Video information display system for a moving object

A video information display system for a moving vehicle in metro tunnels or transportation systems, comprising:

• image-forming devices installed along a route of the moving vehicle at a height of windows of the moving vehicle, so that a viewer/passenger perceives information as a moving image;
• wherein the video information display system further comprises a plurality of linear emitter modules oriented perpendicular to a direction of movement of the viewer/passenger;
• wherein the linear emitter modules generate an image from a memory, synchronizing a display speed and method with a movement speed of the viewer/passenger relative to the linear emitter modules;
• wherein the plurality of linear emitter modules are mounted outside the windows of the moving vehicle at equal distances from each other;
• wherein each of the plurality of linear emitter modules has a height and a placement selected so as to ensure a high-quality view from the windows of the moving vehicle, thereby creating an illusion of full immersion in another reality within a space surrounding the moving vehicle;
• wherein the plurality of linear emitter modules are interconnected via a network optical interface of a Passive Optical Network (PON);
• wherein a number of light-emitting elements in each of the plurality of linear emitter modules depends on a bandwidth and quality of a displayed video;
• wherein each of the plurality of linear emitter modules comprises a housing containing a display unit, and at least one of the plurality of linear emitter modules further comprises a control unit contained in the housing;
• wherein the control unit includes:
• a microcontroller/microprocessor configured to manage a process of extracting video frames from the memory and transmitting the video frames to the display unit of each of the plurality of linear emitter modules;
• a network module comprising the network optical interface of the PON;
• a synchronization module configured to perform synchronization with the moving vehicle;
• high-precision clocks configured to provide synchronization of the plurality of linear emitter modules for stable operation of the video information display system over the PON and connected to the microcontroller/microprocessor;
• wherein the display unit includes:
• RGB LEDs configured to provide the displayed video as a full-color video;
• LED drivers;
• a driver control logic;
• a stream receiver;
• a power converter;
• wherein the video information display management system provides interactive communication with the viewer/passenger in the moving vehicle.