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[176] F Anjum, D Subhadrabandhu, and S Sarkar, Intrusion Detection for Wireless Adhoc Networks, Proceedings of Vehicular Technology Conference, Wireless Security Symposium, Orlando, Florida, October 2003 [177] N Asokan and P Ginzboorg, Key Agreement in Ad Hoc Networks, Computer Communications, 23, 1627 1637, (2000) [178] S Basagni, Distributed Clustering in Ad Hoc Networks, Proceedings of the 1999 International Symposium on Parallel Architectures, Algorithms and Networks (I-SPAN 99), Freemantle, Australia, 1999 [179] S Capkun, L Buttyan, and J-P Hubaux, SECTOR: Secure Tracking of Node Encounters in Multi-hop Wireless Networks, in Proceedings of SASN, Washington, DC, October 2003 [180] S Capkun, M Hamdi, and J Hubaux, Gps-free Positioning in Mobile Ad-hoc Networks, in Proceedings of HICCSS, 2001, pp 3481 3490 [181] S Capkun and J-P Hubaux, BISS: Building Secure Routing out of an Incomplete Set of Secure Associations, in Procedings of 2nd ACM Wireless Security (WiSe 03), San Diego, CA, September 2003, pp 21 29 [182] S Capkun, J P Hubaux and L Buttyan, Mobility Helps Security in Ad Hoc Networks, in Proceedings of the 4th ACM Symposium on Mobile Ad Hoc Networking and Computing (MobiHOC 2003) [183] R Chadha, G Lapiotis, and S Wright, Policy-Based Networking, IEEE Network, special issue, 16(2), (2002) [184] M Corner and B Noble, Protecting File Systems with Transient Authentication, Wireless Networks, 11(1 2), 7 19 (2005) [185] P T Dinsmore, D M Balenson, M Heyman, P S Kruus, C D Scace, and A T Sherman, Policy-based Security Management for Large Dynamic Groups: an Overview of the FCCM Project, DISCEX 2000, South Carolina, January 2000 [186] H Fuessler, M Mauve, H Hartenstein, M Kaesemann, and D Vollmer, A Comparison of Routing Strategies for Vehicular Ad Hoc Networks, Department of Computer Science, University of Mannheim, Mannheim, Technical Report no TR-3-2002, 2002 [187] U C Guard, Navstar GPS User Equipment Introduction (Public Release Version), Technical Report September 1996 [188] A Harter, A Hopper, P Steggles, A Ward, and P Webster, The Anatomy of a Context-aware Application, in Proceedings of MOBICOM 0 99, Seattle, WA, 1999 [189] T Hardjono and B Weis, The Multicast Group Security Architecture, IETF RFC 3740, March 2004 [190] B Hofmann-Wellenhof, H Lichtenegger, and J Collins, Global Positioning System: Theory and Practice Springer, Berlin, 1997 [191] T Leighton and S Micali, Secret-key Agreement without Public-key Cryptography, in Advances in Cryptology Crypto 0 93, 1993, pp 456 479 [192] C R Lin and M Gerla, Adaptive Clustering for Mobile Networks, IEEE Journal on Selected Areas in Communications, 15, 1265 1275 (1997) [193] P McDaniel, H Harney, P Dinsmore, and A Prakash, Multicast Security Policy, IRTF Internet draft, draft-irtf-smug-mcast-policy-01txt, November 2000 [194] P McDaniel and A Prakash, Antigone: Implementing Policy in Secure Group Communication, Technical Report CSE-TR-426-00, Electrical Engineering and Computer Science, University of Michigan, May 2000 [195] A B McDonald and T Znati, A Mobility Based Framework for Adaptive Clustering in Wireless Ad-Hoc Networks, IEEE Journal on Selected Areas in Communications, 17, 1466 1487 (1999).

This is the entry point to the system It is aJSP page, but it generates WML It is very important to note the first lines of the page:

When there are no vector operations or subscripted variables, DESIRE again automatically prevents sort errors with undefined variable messages When there are vector operations, we proceed as in Section 1-9

< xml version="l0" > slDOCTYPE wml PUBLIC "-//WAPFORUM//DTD WML 11//EN" " h ttp :/ /w w w w a p fo ru m o rg/D T D /w ml_l l x ml">

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<%8 page contentType='text/vndwapwinl"*> First, and most importantly, without leaving any blank space or adding any character(s) you must define the XML tag to identify the page By default, the JSP servlet will generate HTML As WAP devices work with WML, we need to specify the appropriate MIME type that has to be generated, as declared in the last line The first card in this deck is the index card It shows a small welcome logo (a wireless bitmap) It also declares a timer that will trigger a timer event five seconds after the card is loaded The trigger event will cause the browser to show the login card If the user is not patient enough, an explicit jump to that card can be made with the action labeled Login, The page initiates a new context on the WAP browser, resetting any state the browser could have

Vector v = f(WW * xx)

9

.

<wml> <card id="index" title="thE-Pizza" newcontext="true" ontimer="#login"> <timer value="50"/> <do type="accept" <go href="#login"/> </do> <p align="center"> <img src="epizzawbmp" alt="E-Pizza logo"/> </p> </card>

The vector expression WW * xx is equivalent to W * x + bias Note that the true input x is still available to the program, so that a vector expression can be assigned to x Figures 6-4b and 6-11 show simple applications

The second card in this deck is the login card, which is equivalent to a form in HTML It just obtains the login and password of the user and sends them to the wloginS servlet for authentication It also sends the session ID the server has "hard coded" on the page when this has been served

<card id="login" title="Login"> <do type="accept" label="Login"> <go href="wloginS" method="post"> <postfield name="UserName" value="$(UserName)"/> <postfield name="UserPassword" value="$(UserPassword)"/> <postfield name="WebLogicSession" value="<%= sessiongetld() %>"/> </go> </do> <do type="prev" label="Back"> <prev/> </do> <P> user name: <input name="UserName" / > password: <input name="UserPassword" type="password"/> </p> </card> </wml>

Vector v1 = abs(v) | Vector v1 = v/vnorm DOT vnorm = v1 * 1

The dollar signs are used to specify WAP state variables, and will be explained further in this section

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