Proportional Navigation Intro Solution Set

Have you ever been inspired by how a bird captures its prey and wondered how a missile hits its target? In this new

Have you ever been inspired by how a bird captures its prey and wondered how a missile hits its target? In this new

Introduction

Have you ever been inspired by how a bird captures its prey and wondered how a missile hits its target? In this new

This module details Matlab (or Octave) coding of the 2D nonlinear pursuer-target engagement with

Have you ever been inspired by how a bird captures its prey and wondered how a missile hits its target? In this new

In this module, a 3D engagement of a weaving target is extensively explored. After problem definition, engagement trajectories ...

Have you ever been inspired by how a bird captures its prey and wondered how a missile hits its target? In this new

Reference: Zarchan, P., "Tactical and Strategic Missile Guidance," 5th Edition, AIAA, 2007. Have you ever been inspired by how a ...

This video is a real-world testing of the algorithms developed in my thesis.

Have you ever been inspired by how a bird captures its prey and wondered how a missile hits its target? In this new

Have you ever been inspired by how a bird captures its prey and wondered how a missile hits its target? In this new

Legend: Green → Target Yellow → Pure chase Red →

Unpack the core logic driving modern air-to-air missile intercepts. Standard pursuit guidance fails against maneuvering targets; ...

In this project, I implemented a 2D missile interception simulation in Python using the

Computer simulations using artificial 3D vector space. For a full description, see the beginning of the published video.

Computer simulations using artificial 3D vector space. For a full description, see the beginning of the published video.

Simplified trajectory shaping guidance (yet another derivative of

Reference: Zarchan, P., "Tactical and Strategic Missile Guidance," 5th Edition, AIAA, 2007. Have you ever been inspired by how a ...