A new missile guidance law is proposed for the control of impact time which provides an improved time-to-go calculation by removing error due to trajectory curvature and also provides a family of trajectories for trajectory planning purposes. Unlike conventional optimal guidance laws, the proposed law is non explicit in time-to-go and the linearization of the engagement kinematics in order to gain a closed form solution is not necessary
Accurate calculation of time to go until impact is an essential component in coordinating multiple p...
This dissertation studies the optimal guidance of homing missiles. The guidance objective is to dete...
Introduction: The primary objective of missile guidance laws is to drive the missile to intercept a ...
This paper proposes a novel approach for guidance law design to satisfy the impact-time constraints ...
Autonomous aerial vehicles like missiles and unmanned aerial vehicles (UAVs) have attracted various ...
AbstractA novel closed-form guidance law with impact time and impact angle constraints is proposed f...
This study presents a novel impact time and angle constrained guidance law for homing missiles. The ...
Standard optimal guidance laws are formulated using linear dynamic constraints and are typically exp...
AbstractThis study presents a novel impact time and angle constrained guidance law for homing missil...
This brief introduces a new design methodology for impact angle control guidance (IACG) laws. The pr...
This thesis proposes and evaluates a new cooperative guidance law called General Vector Explicit - I...
AbstractTo control missile’s miss distance as well as terminal impact angle, by involving the time-t...
An optimal impact angle control guidance law is proposed in this paper.The missile system is approxi...
This paper proposes an optimal impact angle control guidance law for homing missiles with a narrow f...
A new, highly constrained guidance law is proposed against a maneuvering target while satisfying bot...
Accurate calculation of time to go until impact is an essential component in coordinating multiple p...
This dissertation studies the optimal guidance of homing missiles. The guidance objective is to dete...
Introduction: The primary objective of missile guidance laws is to drive the missile to intercept a ...
This paper proposes a novel approach for guidance law design to satisfy the impact-time constraints ...
Autonomous aerial vehicles like missiles and unmanned aerial vehicles (UAVs) have attracted various ...
AbstractA novel closed-form guidance law with impact time and impact angle constraints is proposed f...
This study presents a novel impact time and angle constrained guidance law for homing missiles. The ...
Standard optimal guidance laws are formulated using linear dynamic constraints and are typically exp...
AbstractThis study presents a novel impact time and angle constrained guidance law for homing missil...
This brief introduces a new design methodology for impact angle control guidance (IACG) laws. The pr...
This thesis proposes and evaluates a new cooperative guidance law called General Vector Explicit - I...
AbstractTo control missile’s miss distance as well as terminal impact angle, by involving the time-t...
An optimal impact angle control guidance law is proposed in this paper.The missile system is approxi...
This paper proposes an optimal impact angle control guidance law for homing missiles with a narrow f...
A new, highly constrained guidance law is proposed against a maneuvering target while satisfying bot...
Accurate calculation of time to go until impact is an essential component in coordinating multiple p...
This dissertation studies the optimal guidance of homing missiles. The guidance objective is to dete...
Introduction: The primary objective of missile guidance laws is to drive the missile to intercept a ...