[1] Levitin, Gregory (2002), Maximizing survivability of acyclic transmission networks with multistate
retransmitters and vulnerable nodes; Reliability Engineering and System Safety 77; 189–199.
[2] Korczak, Edward, Levitin, Gregory (2007), Survivability of systems under multiple factor impact;
Reliability Engineering and System Safety 92; 269–274.
[3] Zeshung, Zhu, Ling, Sun (1998), A strategical model for analyzing survivability of environmental
resource management system; IAPRS 32; 684.
[4] M. grotschel, C.L. Monma, M. Stoer (1995), Handbooks in OR & MS; Ch. 10, Vol. 7, Elsevier Science
B.V..
[5] Charles A., Lauras M., Tomasini R. (2009), Learning from previous humanitarian operations, a
business process reengineering approach; Proceeding of 6th International ISCRAM conference;
Sweden.
[6] Yuan Y., Dingwei W. (2009), Path selection model and algorithm for emergency logistics
management; Computers and industrial engineering 56; 1081-1094.
[7] Cheu R., Huang Y., Huang B. (2008), Allocating emergency service vehicles to serve critical
transportation infrastructures; Journal of Intelligent Transportation Systems; 38-49.
[8] Jia H., Ordenez F., Dessouki M. (2005), A modeling framework for facility location of medical
services for large-scale emergencies; Create report, university of southern California.
[9] Harary, F. (1969), Graph Theory. Reading, MA: Addison-Wesley.
[10] A.W. Krings, A. Azadmanesh (2005), A Graph Based Model for Survivability Applications; European
Journal of Operational Research 164; 680–689.