Abstract: A method for optimizing coverage by a wireless communications network of a local area, a communications terminal and an automaton designed to optimize a coverage by a wireless communications network of a local area. The method includes provisioning at least one positioning coordinate of at least one repeater within a local area, the at least one positioning coordinate of a repeater being determined as a function at least of a position of at least one socket detected within the local area, the socket being detected using a captured video of the local area. Thus, the coverage of the wireless communications network is optimized as a function of the sockets needed for the installation of repeaters.

Abstract: A terminal includes an object adapter for augmenting an initial video which includes a succession of images acquired by a camera. The adapter is capable of adapting, at least in images following a first image of the initial video received by the terminal, at least one characteristic for viewing the augmentation object, which characteristic is selected and inserted into the first image. The adapter is capable of operating according to parameters of the camera, such as position and calibration parameters of the camera, which are associated with the images of the initial video, the parameters having been received by the terminal in association with the initial video.

Abstract: A method and a device for guiding an individual in an environment comprising at least one actuator capable of being remotely controlled is disclosed. The method is implemented by a computer, and comprises determining, based on a starting point and a destination point for the individual in the environment and based on a digital model of the environment comprising a location of each actuator, a path within the environment connecting the starting point and the destination point, determining, from the determined path, a set of actuators located on the path, and issuing of an activation command for at least one actuator in the set of actuators in order to guide the individual along the path.

Abstract: A method and a device for guiding an individual in an environment comprising at least one actuator capable of being remotely controlled is disclosed. The method is implemented by a computer, and comprises determining, based on a starting point and a destination point for the individual in the environment and based on a digital model of the environment comprising a location of each actuator, a path within the environment connecting the starting point and the destination point, determining, from the determined path, a set of actuators located on the path, and issuing of an activation command for at least one actuator in the set of actuators in order to guide the individual along the path.