Author

Pardeep Kumar

Department of Mathematics, Indraprastha College for Women, University of Delhi, Delhi, 110054, India

ORCID 0000-0002-9416-1723

Published papers: 3
Citations: 0
Views: 206
Downloads: 193

Publications

3 papers

Open Access Research Article·pp. 2637–2652·Vol. 29, Issue 9Sep 2026

Caputo derivative–driven neural network synchronization of fractional-order tumor and environmental models

Ayub Khan, Pardeep Kumar, Govind Kumar Jha, Meenu, Sarita Jha

Published Online: 30 Sep 2026DOI: 10.47974/JIM-2657

In this paper: Understanding and controlling chaotic dynamics in biological systems is critical for predicting disease progression and maintaining ecological balance. In this work, we develop a fractional-order, neu...

Abstract References Full Text PDF (796 KB)Views: 102Downloads: 89Citations: 0

Open Access Research Article·pp. 3323–3337·Vol. 47, Issue 9-ASep 2026

Optimized chaos control in bio-environmental systems

Ayub Khan, Ajeet Singh, Pardeep Kumar, Dhanpal Singh

Published Online: 30 Sep 2026DOI: 10.47974/JIOS-2423

In this paper: In this study, we are going to examining about microorganisms present in the environment influence the nature of populations affected by psychological disorders. For this objective, we have used two d...

Abstract References Full Text PDF (832 KB)Views: 48Downloads: 46Citations: 0

Open Access Research Article·pp. 3309–3322·Vol. 47, Issue 9-ASep 2026

Adaptive chaos control via neural networks : From microorganism-driven climate to cancer growth

Ayub Khan, Pardeep Kumar, Sarita Jha, Tripti Anand, Govind Kumar Jha

Published Online: 30 Sep 2026DOI: 10.47974/JIOS-2422

In this paper: This research work investigates how to control the chaos in dissipative dynamical systems. To this aim, we have analyzed the novel systems: one is related to the variation in temperature caused by mic...

Abstract References Full Text PDF (696 KB)Views: 56Downloads: 58Citations: 0