Abstract Fractional order controllers become increasingly popular due to their versatility and superiority in various performances. However, the bottleneck deploying these tools practice is related analog or numerical implementation. Numerical approximations are usually employed which approximation of fractional differintegrator foundation. Generally, following three identical equations always ...

Nowadays, satellite images are used in many applications, and their automatic processing is vital. Conventional integer grey-scale edge detection algorithms often for this. This study shows that the use of color-based, fractional order may enhance results obtained using conventional techniques images. It also it possible to find a fixed set parameters, allowing while maintaining high performance.

The current article presents a design procedure for obtaining robust multiple-input and multiple-output (MIMO) fractional-order controllers using ?-synthesis with D–K iteration. uses the generalized Robust Control framework in order to find controller which meets stability performance criteria family of plants. Because this control problem is NP-hard, it usually solved an approximation, most co...

The dynamic behavior of fractional order systems have received increasing attention in recent years, In this paper the reliable phase synchronization problem between two coupled chaotic fractional order system with varying time is constructed, An active delay expected synchronization between two coupled chaotic fractional order systems and hyperchaotic fractional order systems is analyzed by ut...