A Line of Sight (LOS) angular acceleration-based three-dimensional (3-D) trajectory
planning method is designed for aerial vehicles under constrained arrival without range …

Nowadays, many dynamic systems show the characteristics of multiple-input-multiple-output
and nonlinearity, which usually involve the solution of time-dependent nonlinear equations …

In this work, a distributed scheme based on quadratic programming for cooperative manner
of multiple redundant manipulators with limited space constraints is studied. For the solution …

Image fusion can obtain the superior information and reduce the noise in the source image
by designing a specific scheme. However, the noise in image fusion has been a difficult …

In this article, we derive the predictor–corrector (PC) methods with three-order convergent
precision, together with a class of specific general linear three-step (GLTS) rules provided …

It is common knowledge that the future quadratic programming (FQP) problem is a
challenging and widely applicable topic in mathematical science and many engineering …

Due to the excellent time-varying problem-solving capability of zeroing neural network
(ZNN), many redundancy resolution schemes based on ZNN have been proposed for …

Dynamic nonlinear equations (DNEs) are essential for modeling complex systems in various
fields due to their ability to capture real-world phenomena. However, the solution of DNEs …

Zeroing neural network (ZNN) with different activation functions (AFs) for finding zero-result
of time-varying quadratic programming (TVQP) with no noises are revisited. To improve the …

Zhang neural network (ZNN), a special recurrent neural network, has recently been
established as an effective alternative for time-varying linear equations with inequality …