Introduction
At present, the global positioning system (GPS) has helped in pinpointing locations and routes, saving time, providing fuel efficiency for aircrafts, and improving pilot performance. However, pilots and traffic controllers have commented on the lack of more accurate data and functionalities. Experts have also noted that GPS has a long way to go to make air traffic controllers more efficient in ensuring safe air traffic. With new technology being introduced in everyday activities, software developers and aircraft manufacturers will be able to introduce a more effective GPS in the near future (Wickens et al., 1998).
Purpose of the research
This research aims to identify the weaknesses of the Global Positioning System (GPS), including its advantages and disadvantages relative to air traffic management. By pinpointing its weaknesses, experts and policy makers can enhance capabilities to make GPS more useful for aviation.
Research question
How can GPS enhance aviation capability and safety and improve air traffic? What other functionalities are needed for GPS to improve communications between aircraft and ground control, and provide accurate data and faster and efficient air travel?
Hypothesis
GPS is useful for various applications in the field of aviation, but this has to be perfected to be applicable to the different processes and functionalities of air traffic, and to further provide safe and efficient air traffic.
Methodology
The method of research will include qualitative and quantitative research. Qualitative method includes interviews and literature review. The research will gather primary and secondary data, drawing from previous researches in aviation and information and data regarding global positioning systems. The results of the interviews will be incorporated with the current aviation literature, GPS data and capability, and current technologies that can improve the system.
Data Collection
Data collection will involve interviews and questionnaire from a sample, comprised of employees and managers of the airline industry, particularly pilots and air traffic controllers who are involved in air traffic and safety of aircraft.
Recommendation
In addition to interviews to be conducted on air traffic controllers and airline employees, data collection can also be conducted on IT professionals, software developers, and technology companies, which have valuable data and technology for GPS improvement.
Reference
Wickens, C., Mavor, A., Parasuraman, R., & McGee, J. (1998). The future of air traffic control: Human operators and automation. Washington D.C.: National Academies.
