Abstract: A method for individualized setting of an air conditioner in a vehicle for a user using a control architecture is provided. Data for the air conditioner are acquired and an individualized comfort model is trained therewith. Settings for the air conditioner are predicted based on the comfort model. The data comprise physiological user data for the user that are acquired with an evaluation system. A control architecture for executing the method is also provided.

Abstract: A method for individualized setting of an air conditioner in a vehicle for a user using a control architecture is provided. Data relating to setting the air conditioner is acquired for all users and all vehicles and an average basis model is trained in an AI unit using the data acquired for all users and all vehicles. A comfort model is then created in the AI unit from at least the basis model and individualized settings for the air conditioner for a specific user are predicted based on the comfort model. A control architecture for executing the method is also provided.

Abstract: A method for individualized setting of an air conditioner in a vehicle for a user using a control structure is provided. In doing so, a modeling data packet is acquired and a comfort model is subsequently trained in an AI unit. A setting data packet is also acquired and sent to the trained comfort model. Individualized settings are predicted by the comfort model and the air conditioner is set on the basis thereof. A control architecture for executing the method is provided.

Abstract: The invention relates to an ammunition monitoring system (1) with at least one fired-shot sensor (2) assignable to a firearm (3) and with a shooting log device (9), wherein the ammunition monitoring system (1) is designed to record as shooting data, by means of the fired-shot sensor (2), the firing of at least one shot from the firearm (3), achievable by the discharge of a cartridge loaded into the firearm, and to store the recorded shooting data in the shooting log device (9). The invention also relates to a method for ammunition monitoring, wherein shooting data on the firing of at least one shot from a firearm (3), achieved by the discharge of a cartridge loaded into the firearm, is recorded by at least one fired-shot sensor (2) assigned to the firearm (3) and stored in a shooting log device (9).

Abstract: The invention relates to an ammunition monitoring system (1) with at least one fired-shot sensor (2) assignable to a firearm (3) and with a shooting log device (9), wherein the ammunition monitoring system (1) is designed to record as shooting data, by means of the fired-shot sensor (2), the firing of at least one shot from the firearm (3), achievable by the discharge of a cartridge loaded into the firearm, and to store the recorded shooting data in the shooting log device (9). The invention also relates to a method for ammunition monitoring, wherein shooting data on the firing of at least one shot from a firearm (3), achieved by the discharge of a cartridge loaded into the firearm, is recorded by at least one fired-shot sensor (2) assigned to the firearm (3) and stored in a shooting log device (9).