Unify Gmbh Co. Kg

Siemens Aktiengesellschaft

Christian Correll

Michael Tietsch

Heinrich Haager

Karl Klug

A method for creating a plurality of addresses for a network element of a communication network can include the steps of creating a virtual identifier for each address to be created from an existing identifier of said network element and from at least one configured piece of additional information; creating an address from at least one created virtual identifier; checking the virtual identifiers created in such a way or the addresses created from said virtual identifiers for the presence of a collision; and discarding colliding virtual identifiers or the addresses created from said virtual identifiers.

Method for generating addresses in a computer network

In a method for addressing messages in a computer network in which two different types of address are used, wherein at least one first network element () uses exclusively a first type of address, at least one second network element () uses exclusively a second type of address and at least one third network element () uses both types of address, at least one third network element () is a communication terminal which, besides its function as a communication terminal, also performs a function as an address converter for messages for which said communication terminal is neither the original sender nor an ultimate recipient.

Method for addressing messages in a computer network

In a method for addressing messages in a computer network in which two different types of address are used, wherein at least one first network element (4, 5, 6, 7, 8) uses exclusively a first type of address, at least one second network element (14, 15, 16, 17, 18) uses exclusively a second type of address and at least one third network element (9, 10, 11, 12, 13, 14) uses both types of address, at least one third network element (9) is a communication terminal which, besides its function as a communication terminal, also performs a function as an address converter for messages for which said communication terminal is neither the original sender nor an ultimate recipient.

A collective packet generator forms collective Internet Protocol (IP) data packets, each of which contains several IP data packets of different communication data streams, for encrypted transmission of each of the communication data streams as a sequence of IP data packets. A particular collective IP data packet is encrypted by an encryption module for encrypting IP data packets. The encrypted collective IP data packets are then transmitted via a communication network.

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Munich, Germany

Christian Correll