Semnan UniversityInternational Journal of Nonlinear Analysis and Applications2008-682212Special Issue20211213Numerical and experimental full synchronization of $2\times 2$ optoelectronic device network19371946595210.22075/ijnaa.2021.5952ENFarahFarmanAl-Esraa University College, IraqHind A.JasimAl-Esraa University College, IraqAhmedSameerAl-Esraa University College, IraqAsmaa AbdulrahmanHaneenAl-Esraa University College, IraqJournal Article20211005 Numerically and experimentally the full synchronization of $2\times 2$ optoelectronic device network. By the using of $2\times 2$ oscillator's network, every one of the oscillators has been considered as optocoupler (i.e. LED that has been coupled with photodetector). By fixing the strength of the feedback $(\mathcal{E})$ and increasing the current of the bias $(\delta)$ of every one of the oscillators, the dynamic sequence like chaotic and periodic mixed-mode oscillations has been observed. Synchronization of unidirectionally coupled optoelectronic devices network has been featured when bias current equal to $4.4\times 10^{-4}$. Transitions between the synchronization and the non-synchronization states through spatiotemporal distributions have been investigated.https://ijnaa.semnan.ac.ir/article_5952_c4fd08254f3b2be65c36ef6d718dc6dc.pdf