In this article, fixed-time cooperative guidance laws are designed for multiple missiles to
simultaneously attack a maneuvering target at desired terminal angles. The 3-D guidance …

This paper proposes a three-dimensional adaptive sliding mode cooperative guidance law
using multiple low-speed interceptors with time-varying speeds for effectively intercepting …

This paper studies the problem of multiple interceptors with low velocity, weak
maneuverability, and limited overload constraint to cooperatively intercept hypersonic …

This work proposes two different three-dimensional (3D) cooperative guidance strategies for
a group of interceptors aiming a simultaneous interception of a stationary target. The …

This paper proposes a three-dimensional, nonlinear guidance strategy for terminal-time-
constrained interception of a nonmaneuvering target. The restrictive assumption of …

This paper proposes a coverage-based cooperative guidance (CBCG) law to enable low-
velocity and constrained-manoeuvrability interceptors to intercept a hypersonic vehicle …

Abstract The three-dimensional (3D) impact time and angle guidance problem is of great
practical significance but remains open because of the coupling nonlinearity and multiple …

In order to improve the multiple-missile cooperative attack capability and penetration
capability, this paper investigates two three-dimensional impact-angle-constrained …

This article proposes sliding-mode-control-based guidance strategies for a team comprised
of aircraft and a defending interceptor against an attacker. The proposed guidance …

This paper deals with nonsingular guidance and control design for an interceptor, using a
decoupled approach, steered by the combined effects of both canard and tail, to intercept a …