ولاء ابراهيم محمود جبر
رئيس القسم
On the Consolidity-Inhibitors Theory of Change
Sylwan Journal • 2019
معلومات البحث
المؤلفون
Walaa Ibrahim Gabr;Hassen Taher Dorrah;Mohamed Zaki Abdel Magiud
الكلمات المفتاحية
Consolidity theory; Inhibitors effects; “Time driven-Event driven parameters change”
paradigm; Reversibility of Consolidity theory of change; Parameter varying system; Symbolicbased
consolidity and inhibitors analysis
المجلة العلمية
Sylwan Journal
الناشر
Sylwan
المجلد
163
العدد
9
الصفحات
134 - 147
publication.type
International
رابط البحث
Open Link
المواد المرفقة
Not Available
الملخص
In this paper, the first Consolidity-based inhibitors theory of change paradigm is introduced based on the two levels of “Time driven-Event driven” parameters change configuration. The inhibitors are characterized by their ability to slow-down or speed-up the physical systems progress without being part of their mathematical formulations. The new paradigm is presented for both the forward and backward (reversible) progress. Such paradigm provides the proof of concept of the theory of change previously proposed. Applications of the new paradigm are open to most real-life disciplines such as: life sciences, ecology, environmental science, agronomy, engineering, materials sciences, chemistry, biology, medicine, pharmacology, psychiatry, political science, sociology, humanities, mass communications and education. Finally, some real case studies of Consolidity versus Inhibitors effect analysis are presented. These cover the effect of communication media (the inhibitor) in reducing HIV/AIDS spread, analysis of spread of infectious disease problem subject to variability of level of hygiene (the inhibitor), and studying the prey-predator system under various external influences (the inhibitors). In all these applications, the consolidity charts will help in guiding the system progress towards achieving its main target with the proper adjustment of such inhibitor(s) level. Finally, the concept of symbolic-based consolidity and inhibitors for generic system change representation and analysis is proposed.
