Author:
Ranjan Shashi,Anand G.,Nanda Manju,Lakshmi S. Jyothi
Abstract
Data Analysis and Visualization play a significant role today. The data represented graphically are more attractive and easily understandable. The paper aims to describe the design and development cycle of a flight data visualization tool. This tool facilitates a graphical analysis of critical flight parameters, which aids in deciding the upcoming operation during the testing stage. Data has always been a constant element in every field of work. Data analysis has evolved from manual to computational methods in recent years and is widely used for pre and post-research purposes. To achieve high accuracy and fast computation, high-level programming languages produce graphical data within a smaller framework of time, enabling quick analysis.
Reference11 articles.
1. Jose Lovin K., Nanda Manju, Poonam Patil S., and Anand G.. Model-Based Code Generation for Avionics Display Graphics. Computational Algorithm for AI Technology, Proceedings of ICAIECES, 2020.
2. Rajkumar Reshma, Nanda Manju, Jayanthi J., and Anand G.. Model-Based Test Approach on EICAS Ground Testpages Using SCADE Display Software. Computational Algorithm for AI Technology, Proceedings of ICAIECES, 2020.
3. Anand G., Nanda Manju, Nayana K., and Jayanthi J.. Avionics Display for TwoSeated Aircraft Using OpenGL. Computational Algorithm for AI Technology, Proceedings of ICAIECES, 2020.
4. Kumar S., Nanda M., Rao P.R., Jose L.K., Model-based approach for design and development of avionics display application, in ICETE (2019)
5. Aghassibake N., et al. (2020). Supporting data visualization services in academic libraries. The Journal of Interactive Technology and Pedagogy, 18.