Dr. Indra Rajasingh serves as an Adjunct Professor, bringing over 43 years of extensive experience in education and research. Throughout her distinguished career, she has mentored 25 Ph.D. scholars, published 140 research papers in prestigious SCI and Scopus indexed journals, and guided more than 6,000 students. In addition to her impressive academic contributions, Dr. Indra Rajasingh is known for her innovative teaching methods and commitment to fostering a collaborative learning environment, making her a respected leader in her field.Dr. Sharmila Mary Arul a Professor and the Head of the Department of Mathematics for Excellence, boasts 28 years of experience in education, complemented by 13 years dedicated to research. She has made significant contributions to the development of advanced mathematics curricula and has played a pivotal role in various academic committees aimed at enhancing student success. Dr. Sharmila Mary Arul is also recognized for her passion for mentoring young researchers and her active involvement in community outreach programs that promote mathematics education.Dr. Diana Grace Thomas is an Associate Professor with 19 years of experience in the field of education, known for her engaging lecture style and dedication to student-centered learning, which has inspired countless students to pursue careers in mathematics and related fields.

• Part 1: Graph Theory.- Chapter 1: Optimizing Wirelength In Embedding Tur´An Graphs Into Complete.- Chapter 2: Square Difference Geometric Mean 3-Equitable Labeling of Certain.- Chapter 3: Domination Number In Sierpi´nski Networks.- Chapter 4: Vertex Prime and Edge Ternion Sum Labeling of Certain Centralized.- Chapter 5: Vertex Odd Mean(VOM) Labeling of Super Subdivision of Some Graphs.- Chapter 6: Burning Neural Networks With Harary Graphs for Optimal Connectivity.- Chapter 7: k-prime Total Labeling of Union of Graphs.- Chapter 8: Optimizing Wirelength In Graph Embedding: Folded Hypercube Into Fan And Windmill Networks - A Comparative Study.- Chapter 9: Connectedness and Distance Energy of Hamacher d-fuzzy graphs.- Chapter 10: Minimum Vertex Cover In Extended Fibonacci Cubes.- Chapter 11: Power Dominator Sum Coloring of Graphs.- Chapter 12: Roman Domination Number for Fractal Cubic Networks.- Chapter 13: Analyzing The Factors Associated With The Severity of Non Alcoholic Fatty Liver Disease (Nafld) Using Graph Theory and Matrix Approach Method.- Chapter 14: Some Results On Variants of Lucky Labeling of Extended Polytopes.- Chapter 15: Topological Indices of Vemurafenib For The Cure of Melanoma Cancer.- Chapter 16: Antimagic Labeling of Network Graphs.- Chapter 17: Edge Vertex Prime Labeling (Evpl) of Certain Trees And Graphs.- Chapter 18: Domination Equitable Coloring for Family of Ladder Graphs.- Chapter 19: Large Graphs With Small Burning Numbers.- Chapter 20: Equality of Domination Parameters in Certain Necklace Graphs.- Chapter 21: Centered Triangular Sum Labeling of m, n− snowflake graph.- Chapter 22: Paired Transmission In Networks.- Part 2: Fuzzy Mathematics.- Chapter 23: An Application of Generalized Fuzzy Soft Sets In Analyzing Student’s Performance Level During Online Mode of Education.- Chapter 24: Novel Similarity Measures for Linguistic Intuitionistic Fuzzy TOPSIS Method for Decision Support System.- Part 3: Statistics.- Chapter 25: The Analysis of The Value Of Π By Simulation Approach And Non-Parametric Statistical Testing of Hypothesis.- Chapter 26: Optimizing Quality of Service In Internet And Web Services Through A Two Stage Retrial Tandem Queuing Model With Working Vacation.- Part 4: Physics.- Chapter 27: An Analysis of MHD Thermally and Chemically Reactant WilliamsonNanofluid Over an Exponentially Stretched Sheet with Joules Heating.- Chapter 28: Impact of Radiation and Dissipation On An Unsteady Nano Fluid Flow Over An Elongating Sheet.- Part 5: Miscellaneous.- Chapter 29: Modern Methodology of Medicine Versus Its Traditional One – A Theoretical Graph Approach.- Chapter 30: Parikh Matrices of Prouhet Array Morphic Images of Two-dimensional Arrays.- Chapter 31: Graph Analysis on Physiological Aging – A Theoretical Investigation.- Chapter 32: Multiset Quadripartioned Neutrosophic Cubic Topological Space.- Chapter 33: A Theoretical Graph Analysis On Eeg Controlled Bionic Arm With Importance To Senses of Human.

