This paper suggests an architecture of DNS service system for IPv6 mobile ad-hoc network connected to the Internet. The resolution of DNS names of mobile nodes within mobile ad-hoc network is performed by multicast DNS and that of DNS names of nodes in the Internet is performed through DNS autoconfiguration of recursive DNS server. In the former, each mobile node plays a role of DNS name server for the DNS resource records associated with DNS name of which authority it has. The latter allows mobile node to receive the global Internet service, such as Web service, in IPv6 mobile ad-hoc network that is connected to the Internet. These two kinds of DNS name resolution are processed automatically without the intervention of users in mobile ad-hoc network.

This paper outlines the design and implementation of an extranet based Web system dedicated to effective on-line standards making environments. The system, which is called SIGN (Standards Information Cooperation Network), is a workflow-based network application created with a view to fostering faster standards development with functionalities such as an electronic signature mechanism, electronic voting, comment gathering and dynamic links for ready retrieval of standards information stored in a database. This paper also discusses the concept of a VSDO (Virtual Standards Development Organization) that supports all the features needed by the relevant standards making bodies to carry out their activities in dynamic online environments.