Abstract: A method configures, in a semi-automatic manner, a communication device, connected to a packet-switched network, especially Internet, for communication with another, especially remote, subscriber. For this purpose, configuration data are provided on a configuration/software update server and are retrieved by the user of the device according to the user-specific or device-specific conditions by selecting from at least two types of inquiry data characterizing the conditions, e.g. inquiry data containing first country information items and second inquiry data containing second Internet service provider information items, and determination data.

Abstract: The invention relates to identifying and/or addressing a data terminal device (DEE1) of a local network (LNW, LAN, W-LAN, Ethernet, Powerline) such that address/identification information (AID-INF3) of the data terminal device of the local network is available to a user of the local network in a simple and comfortable manner, wherein the data terminal device registers with a terminal system (ESY) due to a triggering event (ALE), indicated for example, by the URL ‘www.mygigaset.com’ and present, for example, in a large area network (GNW, WAN, MAN, INTERNET), and transmits thereto address/identification information, for example modifiable information (AID-INF1), referencing the local network and the large area network. Said address/identification information is stored by the terminal system. Subsequently, in a further data terminal device (DEE2) of the local network, the URL ‘www.mygigaset.

Abstract: A method for configuring a terminal, wherein a user first enters an authentication code provided by a provider into the terminal, the authentication code is then transmitted from the terminal to an address server, which then provides an address of a configuration server using the authentication code and transmits the address to the terminal, and the authentication code is then transmitted to the configuration server, and subsequently the configuration sever provides the configuration data with reference to the transmitted data, and the configuration data is transmitted to the terminal and is configured there. A terminal and an address server are also provided.

Abstract: The invention relates to identifying and/or addressing a data terminal device (DEE1) of a local network (LNVV, LAN, W-LAN, Ethernet, Powerline) such that address/identification information (AID-INF3) of the data terminal device of the local network is available to a user of the local network in a simple and comfortable manner, wherein the data terminal device registers with a terminal system (ESY) due to a triggering event (ALE), indicated for example, by the URL ‘www.mygigaset.com’ and present, for example, in a large area network (GNW, WAN, MAN, INTERNET), and transmits thereto address/identification information, for example modifiable information (AID-INF1), referencing the local network and the large area network. Said address/identification information is stored by the terminal system. Subsequently, in a further data terminal device (DEE2) of the local network, the URL ‘www.mygigaset.

Abstract: The invention relates to a method for configuring a terminal (EG1, EG2), wherein a user (N1,N2) first enters an authentication code (AC) provided by a provider (providerA, providerC) into the terminal (EG1, EG2). The authentication code is then transmitted from the terminal (EG1, EG2) to an address server (AS), which then provides an address of a configuration server (KSA, KSC) using the authentication code (AC) and transmits the address to the terminal (EG1, EG2). The authentication code (AC) is then transmitted to the configuration server (KSA, KSC). Subsequently, the configuration server (KSA, KSC) provides the configuration data with reference to the transmitted data. The configuration data is transmitted to the terminal (EG1, EG2) and is configured there.

Abstract: When registering a DECT mobile part (MT) with the base station (BS), the VoIP user ID (user) is formed from the DECT user ID (IPUI) according to a mapping rule and is used for registering an SIP account (SIPA). In addition, the SIP password (pw(AC)) is formed from the DECT authentication code (AC). Roaming or handover of DECT mobile parts (MT) in DECT systems featuring a VoIP connection can be accomplished in a simple manner by adjusting the DECT user ID (IPUI) to the SIP user ID (user (IPUI)) and adjusting the authentication code (AC) to the password (pw(AC)). The DECT mobile parts (MT) can continue to be used without change even when the same are connected to IP-oriented networks (IN), while said DECT mobile parts (MT) can be marketed for a wider range of uses.

