Description
Book SynopsisChapter 1: Laboratory Gravitational Waves: Sources and Detection.- Chapter 2: Color Theory: Basic Color Models 10.0 Basic Music Theory5.0 - Harmonics.- Chapter 3: Possible Extension of Linguistics, Semiology, and Geometric Lie Algebra Foundation of Atomic Structure and Periodic System to Superconductivity.- Chapter 4: Color Theory: Basic Color Models 12.0 Basic Music Theory 7.0 - Basic Time Hypothesis.- Chapter 5: Original Lie Algebra Behind Real Structure, Models, and Interactive Computer System of Chemical Elements, Compounds, and Compositions.- Chapter 6: Secret Sharing Schemes for General Access Structures with Leakage Resilience.- Chapter 7: Approximation of Functions in Generalized Hölder Space by Means of Picard Singular Integral.- Chapter 8: Numerical Analysis on the Transport Process of Heat and Mass on MHD Nanofluid Flow Including Chemical Reaction and the Slip Effects at the Boundary of a Stretching Surface.- Chapter 9: Fibonacci Generation of Exact Distribution of Fibonacci Summands.- Chapter 10: Riemann Integral of Set-Valued Functions on Time Scales.- Chapter 11: Real Projective Space with Topological Surgery Theory.- Chapter 12: Fixed Point Analysis of a Homogeneous Isotropic Turbulent Flow.- Chapter 13: Symmetric and Asymmetric Axial and Directional Models and Bivariate Extensions Thereof.- Chapter 14: Classification and Regression Error Bounds for Inhomogeneous Data with Applications to Wireless Networks.- Chapter 15: Probabilistic Bounds for Data Storage with Feature Selection and Undersampling.
