. 25.8 UE UE, RES KASME.
. 25.8. UE , RES, KASME
K f1, f2, f3, f4, f5.
( ) EPS ( , UMTS) [6,12], f5 f1, f5 SQN. , SQN. f1, (), . MAC, AUTN. ( ) , , RAND AUTN (.. HSS ), - (). , .
. 6 RES c f2 KASME (
HSS 4., .5).
1. Stavroulakis P. Terrestrial Trunked RAdio TETRA. A Global Security Tool, 2007, P. 314.
2. . LTE TETRA // /Nerwork World. 2012. 6.
3. R. Ferrus (and others). LTE: The Tecnology Driver for Future Public Safety Communications. IEEE Communications Magazine, October, 2013 153-160 p.
4. .., .., .. TETRA .// , 2, 2014. .28-32.
5. Phil Kinder. Stadardising for future critical communications broadband services, III Critical communications Russia 2014
6. .. (, ): : : . . . , 2012, 738 .
7. .. , .. . : . .: , 2014, 236 .
8. Sinan Ghassan Abid Ali (and others). Sip Based IMS Registration Signalling for LTE-based Femtocell Networks. IEEE 5th Control and System Graduate Research Colloquiums, 2014, 25-30 p.
9. Koien G.M. Mutual Entity Authentication for LTE. 7-th International Communications and Mobile Computing Conference. 2011, 689-694 p.
10. Gin Cao (and others). A Survey on Security Aspects for LTE and LTE-A Networks. IEEE Communications Surveys Networks & Tutoriasls, v. 16, .1, first quartier, 2014, 283-302 p.
11. Dan Forsberg, Günther Horn, Wolf-Dietrich Moeller, Valtteri Niemi LTE Security / John Wiley & Sons, Ltd., 2010. 284 .
12. . . . .: , 2002. 324.