Abstract: A method for wireless data transmission between a first communication device and a second communication device, wherein the first communication device acts as a data source and the second communication device acts as a data sink, includes: splitting, by the data source, data to be transmitted from the data source to the data sink into a carrier signal for a radio channel and an optical carrier signal by modulating the carrier signals; transmitting the data via a hybrid transmission path from the data source to the data sink by simultaneously transmitting some of the data via the radio channel and some of the data via a wireless optical direct channel; and merging, by the data sink, via a demodulation process, the data transmitted via the radio channel and the data transmitted via the wireless optical direct channel.

Abstract: A method for wireless data transmission between a first communication device and a second communication device, wherein the first communication device acts as a data source and the second communication device acts as a data sink, includes: splitting, by the data source, data to be transmitted from the data source to the data sink into a carrier signal for a radio channel and an optical carrier signal by modulating the carrier signals; transmitting the data via a hybrid transmission path from the data source to the data sink by simultaneously transmitting some of the data via the radio channel and some of the data via a wireless optical direct channel; and merging, by the data sink, via a demodulation process, the data transmitted via the radio channel and the data transmitted via the wireless optical direct channel.

Abstract: A method of dynamically allocating network resources in an access network and a customer network includes: determining, by a control unit, positions of all users of the customer network; bringing, by the control unit, the customer network and/or a component of the customer network into a first predefined state, based on determining that no user of the customer network is checked in to the customer network; and reallocating, by the control unit, an access port of an access multiplexer assigned to the customer network to an access network resource pool, based on determining that no user of the customer network is checked in to the customer network.

Abstract: A method of dynamically allocating network resources in an access network and a customer network includes: determining, by a control unit, positions of all users of the customer network; bringing, by the control unit, the customer network and/or a component of the customer network into a first predefined state, based on determining that no user of the customer network is checked in to the customer network; and reallocating, by the control unit, an access port of an access multiplexer assigned to the customer network to an access network resource pool, based on determining that no user of the customer network is checked in to the customer network.