Abstract: The invention relates to the monitoring of products by means of active radio tags. According to the invention, packagings of products are provided with an active radio tag that detects at least one environmental condition and/or at least one packaging state, and which emits a signal at time intervals, which provides information about a unique identifier and at least one state in which the respective product is found. The signal is picked up by a receiver that extracts the unique identifier and the state information and transmits same together with location information to an external server.

Abstract: The invention relates to the monitoring of products by means of active radio tags. According to the invention, packagings of products are provided with an active radio tag that detects at least one environmental condition and/or at least one packaging state, and which emits a signal at time intervals, which provides information about a unique identifier and at least one state in which the respective product is found. The signal is picked up by a receiver that extracts the unique identifier and the state information and transmits same together with location information to an external server.

Abstract: The invention relates to the monitoring of products by means of active radio tags. According to the invention, packagings of products are provided with an active radio tag that detects at least one environmental condition and/or at least one packaging state, and which emits a signal at time intervals, which provides information about a unique identifier and at least one state in which the respective product is found. The signal is picked up by a receiver that extracts the unique identifier and the state information and transmits same together with location information to an external server.

Abstract: The invention relates to the monitoring of products by means of active radio tags. According to the invention, packagings of products are provided with an active radio tag that detects at least one environmental condition and/or at least one packaging state, and which emits a signal at time intervals, which provides information about a unique identifier and at least one state in which the respective product is found. The signal is picked up by a receiver that extracts the unique identifier and the state information and transmits same together with location information to an external server.

Abstract: The invention relates to a method for simulating real combat operations in a scenario for exercise purposes with persons and al close range. In said method, exercise participants having exercise weapons compete against each other and the real operation events of the exercise participants during the exercise are recorded by imaging systems and computed as a 3-D model, which changes in quasi real time. A weapon effect is computed by means or object recognition of the weapon, by means of the state change and orientation during a shot, and by means of the objects located in an effective direction and injury models of said objects and is indicated.

Abstract: Disclosed is a method for the three-dimensional scenario recording of the action taking place during training exercises of firefights at close range, in which multiple, synchronized imaging systems (IS), such as video cameras, scanners or the like, are installed for monitoring the training areas, wherein software calculates from the IS recordings a photo-realistic 3D model of the scenario and records the action continuously as a 3D scenario, detects persons, weapons and other items of equipment (for example protective clothing) and further processes and reproduces them with their anatomical, ballistic, material-typical and optical features as an object module in the 3D model, detects the position and orientation of weapons and the firing thereof, calculates the line of flight of projectiles and replicates them in the 3D model, and, in the case of persons hit by projectiles, calculates the effect of the weapon on the basis of the position of the hit, possibly detected protective clothing.

Abstract: Communication method between components in a wireless short haul network as part of a battlefield simulation, where one component is in the form of a master and the other components (AC1-AC10, SC1, SC2) are in the form of slaves, and—the slaves (AC1-AC10, SC1, SC2) transmit data synchronously or asynchronously to the master in an operating channel—synchronous slaves (SC1, SC2) send data in time windows (T1-T10) firmly associated with them and—asynchronous slaves (AC1-AC10) send data in event-based fashion.

Abstract: A sensor module detects light beam hits on a participant during battlefield simulations. The sensor module includes an infrared sensor for sensing infrared light and generating signals based on the sensed infrared light; a short-range radio transmitter associated with the infrared sensor; an electrical voltage source for supplying electrical capacity to the sensor module; and a device for attaching the sensor module to a participant.

Abstract: A sensor module detects light beam hits on a participant during battlefield simulations. The sensor module includes an infrared sensor for sensing infrared light and generating signals based on the sensed infrared light; a short-range radio transmitter associated with the infrared sensor; an electrical voltage source for supplying electrical capacity to the sensor module; and a device for attaching the sensor module to a participant.