Kwasi Baah Gyamfi
The researcher has conducted extensive research in the Physical Sciences domain, focusing on multiple interconnected areas such as complex systems and time series analysis (Social Sciences), solar radiation and photovoltaics (Physical Sciences), matrix theory algorithms (Physical Sciences), ECG monitoring and analysis (Health Sciences), chaos-based image/signal encryption (Physical Sciences), algebraic structures and combinatorial models (Physical Sciences), polynomial and algebraic computation (Physical Sciences), chaos control and synchronization (Physical Sciences), and advanced mathematical theories and applications (Physical Sciences). Their work spans diverse areas within physical sciences, including solar physics, matrix theory, ECG signal processing, encryption techniques, chaos research, computational methods, abstract algebra, and mathematical frameworks. This integrated approach reflects a comprehensive exploration across multiple domains.
Faculty Biography
Dr. Kwasi Baah Gyamfi is a Senior Lecturer at the Department of Mathematics, KNUST. I had my P.hD research work in Pure Mathematics at the University of Connectiut, USA and M.Sc degree at the Norwegian University of Science and Technology (NTNU), Norway. Prior to that I had my B.Sc degree at the Department of Mathematics, KNUST. My research interest is in pure mathematics: Algebra and Analysis.
Advanced Mathematical Theories and Applications
Algebraic structures and combinatorial models
Chaos control and synchronization
Chaos-based Image/Signal Encryption
Complex Systems and Time Series Analysis
ECG Monitoring and Analysis
Matrix Theory and Algorithms
Polynomial and algebraic computation
Solar Radiation and Photovoltaics
A Modified AES-512 Bits Algorithm for Data Encryption
Open AccessINVERSE EIGENVALUE PROBLEM FOR SYMMETRIC MATRICES IN THE CONTEXT OF THE LIE GROUP
Open AccessPeriodic Point as a Recurrent Formation Using the Logistic Function: A Survey
Open AccessUsing the Logistic Map as Compared to the Cubic Map to Show the Convergence and the Relaxation of the Period–1 Fixed Point
Open AccessEvaluating the Performance of Unit Root Tests in Single Time Series Processes
Open AccessGalois Fields and some of its Applications
Open AccessSolubility Existence of Inverse Eigenvalue Problem for a Class of Singular Hermitian Matrices
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Open AccessHomological Properties in Relation to Nakayama Algebras
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Open AccessAn artificial ECG signal generating function in MATLAB^{TM}
Open AccessSolvability of Inverse Eigenvalue Problem for Dense Singular Symmetric Matrices
Open AccessProbability Distributional Analysis of Hourly Solar Irradiation in Kumasi-Ghana
Open AccessDepartment of Mathematics
Kwame Nkrumah University of Science and Technology