A display device, comprising: a see-through member having a see-through area, the see-through member including a plurality of display segments for emitting visible light, the display segments being provided within the see-through area in a mutually spaced manner, the see-through member further including a plurality of holographic optical elements provided within the see-through area, each holographic optical element being associated with a respective display segment, wherein each holographic optical element is adapted to collimate the visible light emitted by the associated display segment when the display segment is located in a focal plane of the associated holographic optical element, wherein each display segment includes a plurality of substantially transparent display pixel units provided in a mutually spaced manner such that the display pixel units are arranged at different distances from an optical axis of the holographic optical element associated with the display segment, wherein each display pixel unit is adapted to emit visible light in an on-state and to emit no visible light in an off-state, wherein the display device further comprises a display segment controller for controlling the on- and off-states of the display pixel units of each display segment characterized in that said display segment controller is configured to display a display image on the display segment, the display segment controller being adapted to move the display image within the display area of the display segment from a first display image position to a second display image position spatially shifted from the first display image position such that the visible light of the display image in the first display image position is deflected by the holographic optical element associated with the display segment to pass through a first exit pupil and the visible light of the display image in the second display image position is deflected by the holographic optical element associated with the display segment to pass through a second exit pupil, wherein the position of the first exit pupil is spatially shifted from the position of the second exit pupil. a see-through member having a see-through area, the see-through member including a plurality of display segments for emitting visible light, the display segments being provided within the see-through area in a mutually spaced manner, the see-through member further including a plurality of holographic optical elements provided within the see-through area, each holographic optical element being associated with a respective display segment, wherein each holographic optical element is adapted to collimate the visible light emitted by the associated display segment when the display segment is located in a focal plane of the associated holographic optical element, wherein each display segment includes a plurality of substantially transparent display pixel units provided in a mutually spaced manner such that the display pixel units are arranged at different distances from an optical axis of the holographic optical element associated with the display segment, wherein each display pixel unit is adapted to emit visible light in an on-state and to emit no visible light in an off-state, wherein the display device further comprises a display segment controller for controlling the on- and off-states of the display pixel units of each display segment characterized in that said display segment controller is configured to display a display image on the display segment, the display segment controller being adapted to move the display image within the display area of the display segment from a first display image position to a second display image position spatially shifted from the first display image position such that the visible light of the display image in the first display image position is deflected by the holographic optical element associated with the display segment to pass through a first exit pupil and the visible light of the display image in the second display image position is deflected by the holographic optical element associated with the display segment to pass through a second exit pupil, wherein the position of the first exit pupil is spatially shifted from the position of the second exit pupil.