. Analyzing Human Behavior in Accidents. MIT Research Report, Engineering Systems Division. 

Flexibility in Engineering Design, by Richard de Neufville and Stefan Scholtes, 2011 Engineering a Safer World, by Nancy G. Leveson, 2011... 

Engineering a safer world systems thinking applied to safety / Nancy G. Leveson. 

But, we need to be cautious here, and listen to experts such as Nancy Leveson. Ms Leveson recently stated ... 

We may be seeing a new approach to incident investigations in the coming years. In a March 2014, article Get to the Root of Accidents Nancy Leveson began an article stating [12] ... 

Root-cause analysis has been a great tool, I have witnessed that it helps find effective practical solutions over the years. I have also seen where the investigating exercise could have been improved and where human error or a technical flaw was occasionally over played. I had the good fortune to listen to Professor Nancy Leveson of Massachusetts Institute of Technology. Her presentation looked at incident investigation through a different set of lenses. 

Leveson 2001 The Role of Software in Recent Aerospace Accidents, Nancy G Leveson, Proceedings of the 19th International System Safety Conference, Huntsville, Alabama, USA Sep 01. 

Chapter 14, by Nancy Leveson, Joel Cutcher-Gershenfeld, John S. Carroll, Betty Barrett, Alexander Brown, Nicolas Dulac, Lydia Fraile, and Karen Marais, opens the... 

Nancy Leveson and Clark S. Turner, An Investigation of the Therac-25 Accidents, IEEE Computer, 26, no. 7 (July 1993). 

Nancy Leveson home page http //sunnyday.mit.edu/. 

The cube structure of Nancy G. Leveson is no longer discussed in this book. Only the product technical viewpoint is further considered. The organizational stmcture or the viewpoint of customers or suppliers— those are considered in the product planning, project planning and determination of organizational interfaces. However, these aspects form the basis for the planning of safety activities in the project safety plan as a derivation of the safety lifecycle (compare to ISO 26262, part 2, chapter 6.4.3, Planning and coordination of the safety activities ). 

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