Abstract: A method for the control of a vehicle by an operator. The method includes: using a predictive map to control the vehicle by: detecting a situation and/or location reference of the vehicle, transmitting data of a defined set of sensors, fusing and processing the data of the defined set of sensors; displaying the fused and processed data for the operator; creating/updating the predictive map by: recognizing a problematic situation and/or a problematic location by observation of the operator and/or marking by the operator, storing the problematic situation and/or the problematic location in a first database for storing problematic situations and locations, and training a model for selecting the defined set of sensors and fusing the data of the defined set of sensors by machine learning.

Abstract: The invention relates to a microphone system (1) having a microphone module (2) and having a base station (3), wherein the microphone system (1) is designed to wirelessly transfer audio information (5) and additional information (6) from the microphone module (2) to the base station (3), wherein the microphone system (1), in particular the microphone module (2) is designed to transfer the additional information (5) and the audio information (6) via a common channel and/or in a common data stream.

Abstract: Microphone systems having wireless microphones are often used in events such as discussions, concerts, plays, etc. and normally have a plurality of wireless microphones which are worn by users, such as actors, musicians, singers, etc, and one or more receiving stations which receive the audio signals of the wireless microphones and forward said signals to mixing consoles, amplification systems, recording devices, etc. In addition to the basic functionality of transmitting audio signals, microphone systems have become known which implement additional functions.

Abstract: Wireless microphones are used in a plurality of applications, such as concerts, discussions, theater performances, operas, etc. The wireless microphones are normally connected to a transmitter which transmits the audio signals captured by the microphone to a base station via a transmitting frequency. The invention relates to a microphone system (1) having a base station (3) and having a microphone module (2) wherein the base station (3) is designed to wirelessly receive audio information and/or test information transmitted from the microphone module (2) on an operating frequency, wherein the base station (3) has a receiving analysis module (14) and/or is coupled thereto, which is designed to analyze the reception quality of the audio information and/or the test information on a plurality of possible transmitting frequencies, wherein the receiving analysis module (4) is designed to select the operating frequency from the plurality of possible transmitting frequencies.

Abstract: Wireless microphone systems are used, for example, in theater, stage performances, television, broadcast radio or in concerts to amplify voices or instruments for a large audience. Due to the plurality of actors or musicians, a corresponding number of audio channels is required to transmit the audio information. 20 to 50 audio channels can thus be required in a parallel mode even in common applications.

Abstract: Wireless microphones are used in a plurality of applications, such as concerts, discussions, theater performances, operas, etc. The wireless microphones are normally connected to a transmitter which transmits the audio signals captured by the microphone to a base station via a transmitting frequency. The invention relates to a microphone system (1) having a base station (3) and having a microphone module (2) wherein the base station (3) is designed to wirelessly receive audio information and/or test information transmitted from the microphone module (2) on an operating frequency, wherein the base station (3) has a receiving analysis module (14) and/or is coupled thereto, which is designed to analyze the reception quality of the audio information and/or the test information on a plurality of possible transmitting frequencies, wherein the receiving analysis module (4) is designed to select the operating frequency from the plurality of possible transmitting frequencies.

Abstract: The invention relates to a microphone system (1) having a microphone module (2) and having a base station (3), wherein the microphone system (1) is designed to wirelessly transfer audio information (5) and additional information (6) from the microphone module (2) to the base station (3), wherein the microphone system (1), in particular the microphone module (2) is designed to transfer the additional information (5) and the audio information (6) via a common channel and/or in a common data stream.

Abstract: Microphone systems having wireless microphones are often used in events such as discussions, concerts, plays, etc. and normally have a plurality of wireless microphones which are worn by users, such as actors, musicians, singers, etc, and one or more receiving stations which receive the audio signals of the wireless microphones and forward said signals to mixing consoles, amplification systems, recording devices, etc. In addition to the basic functionality of transmitting audio signals, microphone systems have become known which implement additional functions.

Abstract: Wireless microphone systems are used, for example, in theater, stage performances, television, broadcast radio or in concerts to amplify voices or instruments for a large audience. Due to the plurality of actors or musicians, a corresponding number of audio channels is required to transmit the audio information. 20 to 50 audio channels can thus be required in a parallel mode even in common applications.