This paper is concerned with devising nonlinear optimal guidance for intercepting a
stationary target with a desired impact time. According to Pontryagin's maximum principle …

This article presents a nonlinear 3-D guidance law for homing missiles with a field-of-view
(FOV) constraint to achieve impact time and angle control against a stationary target …

This paper investigates the three-dimensional (3D) spatial–temporal cooperative guidance
problem for multiple missiles with time-varying speeds, which is addressed by a progressive …

A three-dimensional strap-down seeker based multi-constrained guidance law for an
interceptor is proposed in this paper to achieve near zero miss distance with minimal control …

TO EFFECTIVELY saturate the enemy's defense system, control of the time of interception is
important [1]. Homing interceptors use their own seekers to locate and pursue targets …

In this study, two nonsingular three-dimensional (3D) guidance strategies to intercept a
stationary target with desired impact angles, subject to nonlinear coupled dynamics, field-of …

This article proposes barrier Lyapunov function-based guidance strategies to achieve target
interception, by a seeker-equipped interceptor having a limited field-of-view (FOV), at a …

The problem of impact time control guidance with field-of-view constraint is addressed
based on time-varying sliding mode control. The kinematic conditions that satisfy the impact …

The problem of three-dimensional impact time control guidance considering field-of-view
constraints and time-varying velocity is investigated in this study. First, considering the effect …

In view of the cooperative guidance problem with time delay, this paper proposes a two-
stage time-delay prescribed-time cooperative guidance law in the three-dimensional (3D) …