“…The stochastic computing processes have been executed to solve a large variety of nonlinear systems, few of them are fractional singular systems (Sabir et al 2021c , d , e ), like higher order singular systems (Ayub et al 2021 ; Sabir et al 2021a ), dengue fever system (Umar et al 2020b , c , d , e ), SITR based COVID-19 models (Umar et al 2020b , c , d , e , 2021a , b ), delay singular function system (Khan et al 2021 ; Sabir et al 2021b ), SIR system for spreading infection and treatment (Umar et al 2021a , b ), mosquito release system in the heterogeneous environment (Umar et al 2020a ), doubly singular nonlinear models (Raja et al 2019 ; Sabir et al 2020a , b , c ), rank-constrained spectral clustering (Li et al 2018a , b ), zero-shot event detection system (Li et al 2019 ), fuzzy K-means clustering associated discriminative embedding scheme (Li et al 2018a , b ), multiclass classification systems (Yan et al 2020 ). dynamic affinity graph construction strategy for spectral clustering (Nie et al 2020 ), enhanced multilayer piezoelectric transducer design (Naz et al 2021 ), performance investigation of the heat sink of functionally graded material of the porous fin (Ahmad et al 2021 ), impact of heat transfer in a Bodewadt flow model (Awais et al 2021 ), thin film flow model over a stretched surface (Uddin et al 2021 ) and state estimation problems arising in underwater Markov chain maneuvering targets (Ali et al 2021 ).…”