Data Link Case Study
The Importance of Data Link Communication in Aviation
Matthew D. Palmer
Embry-Riddle Aeronautical University
Abstract This paper explores the importance of data link communication in aviation. The importance of these systems and their positive outcomes to the aviation world are also covered. Authorities such as the Federal Aviation Administration, EuroControl, and military departments will be used to show different aspects of data links importance. The importance of each department and its specific use of data link systems is defined and elaborated on. Though each specific department varies its use of the system, the aviation world is becoming safer as they progress their programs.
The importance of Data Link Communication in Aviation Numerous studies have been conducted on the importance of data link communication and its application in aviation transportation. These studies are international and include all regions of airspace on the planet. Data link programs have proven effective in the areas of safety, efficiency, and military applications. Data link communication is the means of connecting one location to another for the purpose of transmitting and receiving information. The aircraft flight management system gathers important flight information and transmits this information to ATC. This information is called a downlink. Once the information is organized by ground controllers, it sends navigation information to the aircraft to provide weather information and a safe flight path to its destination. This is called an uplink. Data link systems use a program called ACARS to send information. ACARS is a digital data system using the aircrafts VHF radio to communicate with operators using bursts of data.
The aviation world is quickly expanding with growth and technological advancement. Data link systems have proven highly effective in increasing safety for airlines, air cargo operations, defense
Matthew D. Palmer
Embry-Riddle Aeronautical University
Abstract This paper explores the importance of data link communication in aviation. The importance of these systems and their positive outcomes to the aviation world are also covered. Authorities such as the Federal Aviation Administration, EuroControl, and military departments will be used to show different aspects of data links importance. The importance of each department and its specific use of data link systems is defined and elaborated on. Though each specific department varies its use of the system, the aviation world is becoming safer as they progress their programs.
The importance of Data Link Communication in Aviation Numerous studies have been conducted on the importance of data link communication and its application in aviation transportation. These studies are international and include all regions of airspace on the planet. Data link programs have proven effective in the areas of safety, efficiency, and military applications. Data link communication is the means of connecting one location to another for the purpose of transmitting and receiving information. The aircraft flight management system gathers important flight information and transmits this information to ATC. This information is called a downlink. Once the information is organized by ground controllers, it sends navigation information to the aircraft to provide weather information and a safe flight path to its destination. This is called an uplink. Data link systems use a program called ACARS to send information. ACARS is a digital data system using the aircrafts VHF radio to communicate with operators using bursts of data.
The aviation world is quickly expanding with growth and technological advancement. Data link systems have proven highly effective in increasing safety for airlines, air cargo operations, defense
References: European Organization for the Safety of Air Navigation. (2012). retrieved September 30 2012, from http://www.skybrary.com Web Site: http://www.skybrary.com.aero/index.php/EUROCONTROL Ku-band Tactical Common Data Link (TCDL) Hawklink System—MH-60R LAMPS Helicopter. (2012). Retrieved September 30, 2012, from http://www.govcomm.harris.com Web Site: http://www.govcomm.harris.com/solutions/products/000074.asp