“It is very well written and organized, with clear and simple proofs together with some new mathematical techniques. Therefore it can be recommended as a textbook for graduate students and postgraduate researchers as well as a reference book for researchers and professionals working not only in approximation theory, mathematical analysis, and numerical analysis, but also in signal theory, image processing, sampling theory, and engineering.” (Harun Karsli, Mathematical Reviews, 2018)

• Preface.- 1. Introduction and Preliminaries.- 2. Approximation by Max-Product Bernstein Operators.- 3. Approximation by Max-Product Favard-Szász-Mirakjan Operators.- 4. Approximation by Max-Product Baskakov Operators.- 5. Approximation by Max-Product Bleimann-Butzer-Hahn Operators.- 6. Approximation by Max-Product Meyer-König and Zeller Operators.- 7. Approximation by Max-Product Interpolation Operators.- 8. Approximations by Max-Product Sampling Operators.- 9. Global Smoothness Preservation Properties.- 10. Possibilistic Approaches of the Max-Product Type Operators.- 11. Max-Product Weierstrass Type Functions.- References.- Index.

“It is very well written and organized, with clear and simple proofs together with some new mathematical techniques. Therefore it can be recommended as a textbook for graduate students and postgraduate researchers as well as a reference book for researchers and professionals working not only in approximation theory, mathematical analysis, and numerical analysis, but also in signal theory, image processing, sampling theory, and engineering.” (Harun Karsli, Mathematical Reviews, 2018)

• Preface.- 1. Introduction and Preliminaries.- 2. Approximation by Max-Product Bernstein Operators.- 3. Approximation by Max-Product Favard-Szász-Mirakjan Operators.- 4. Approximation by Max-Product Baskakov Operators.- 5. Approximation by Max-Product Bleimann-Butzer-Hahn Operators.- 6. Approximation by Max-Product Meyer-König and Zeller Operators.- 7. Approximation by Max-Product Interpolation Operators.- 8. Approximations by Max-Product Sampling Operators.- 9. Global Smoothness Preservation Properties.- 10. Possibilistic Approaches of the Max-Product Type Operators.- 11. Max-Product Weierstrass Type Functions.- References.- Index.

“It is very well written and organized, with clear and simple proofs together with some new mathematical techniques. Therefore it can be recommended as a textbook for graduate students and postgraduate researchers as well as a reference book for researchers and professionals working not only in approximation theory, mathematical analysis, and numerical analysis, but also in signal theory, image processing, sampling theory, and engineering.” (Harun Karsli, Mathematical Reviews, 2018)

• Preface.- 1. Introduction and Preliminaries.- 2. Approximation by Max-Product Bernstein Operators.- 3. Approximation by Max-Product Favard-Szász-Mirakjan Operators.- 4. Approximation by Max-Product Baskakov Operators.- 5. Approximation by Max-Product Bleimann-Butzer-Hahn Operators.- 6. Approximation by Max-Product Meyer-König and Zeller Operators.- 7. Approximation by Max-Product Interpolation Operators.- 8. Approximations by Max-Product Sampling Operators.- 9. Global Smoothness Preservation Properties.- 10. Possibilistic Approaches of the Max-Product Type Operators.- 11. Max-Product Weierstrass Type Functions.- References.- Index.