Abstract: Adaptive prefix delegation that facilitates delegating prefixes from one device to another. The prefix delegation may be adaptively implemented to enable delegation router to make decision regarding characteristics of prefixes to be delegated. The adaptive prefix delegation may be automatically or dynamically preformed according to particularly operation capabilities of each delegating device.

Abstract: Address translation sufficient for use in translating addresses included in messages carried or otherwise transmitted between inside and outside network is contemplated. The contemplated address translation may facilitate operation of a network address translator (NAT), carrier grade network address translator (CGN), or other device similarly configured to facilitate translating inside addresses used to address messages carried over the inside network relative to outside addresses used to facilitate carrying messages over the outside network.

Abstract: Network transmission of messages is contemplated. The contemplated transmission may be facilitated a selectable one or more interfaces. The interfaces may be included as part of a gateway or other device tasked with facilitating network communications, such as but not limited to a gateway tasked with facilitate network transmissions between device connected to a home network and devices connected beyond the home network.

Abstract: Address translation sufficient for use in translating addresses included in messages carried or otherwise transmitted between inside and outside network is contemplated. The contemplated address translation may facilitate operation of a network address translator (NAT), carrier grade network address translator (CGN), or other device similarly configured to facilitate translating inside addresses used to address messages carried over the inside network relative to outside addresses used to facilitate carrying messages over the outside network.

Abstract: Translation of Internet Protocol version 4 (IPv4) and Internet Protocol version 6 (IPv6) addresses is contemplated, such as for use in allowing IPv4 devices to connect with IPv6 device without requiring the IPv4 devices to specify the IPv6 address of the connected-to IPv6 device. The IPv6 addresses may be translated to IPv4 addresses suitable for use with the IPv4 devices in a manner that sufficiently compresses the IPv6 for use with the more bit limited nomenclature of an IPv4 address.

Abstract: Network address translating is contemplated to be of a type where a network address translator (NAT), a carrier grade NAT (CGN), or other type of translator may facilitate reconstruction of translated addresses in a manner that ameliorates the amount of data that must be stored to facilitate the reconstruction.

Abstract: An architecture for authenticating packets is provided that includes: an input 322 operable to receive a packet, the packet comprising at least one of a transport, session and presentation header portion and a transport agent 312 operable to compute a first message authentication code based on at least some of the contents of the packet and compare the first message authentication code with a second message authentication code in the at least one of a transport, session, and presentation header portion to authenticate the packet.

Abstract: A method and apparatus exchange information within a predefined group of telecommunication terminals with each of the group being utilized by a user by forming a voice message by one of the group; communicating the voice message to the remainder of the group via instant message communication; and converting the instant message communication to a voice conferencing communication that includes all members of the group that remained part of the instant message communication.

Abstract: The present invention is directed to a presence aware network 100 that includes a plurality of communication devices 124a–n and 128a–n, associated with a plurality of subscribers. Each communication device may be configured automatically according to a first set of preferences associated with a first subscriber when the first subscriber performs a telephony function on the communication device and according to a second set of preferences when a different second subscriber performs the telephony function on the communication device. The first and second sets of preferences are different from one another.

Abstract: An architecture for authenticating packets is provided that includes: an input 322 operable to receive a packet, the packet comprising at least one of a transport, session and presentation header portion and a transport agent 312 operable to compute a first message authentication code based on at least some of the contents of the packet and compare the first message authentication code with a second message authentication code in the at least one of a transport, session, and presentation header portion to authenticate the packet.

Abstract: The present invention is directed to a presence aware network 100 that includes a plurality of communication devices 124a-n and 128a-n, associated with a plurality of subscribers. Each communication device may be configured automatically according to a first set of preferences associated with a first subscriber when the first subscriber performs a telephony function on the communication device and according to a second set of preferences when a different second subscriber performs the telephony function on the communication device. The first and second sets of preferences are different from one another.