Chaos is known as a natural candidate for cryptography applications owing to its properties
such as unpredictability and initial state sensitivity. However, certain chaos-based …

When used in engineering applications, most existing chaotic systems may have many
disadvantages, including discontinuous chaotic parameter ranges, lack of robust chaos, and …

Memristor is a special nonlinear circuit component with internal state and can lead to
excellent chaos complexity in its constructed discrete system. To enhance the chaos …

Robust chaos is defined as the inexistence of periodic windows and coexisting attractors in
the neighborhood of parameter space. This characteristic is desired because a chaotic …

Chaotic systems are widely employed in many practical applications for their significant
properties. Existing chaotic systems may suffer from the drawbacks of discontinuous chaotic …

As chaotic dynamics is widely used in nonlinear control, synchronization communication,
and many other applications, designing chaotic maps with complex chaotic behaviors is …

When chaotic systems are used in different practical applications, such as nonlinear control
and cryptography, their complex chaos dynamics are strongly required. However, many …

Nowadays, images have an increasingly deep impact on human life, so it is essential to
encrypt images. Among various image encryption methods, chaotic encryption is particularly …

Designing low-dimensional discrete maps with initial-dependent coexisting property is an
attractive but challenging task. The coexisting property of a discrete map can be featured by …

Recently, due to the initial sensitivity, ergodicity, boundedness, and unpredictability of
chaos, it has been widely used in the fields of secure communication, signal processing …