DocumentCode :
2368355
Title :
A study of global numbering plan with active anti-spit capability on VoIP
Author :
Hsia-Ling Chiang ; Shu-Ming, Yeh ; Ming-Hong, Hong ; Lin, John
Author_Institution :
Hsing Wu Coll., Taipei
fYear :
2008
fDate :
13-16 Oct. 2008
Firstpage :
17
Lastpage :
22
Abstract :
The traditional E.164 codepsilas regularity enables the scoundrel to be possible not after the telecommunication userpsilas permission on easily the segment to userpsilas telephone number. It is difficult to meet the VoIP protection needs for using the packet filtering technology with the network-level gatekeeper defense mechanism. This paper proposed a VoIP access authorization verifying center (AAVC) mechanism which uses cocktail-like concept, which is integrated network-layer and circuit-layer and application-layer together to obtain both security and convenience of telecommunication demands. The telephone number with an arbitrarily user-established authorization verifying code is used to protect this screen host gateway mechanism. When the sender dials the IP telephone, he must dial in the telephone number and then dial * (star key) and input the confirmed identification code, after the registration server and the remote-end verification database compare the verifying code, then it gives the connection transfer through. This research inquired the AAVC confirmation mechanism has confirmed the whole construction design of the query server and the verification server. Also, under the global telecommunication networkpsilas tidal current, this research founds one to have the jurisdiction management, active Anti-Spam and the IP service graduation authorization global numbering plan.
Keywords :
Internet telephony; authorisation; information filtering; internetworking; telecommunication security; unsolicited e-mail; IP telephony; VoIP; access authorization verifying center mechanism; active anti-SPIT capability; active anti-spam; global numbering plan; identification code; jurisdiction management; network-level gatekeeper defense mechanism; packet filtering technology; query server design; remote-end verification database; traditional E.164 code regularity; user telephone number; verification server design; Authentication; Authorization; Costs; Databases; Educational institutions; Internet telephony; Network servers; Protection; Telecommunication computing; Web server; AAVC; Active Anti-Spam; Numbering plan;
fLanguage :
English
Publisher :
ieee
Conference_Titel :
Security Technology, 2008. ICCST 2008. 42nd Annual IEEE International Carnahan Conference on
Conference_Location :
Prague
Print_ISBN :
978-1-4244-1816-9
Electronic_ISBN :
978-1-4244-1817-6
Type :
conf
DOI :
10.1109/CCST.2008.4751270
Filename :
4751270
Link To Document :
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