Abstract: A camera includes a satellite positioning system. The camera comprises a camera lens (32) having a focal axis (36), a satellite receiver for receiving data samples of satellite broadcast and a satellite system antenna (38). The satellite system antenna (38) has a gain in the direction of the lens axis which is greater than the gain in all directions perpendicular to the lens axis.

Abstract: A camera includes a satellite positioning system. The camera comprises a camera lens (32) having a focal axis (36), a satellite receiver for receiving data samples of satellite broadcast and a satellite system antenna (38). The satellite system antenna (38) has a gain in the direction of the lens axis which is greater than the gain in all directions perpendicular to the lens axis.

Abstract: The invention relates to monitoring of epileptiform activity. In order to accomplish a mechanism with improved specificity to epileptiform activity and with the capability to provide a clinician enough information for selecting a precision-targeted drug at an early phase of a seizure, first and second indicators are derived from the brain wave signal data obtained from a subject, the indicators being respectively indicative of the level of underlying neuronal excitation and neuronal inhibition. Based on the first and second indicators, an indication of the level of at least one of the neuronal excitation and neuronal inhibition is given to an end-user.