Abstract: In order to achieve simple, user-friendly “smart home” scenarios in a telecommunications system in the context of the transmission of textual, audio, video and/or control data between a data source and a data sink, a mobile element of the telecommunications system generates control commands and transmits the latter in a target manner in message traffic between the units that form part of the wireless communication or telecommunication process via the air interface. The mobile element is preferably configured as a cordless telephone handset or a mobile telephone. Textual, audio, video and/or control data that has been stored in the data source is detected, issued, released or externally transferred to a data sink or issued to a data source with the aid of the control commands.

Abstract: A method configures, in a semi-automatic manner, a communication device, connected to a packet-switched network, especially Internet, for communication with another, especially remote, subscriber. For this purpose, configuration data are provided on a configuration/software update server and are retrieved by the user of the device according to the user-specific or device-specific conditions by selecting from at least two types of inquiry data characterizing the conditions, e.g. inquiry data containing first country information items and second inquiry data containing second Internet service provider information items, and determination data.

Abstract: In order to achieve simple, user-friendly “smart home” scenarios in a telecommunications system in the context of the transmission of textual, audio, video and/or control data between a data source and a data sink, a mobile element of the telecommunications system generates control commands and transmits the latter in a target manner in message traffic between the units that form part of the wireless communication or telecommunication process via the air interface. The mobile element is preferably configured as a cordless telephone handset or a mobile telephone. Textual, audio, video and/or control data that has been stored in the data source is detected, issued, released or externally transferred to a data sink or issued to a data source with the aid of the control commands.

Abstract: The present disclosure relates to the concurrent operation of at least two wireless link paths. At least one first link path has a first digital transmission method and at least one second link path has a second digital transmission method. The carrier frequencies of these transmission methods lie in frequency bands that at least overlap. The transmission methods transmit, in defined frame and slot cycles, data in a sequence of frames subdivided into a plurality of slots. The frame and/or slot cycles of the transmission methods have different durations. The first transmission method is isochronous. The signal fields of the link paths overlap in such a manner that at the site of at least one receiver of a link path signals originating from two different transmission methods can be received. The slot events of the second transmission method are dynamically distributed to the slots available in the second transmission method depending on slot events of the first transmission method.

Abstract: A method for transmitting packet data in a radio telecommunications system including a plurality of radio transmitters and radio receivers that use a dynamic multiple access method for separating users at least by means of a time-slot separation method, in particular a “time division multiple access” (TDMA) method, in addition to methods for secure data transmission, in particular an “automatic repeat request” (ARQ) method. If a renewed transmission of a data packet is required, a repeat slot is inserted and frequencies are assigned to radio transmitters and radio receivers in such a way that each transmitter or receiver is allocated a unique identifying frequency.

Abstract: The invention relates to a method and a device for digital data radiotransmission between a fixed station (1) and at least one mobile station (2, 3) at one or several carrier frequencies (F1, F2 . . . ), wherein the data is transmitted in several time slots (Z1, Z2 . . . ) according to the time-multiplex technique. A specific amount of time is required to change from one carrier frequency to another carrier frequency using a slow-hopping HF module. The data is transmitted in an active followed by an inactive time slot during which no data is transmitted and which is sufficient for the HF module to program the frequency for the following active time slot. According to the invention, an inactive time slot is shorter than an active time slot.

Abstract: To transmit service data in telecommunication systems with wireless telecommunication based on a predefined radio interface protocol between telecommunication devices, especially voice data and/or packet data in DECT systems, with enhanced utilization of the bandwith of the telecommunication system and at a greater transmission rate, service data units to be transmitted are transported by radio cascaded (a cascade arrangement) in protocol data units adapted to the radio interface protocol. The protocol data units in each case contain as many information fields; configured especially as length indicators for specifying the respective service data length; as there are service data units or fragments of service data units contained in the respective protocol data unit. In addition, each information field contains an extension (a reference) in the form of a concatenated list whether further service data units or further fragments of service data units follow in the respective protocol data unit.

Abstract: A method and device are provided for the wireless transmission of voice data between at least two terminals, whereby the voice data is transmitted in data packets in predefined time frames with multiple redundancies and in time intervals at different frequencies. The present invention is characterized in that the transmission takes place at different frequencies, at least with regard to a pair of redundant data records.