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By Wang Feng, Yasuyuki Nogami, Yoshitaka Morikawa (auth.), Sihan Qing, Dieter Gollmann, Jianying Zhou (eds.)
ICICS 2003, the 5th overseas convention on details and C- munication safeguard, was once held in Huhehaote urban, internal Mongolia, China, 10–13 October 2003. one of the previous meetings, ICICS’97 was once held in B- jing, China, ICICS’99 in Sydney, Australia, ICICS 2001 in Xi’an, China, and ICICS 2002,in Singapore.TheproceedingswerereleasedasVolumes1334,1726, 2229, and 2513 of the LNCS sequence of Springer-Verlag, respectively. ICICS 2003 was once backed by means of the chinese language Academy of Sciences (CAS), the nationwide average technology starting place of China, and the China machine F- eration. The convention used to be prepared via the Engineering learn middle for info defense know-how of the chinese language Academy of Sciences (ERCIST, CAS) in co-operation with the foreign Communications and data safeguard organization (ICISA). the purpose of the ICICS meetings has been to o?er the attendees the - portunity to debate the cutting-edge know-how in theoretical and sensible features of knowledge and communications safety. The reaction to the decision forPaperswassurprising.WhenwewerepreparingtheconferencebetweenApril and should, China, together with the convention venue, Huhehaote urban, used to be ?ghting opposed to SARS. regardless of this 176 papers have been submitted to the convention from 22 nations and areas, and after a aggressive choice approach, 37 papers from 14 nations and areas have been authorized to seem within the court cases and be offered at ICICS 2003. we want to take this chance to thank all those that submitted papers to ICICS 2003 for his or her valued contribution to the conference.
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Additional info for Information and Communications Security: 5th International Conference, ICICS 2003, Huhehaote, China, October 10-13, 2003. Proceedings
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The path from parent host PH to current host CH and to child host LH or RH, is included also. This can reduce the redundancy of the route (ip(PH) and ip(CH) appear in the signature only) and detect a wrong dispatch (ATK5 ). But with route structure (I), a PW A could dispatch its right agent first or dispatch agents after the local task is completed. That means the dispatch order may not be strictly followed (ATK6 ). Thus the overall dispatch performance will be worsened. The reason is that two sub-routes for child agents are obtained simultaneously when a route is decrypted.
In Proc. CRYPTO 2002, pages 465–480. Springer-Verlag, 2002. LNCS 2442. 4. R. Cramer, I. Damg˚ ard, and B. Schoenmakers. Proofs of partial knowledge and simplified design of witness hiding protocols. In Proc. CRYPTO 95, pages 174–187. Springer-Verlag, 1994. LNCS 839. 5. I. S. Reed and G. Solomon. Polynomial codes over certain finite fields. SIAM J. , 8:300–304, June 1960. 6. Ronald L. Rivest, Adi Shamir, and Yael Tauman. How to leak a secret. In Proc. ASIACRYPT 2001, pages 552–565. Springer-Verlag, 2001.
5. Compute xs = gs−1 (ys ) using the trapdoor information Ts . 6. Output σ = (r, L, x1 , · · · , xn ). The signature verification is done is the straightforward way. First the verifier computes K and all yi = gi (xi ), 1 ≤ i ≤ n. Then checks if the ring equation (4) is evaluated to r. The security of RST relies on having the capability of filling in a ‘gap’ only if at least one trapdoor information of the n ring members is known. The gap is between the output and input values of two cyclically consecutive E’s along the ring equation where a trapdoor permutation must be inverted in order to construct a valid signature.