Guidance, Navigation & Control
Toolbox
Theoretical and practical resources
for GNC engineers
Technical Disciplines
Core Focus Areas
Comprehensive coverage of guidance, navigation, and control systems for aerospace applications.
Guidance Systems
Trajectory optimization algorithms, path planning methodologies, and mission guidance strategies for spacecraft and aircraft systems.
Navigation & Estimation
State estimation techniques including Kalman filtering, sensor fusion, and integration of GNSS with inertial navigation systems.
Control Theory
Classical and modern control design, optimal control techniques, robust methods, and comprehensive stability analysis.
Flight Dynamics
Flight mechanics, aerodynamics, equations of motion, stability.
Simulation & Analysis
MATLAB/Simulink implementations, Monte Carlo analysis, hardware-in-the-loop testing, and validation frameworks.
Flight Control
Autopilot design, flight management systems, stability augmentation, and fly-by-wire control architectures.
Recent Publications
Latest Technical Articles
Detailed analysis and practical implementations from aerospace GNC research.
Engineering Resources
Tools & References
Curated libraries, code repositories, and technical documentation.
Code Repository
Open-source MATLAB and Python implementations of GNC algorithms with comprehensive documentation and testing frameworks.
Technical Library
Curated collection of peer-reviewed papers, industry standards, and reference textbooks for aerospace engineering.
Simulation Tools
Validated simulation frameworks and test environments for GNC system development and verification.