| title : |
Control, synchronization, and anti-synchronization of different types of dynamical systems : Submitted for the degree of Doctorate LMD |
| Type de document : |
electronic document |
| Auteur : |
Derbouche Assia, Author ; Boularouk Yakoub (Chairman),Hamri Nasr-eddine (Supervisor), Laouira Widad(Co-supervisor),Deghdak Messaoud (Examiner), Benkara Mostefa Mohamed Cherif (Examiner), Kaouache Smail(Examiner), Author |
| Editeur : |
جامعة عبد الحفيظ بوالصوف ميلة |
| Date de publication : |
2026 |
| Nombre de pages : |
113p. |
| Dimensions : |
PDF |
| Matériel d'accompagnement : |
قرص مضغوط |
| ISBN (ou autre code) : |
D.N51024 |
| Langue : |
English (eng) Langue originale : English (eng) |
| Mots clé : |
Chaos, adaptive control, active control, synchronization, anti-synchronization. |
| Résumé : |
The study of chaos control and synchronization has made significant progress over the past few decades. It is due to their use in various sectors such as communication protection, biological systems, and, more recently, in the epidemiological field that their scope is so broad. Thus, we have presented various control techniques as well as different forms of synchronization.
In this work, we aim To attain complete synchronization and anti-synchronization of the SIR model, various control methods will be implemented, including active control, adaptive control, backstepping, and sliding mode. Next, we conduct a comparative analysis of these methods to identify the most effective one among them. |
| Lien vers la ressource électronique : |
https://syngeb.univ-mila.dz/fr/opac/result_details/950352 |
Control, synchronization, and anti-synchronization of different types of dynamical systems : Submitted for the degree of Doctorate LMD [electronic document] / Derbouche Assia, Author ; Boularouk Yakoub (Chairman),Hamri Nasr-eddine (Supervisor), Laouira Widad(Co-supervisor),Deghdak Messaoud (Examiner), Benkara Mostefa Mohamed Cherif (Examiner), Kaouache Smail(Examiner), Author . - جامعة عبد الحفيظ بوالصوف ميلة, 2026 . - 113p. ; PDF + قرص مضغوط. ISSN : D.N51024 Langue : English ( eng) Langue originale : English ( eng)
| Mots clé : |
Chaos, adaptive control, active control, synchronization, anti-synchronization. |
| Résumé : |
The study of chaos control and synchronization has made significant progress over the past few decades. It is due to their use in various sectors such as communication protection, biological systems, and, more recently, in the epidemiological field that their scope is so broad. Thus, we have presented various control techniques as well as different forms of synchronization.
In this work, we aim To attain complete synchronization and anti-synchronization of the SIR model, various control methods will be implemented, including active control, adaptive control, backstepping, and sliding mode. Next, we conduct a comparative analysis of these methods to identify the most effective one among them. |
| Lien vers la ressource électronique : |
https://syngeb.univ-mila.dz/fr/opac/result_details/950352 |
|
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