International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 04 | Apr 2024
p-ISSN: 2395-0072
www.irjet.net
AIRBORNE INTERNET Aishwarya N, Roopa, Sushma B 1 Asst.Professor (M.Sc), Dept of Computer Science, JSSCACS, Mysuru, Karnataka, India. 2Asst.Professor (MCA), Dept of Computer Science, JSSCACS, Mysuru, Karnataka, India.
3Asst.Professor (MCA), Dept of Computer Science, JSSCACS, Mysuru, Karnataka, India.
---------------------------------------------------------------------***--------------------------------------------------------------------This idea, called the Airborne Internet, is being promoted ABSTRACT - A notion called "airborne internet" applies computer network theory and ideas to the field of transportation. Enabling a multi-purpose, all-purpose data channel for individuals traveling is the aim in order to establish information connectivity. The idea is to give aircraft access to a high-speed, all-purpose digital network. By allowing the unification of numerous operations into a single data channel, it can do this and potentially save the FAA and aircraft operators a significant amount of money. One data channel can be used by many applications. The fact that it functions similarly to the actual internet gives it its name.
with assistance from the Airborne Internet Consortium (AIC).
Key Words: Wi-Fi,Flight, floating on Air, modem, Internet, Satellite.
1. INTRODUCTION
Satellite implementation of airborne internet system
An envisioned network for use in aircraft communications, navigation, and surveillance is called the Airborne Internet (CNS).The airborne Internet, commonly referred to as AI, is a communication network that is intended to incorporate nodes, points of contact, or interactivity on various aircraft kinds. The commercial Internet's technology is also used by the Airborne Internet, a peer-to-peer, private, secure, and dependable aircraft communications network. This implementation transfers the data that is transferred over this communication link between an airplane and a groundbased Internet access node. It offers access to an abundance of online data and resources while in the air. It is useful for a variety of tasks, including travel planning, reservations made while en route, and flight scheduling. It is helpful for aircraftto-aircraft communications as well as for supplying weather and adjacent airspace environment information. Voice and video recording in the cockpit, in-flight video monitoring, and flight tracking/deviation monitoring are some of the security applications.
1.1 OBJECTICVES There is a huge demand for broadband, high data rate service due to the growing demand for Internet services. It's anticipated that hundreds of millions of people will need Internet access globally very soon. The need for broadband services will increase due to the rise in electronic commerce and World Wide Web usage. © 2024, IRJET
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Impact Factor value: 8.226
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1.2 SCOPE Angel Technologies is developing an aerial Internet network dubbed High AltitudeLong Operation (HALO), which would employ light aircraft to fly overhead and offer businesses quicker data transfer than a T1 connection. Customers would have a connection similar to DSL. A solar-powered, unmanned aircraft that functions similarly to the HALO network is being developed by AeroVironment and NASA, while Sky Station International is preparing a project along these lines that will use blimps rather than airplanes.
2. EXISTING SYSTEM At the moment, land cables are used for network or internet connectivity.The data transmitted by land-based cables is restricted in terms of physical capacity; the amount of data they can carry is determined by the cable's width. The physical limits on data transmission are absent from the aviation internet. While airborne internet is a network in the air, current internet services are provided by installing cables underground, which requires labor-intensive earth excavation.
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