Dr. Indra Rajasingh serves as an Adjunct Professor, bringing over 43 years of extensive experience in education and research. Throughout her distinguished career, she has mentored 25 Ph.D. scholars, published 140 research papers in prestigious SCI and Scopus indexed journals, and guided more than 6,000 students. In addition to her impressive academic contributions, Dr. Indra Rajasingh is known for her innovative teaching methods and commitment to fostering a collaborative learning environment, making her a respected leader in her field.Dr. Sharmila Mary Arul a Professor and the Head of the Department of Mathematics for Excellence, boasts 28 years of experience in education, complemented by 13 years dedicated to research. She has made significant contributions to the development of advanced mathematics curricula and has played a pivotal role in various academic committees aimed at enhancing student success. Dr. Sharmila Mary Arul is also recognized for her passion for mentoring young researchers and her active involvement in community outreach programs that promote mathematics education.Dr. Diana Grace Thomas is an Associate Professor with 19 years of experience in the field of education, known for her engaging lecture style and dedication to student-centered learning, which has inspired countless students to pursue careers in mathematics and related fields.

• Part 1: Graph Theory.- Chapter 1: Optimizing Wirelength In Embedding Tur´An Graphs Into Complete.- Chapter 2: Square Difference Geometric Mean 3-Equitable Labeling of Certain.- Chapter 3: Domination Number In Sierpi´nski Networks.- Chapter 4: Vertex Prime and Edge Ternion Sum Labeling of Certain Centralized.- Chapter 5: Vertex Odd Mean(VOM) Labeling of Super Subdivision of Some Graphs.- Chapter 6: Burning Neural Networks With Harary Graphs for Optimal Connectivity.- Chapter 7: k-prime Total Labeling of Union of Graphs.- Chapter 8: Optimizing Wirelength In Graph Embedding: Folded Hypercube Into Fan And Windmill Networks - A Comparative Study.- Chapter 9: Connectedness and Distance Energy of Hamacher d-fuzzy graphs.- Chapter 10: Minimum Vertex Cover In Extended Fibonacci Cubes.- Chapter 11: Power Dominator Sum Coloring of Graphs.- Chapter 12: Roman Domination Number for Fractal Cubic Networks.- Chapter 13: Analyzing The Factors Associated With The Severity of Non Alcoholic Fatty Liver Disease (Nafld) Using Graph Theory and Matrix Approach Method.- Chapter 14: Some Results On Variants of Lucky Labeling of Extended Polytopes.- Chapter 15: Topological Indices of Vemurafenib For The Cure of Melanoma Cancer.- Chapter 16: Antimagic Labeling of Network Graphs.- Chapter 17: Edge Vertex Prime Labeling (Evpl) of Certain Trees And Graphs.- Chapter 18: Domination Equitable Coloring for Family of Ladder Graphs.- Chapter 19: Large Graphs With Small Burning Numbers.- Chapter 20: Equality of Domination Parameters in Certain Necklace Graphs.- Chapter 21: Centered Triangular Sum Labeling of m, n− snowflake graph.- Chapter 22: Paired Transmission In Networks.- Part 2: Fuzzy Mathematics.- Chapter 23: An Application of Generalized Fuzzy Soft Sets In Analyzing Student’s Performance Level During Online Mode of Education.- Chapter 24: Novel Similarity Measures for Linguistic Intuitionistic Fuzzy TOPSIS Method for Decision Support System.- Part 3: Statistics.- Chapter 25: The Analysis of The Value Of Π By Simulation Approach And Non-Parametric Statistical Testing of Hypothesis.- Chapter 26: Optimizing Quality of Service In Internet And Web Services Through A Two Stage Retrial Tandem Queuing Model With Working Vacation.- Part 4: Physics.- Chapter 27: An Analysis of MHD Thermally and Chemically Reactant WilliamsonNanofluid Over an Exponentially Stretched Sheet with Joules Heating.- Chapter 28: Impact of Radiation and Dissipation On An Unsteady Nano Fluid Flow Over An Elongating Sheet.- Part 5: Miscellaneous.- Chapter 29: Modern Methodology of Medicine Versus Its Traditional One – A Theoretical Graph Approach.- Chapter 30: Parikh Matrices of Prouhet Array Morphic Images of Two-dimensional Arrays.- Chapter 31: Graph Analysis on Physiological Aging – A Theoretical Investigation.- Chapter 32: Multiset Quadripartioned Neutrosophic Cubic Topological Space.- Chapter 33: A Theoretical Graph Analysis On Eeg Controlled Bionic Arm With Importance To Senses of Human.

