This letter demonstrates RF microelectromechanical systems (MEMS) fractal capacitors possessing the highest reported self-resonant frequencies (SRFs) in PolyMUMPS to date
Experimental comparison of integer/fractional-order electrical models of plant
In this paper, different integer and fractional-order models are studied from electrical point of view, these models are used to fit the measured impedance data for different types of fruits and vegetables
Power and energy analysis of fractional-order electrical energy storage devices
Characterizing and modeling electrical energy storage devices is essential for their proper integration in larger systems
Chaotic Flower Pollination and Grey Wolf Algorithms for parameter extraction of bio-impedance models
Precise parameter extraction of the bio-impedance models from the measured data is an important factor to evaluate the physiological changes of plant tissues
Capacitive behavior and stored energy in supercapacitors at power line frequencies
Supercapacitors are commonly viewed and mainly employed as dc electrical energy storage devices
Biohybrid soft robots, E-skin, and bioimpedance potential to build up their applications: A review
Soft Robotics is a new approach towards better human-robot interaction and biomimicry in the robotics field
1-D digitally-controlled multiscroll chaos generator
A digitally-controlled MOS-transistor-based 1-D multiscroll chaos generator is proposed
Low-voltage commercial super-capacitor response to periodic linear-with-time current excitation: A case study
The response of a commercial super-capacitor to an applied periodic current excitation in the form of a triangular waveform is investigated in this study
Software and Hardware Implementation Sensitivity of Chaotic Systems and Impact on Encryption Applications
This paper discusses the implementation sensitivity of chaotic systems added to their widely discussed sensitivities to initial conditions and parameter variation
Generalized switched synchronization and dependent image encryption using dynamically rotating fractional-order chaotic systems
This paper presents a generalization, attractor control and multi-scroll generation method for fractional-order chaotic systems through rotation transformation