This study proposes a computational impact angle control guidance law against a stationary
target considering the seeker's field-of-view (FOV) limit based on a deep reinforcement …

Traditional analytical impact angle control guidance laws with field-of-view (FOV) constraint
were studied in two-dimensional cases. This paper deals with this problem in a three …

This article proposes a guidance strategy that enables the interceptor to control its impact
time against stationary targets, while also meeting the field-of-view (FOV) constraints of the …

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 …

Abstract An Impact Angle, Speed and Acceleration Control Guidance (IASAG) law against
the stationary target is proposed, which is critical for the effectiveness of the air-to-surface …

This paper investigates a Terminal Line-of-Sight Angle-Constrained Target Tracking
Guidance (TLATT) for Unmanned Surface Vehicles (USVs). Dynamic target tracking …

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 …

This article proposes a bio-inspired algorithm called virtual motion camouflage (VMC) to
reduce the dimension and computational cost of entry trajectory optimization problem for the …