1. Airborne Internet

2. Definition
Proposed network in which all nodes would be located in aircraft.
Used in the following:
Aviation communication
Navigation
Surveillance
Time of war

3. Two reasons for Airborne Internet Development
1.Small Aircrafts Transportation System
To speed up air travel
Traffic control on management of small airplanes
2.Need for a higher bandwidth
Used to allow greater amount of data to flow to and from the computer.

4. Comparison of Airborne Internet and Internet
Parameters
Internet
Airborne Internet
1. Distance Of Communication
Obstruction
Low
Very High
2. Line Of Sight
Not Present
Present
3. Antenna weight
Can be high
Must be low
4. Bandwidth
Comparatively High
Broad
5. Delay
Not Significant

5. Features
Seamless ubiquitous multimedia services. • Adaptation to end user environments. • Rapidly deployable to sites of opportunity. • Bandwidth on demand provides efficient use of available spectrum. • It helps to achieve a broader bandwidth.

6. Advantages Without time delay They don’t have to be launched on space
overcome the last-mile barriers facing conventional Internet access options
High-speed digital network
Equipment upgrades while technology advanced

8. How Airborne Internet work?

9. Principle of Airborne Internet
To establish a robust, reliable, and available digital data channel to aircraft.
Establish digital data channel connection to the aircraft.
It has been developed and has matured to the point that it is applied to aviation.

10. Applications track aircraft for the air traffic control system
allow information to be sent from aircraft to aircraft without having to go through ground facilities
Provide XML services capability to aircraft.