Dr. Indra Rajasingh serves as an Adjunct Professor, bringing over 43 years of extensive experience in education and research. Throughout her distinguished career, she has mentored 25 Ph.D. scholars, published 140 research papers in prestigious SCI and Scopus indexed journals, and guided more than 6,000 students. In addition to her impressive academic contributions, Dr. Indra Rajasingh is known for her innovative teaching methods and commitment to fostering a collaborative learning environment, making her a respected leader in her field.Dr. Sharmila Mary Arul a Professor and the Head of the Department of Mathematics for Excellence, boasts 28 years of experience in education, complemented by 13 years dedicated to research. She has made significant contributions to the development of advanced mathematics curricula and has played a pivotal role in various academic committees aimed at enhancing student success. Dr. Sharmila Mary Arul is also recognized for her passion for mentoring young researchers and her active involvement in community outreach programs that promote mathematics education.Dr. Diana Grace Thomas is an Associate Professor with 19 years of experience in the field of education, known for her engaging lecture style and dedication to student-centered learning, which has inspired countless students to pursue careers in mathematics and related fields.

• Part 1: Graph Theory.- Chapter 1: Optimizing Wirelength In Embedding Tur´An Graphs Into Complete.- Chapter 2: Square Difference Geometric Mean 3-Equitable Labeling of Certain.- Chapter 3: Domination Number In Sierpi´nski Networks.- Chapter 4: Vertex Prime and Edge Ternion Sum Labeling of Certain Centralized.- Chapter 5: Vertex Odd Mean(VOM) Labeling of Super Subdivision of Some Graphs.- Chapter 6: Burning Neural Networks With Harary Graphs for Optimal Connectivity.- Chapter 7: k-prime Total Labeling of Union of Graphs.- Chapter 8: Optimizing Wirelength In Graph Embedding: Folded Hypercube Into Fan And Windmill Networks - A Comparative Study.- Chapter 9: Connectedness and Distance Energy of Hamacher d-fuzzy graphs.- Chapter 10: Minimum Vertex Cover In Extended Fibonacci Cubes.- Chapter 11: Power Dominator Sum Coloring of Graphs.- Chapter 12: Roman Domination Number for Fractal Cubic Networks.- Chapter 13: Analyzing The Factors Associated With The Severity of Non Alcoholic Fatty Liver Disease (Nafld) Using Graph Theory and Matrix Approach Method.- Chapter 14: Some Results On Variants of Lucky Labeling of Extended Polytopes.- Chapter 15: Topological Indices of Vemurafenib For The Cure of Melanoma Cancer.- Chapter 16: Antimagic Labeling of Network Graphs.- Chapter 17: Edge Vertex Prime Labeling (Evpl) of Certain Trees And Graphs.- Chapter 18: Domination Equitable Coloring for Family of Ladder Graphs.- Chapter 19: Large Graphs With Small Burning Numbers.- Chapter 20: Equality of Domination Parameters in Certain Necklace Graphs.- Chapter 21: Centered Triangular Sum Labeling of m, n− snowflake graph.- Chapter 22: Paired Transmission In Networks.- Part 2: Fuzzy Mathematics.- Chapter 23: An Application of Generalized Fuzzy Soft Sets In Analyzing Student’s Performance Level During Online Mode of Education.- Chapter 24: Novel Similarity Measures for Linguistic Intuitionistic Fuzzy TOPSIS Method for Decision Support System.- Part 3: Statistics.- Chapter 25: The Analysis of The Value Of Π By Simulation Approach And Non-Parametric Statistical Testing of Hypothesis.- Chapter 26: Optimizing Quality of Service In Internet And Web Services Through A Two Stage Retrial Tandem Queuing Model With Working Vacation.- Part 4: Physics.- Chapter 27: An Analysis of MHD Thermally and Chemically Reactant WilliamsonNanofluid Over an Exponentially Stretched Sheet with Joules Heating.- Chapter 28: Impact of Radiation and Dissipation On An Unsteady Nano Fluid Flow Over An Elongating Sheet.- Part 5: Miscellaneous.- Chapter 29: Modern Methodology of Medicine Versus Its Traditional One – A Theoretical Graph Approach.- Chapter 30: Parikh Matrices of Prouhet Array Morphic Images of Two-dimensional Arrays.- Chapter 31: Graph Analysis on Physiological Aging – A Theoretical Investigation.- Chapter 32: Multiset Quadripartioned Neutrosophic Cubic Topological Space.- Chapter 33: A Theoretical Graph Analysis On Eeg Controlled Bionic Arm With Importance To Senses of Human.