Add to ORKGTerminal impact angle control is crucial for enhancement of warhead effectiveness. In the literature, this problem has been addressed in the context of targets with lower speeds than the interceptor. However, in the current defence scenario, targets of much higher speed than the interceptor is a reality. This paper presents a generic proportional navigation (PN) based guidance law, that uses the standard PN and novel Retro-PN guidance laws based on the initial engagement geometry and terminal engagement requirements, for three dimensional engagement scenario against higher speed nonmaneuvering targets to control terminal impact angle. Results are obtained on the set of achievable impact angles and conditions on the navigation constant to ac...
[[abstract]]The implementation of a classic three-dimensional PPN guidance against a high-speed nonm...
This article paper proposes a variation of the augmented proportional navigation law, called combine...
Proportional Navigation (PN) and its variants are widely used guidance philosophies. However, in the...
Terminal impact angle control is crucial for enhancement of warhead effectiveness. In the literature...
In the literature, the impact angle control problem has been addressed mostly against lower speed or...
To intercept a higher-speed target in the terminal guidance phase, this paper proposes a generalized...
AbstractA new proportional navigation (PN) guidance law, called combined proportional navigation (CP...
A new proportional navigation (PN) guidance law, called combined proportional navigation (CPN), is p...
This brief presents the capturability analysis of a 3-D Retro-proportional navigation (Retro-PN) gui...
Impact angle constrained guidance laws are important in many applications such as guidance of torped...
Impact angle controlled interception of stationary targets is considered in a surface-to-surface eng...
Guidance is defined as the determination of a strategy for following a nominal path in the presence ...
In this paper, a new proportional-navigation guidance law, called retro-proportional-navigation, is ...
This thesis deals with development of guidance laws for advanced applications. Two class of guidance...
[[abstract]]Unlike the traditional ways adopted by most of the researchers, the rotating angle of re...
[[abstract]]The implementation of a classic three-dimensional PPN guidance against a high-speed nonm...
This article paper proposes a variation of the augmented proportional navigation law, called combine...
Proportional Navigation (PN) and its variants are widely used guidance philosophies. However, in the...
Terminal impact angle control is crucial for enhancement of warhead effectiveness. In the literature...
In the literature, the impact angle control problem has been addressed mostly against lower speed or...
To intercept a higher-speed target in the terminal guidance phase, this paper proposes a generalized...
AbstractA new proportional navigation (PN) guidance law, called combined proportional navigation (CP...
A new proportional navigation (PN) guidance law, called combined proportional navigation (CPN), is p...
This brief presents the capturability analysis of a 3-D Retro-proportional navigation (Retro-PN) gui...
Impact angle constrained guidance laws are important in many applications such as guidance of torped...
Impact angle controlled interception of stationary targets is considered in a surface-to-surface eng...
Guidance is defined as the determination of a strategy for following a nominal path in the presence ...
In this paper, a new proportional-navigation guidance law, called retro-proportional-navigation, is ...
This thesis deals with development of guidance laws for advanced applications. Two class of guidance...
[[abstract]]Unlike the traditional ways adopted by most of the researchers, the rotating angle of re...
[[abstract]]The implementation of a classic three-dimensional PPN guidance against a high-speed nonm...
This article paper proposes a variation of the augmented proportional navigation law, called combine...
Proportional Navigation (PN) and its variants are widely used guidance philosophies. However, in the...