Edward J. Giorgianni, Research Fellow, Eastman Kodak Company (EJG) and Thomas E. Madden, Research Associate, Eastman Kodak Company (TEM)Edward J. Giorgianni and Thomas E. Madden are imaging scientists at Eastman Kodak Company. Together, they have more than 60 years of practical experience in designing photographic, electronic, and hybrid color-imaging systems. They hold numerous patents in the fields of color management and imaging technology. Among their inventions are the digital color-encoding methods used on many commercial imaging systems, including the Photo CD System.They are the authors of the textbook Digital Color Management: Encoding Solutions, 1998, 0201634260, Addison Wesley and contributors to four other books on color science and color imaging. In addition, both authors are award-winning instructors and frequent lecturers at technical symposia and universities. Their extensive writing and teaching experience are evident in the first edition of this book, which has been highly praised for making complex subject matter and concepts clear and understandable.

• Series Preface AcknowledgementIntroductionI Fundamentals1 Measuring Color2 Color-Imaging Systems3 The Human Color-Imaging SystemII The Nature of Color Images4 Electronic Displays5 Electronic Imaging Systems6 ReflectionImages7 ProjectedImages8 Photographic NegativesIII Digital Color Encoding9 Encoding Concepts10 Densitometric Color Encoding11 Colorimetric Color Encoding12 Scene-Based Color Encoding13 Color-Encoding Data Metrics14 Output Signal Processing15 Myths and MisconceptionsIV A Unified Color-Management Environment16 Color-Management Paradigms17 A Unified Paradigm: Basic Properties18 A Unified Paradigm: Encoding Concepts19 A Unified Paradigm: Encoding Transformations20 A Unified Paradigm: Example Systems21 A Unified Paradigm: Complex Systems22 A Unified Paradigm: Color Interchange23 A Unified Paradigm: Implementation24 Closing Thoughts and ConclusionsV AppendicesA ColorimetryB DensitometryC Photographic MediaD AdaptationE Viewing FlareF Scene-Based Color Encoding SpecificationsG Transformations for Color InterchangeH Color-Primary ConversionsI Mathematical TransformsGlossarySuggested ReadingIndex

"The writing is extremely clear, well paced, and well illustrated. . . Their experience with all of these systems provides a background that is both broad and deep when they explain the limitations of many color-management systems and propose a comprehensive color-management environment." (Journal of Electronic Imaging, 2009) "The book is illuminatively written, impeccably printed and illustrated in color." (SIVip, 2010)

Edward J. Giorgianni, Research Fellow, Eastman Kodak Company (EJG) and Thomas E. Madden, Research Associate, Eastman Kodak Company (TEM)Edward J. Giorgianni and Thomas E. Madden are imaging scientists at Eastman Kodak Company. Together, they have more than 60 years of practical experience in designing photographic, electronic, and hybrid color-imaging systems. They hold numerous patents in the fields of color management and imaging technology. Among their inventions are the digital color-encoding methods used on many commercial imaging systems, including the Photo CD System.They are the authors of the textbook Digital Color Management: Encoding Solutions, 1998, 0201634260, Addison Wesley and contributors to four other books on color science and color imaging. In addition, both authors are award-winning instructors and frequent lecturers at technical symposia and universities. Their extensive writing and teaching experience are evident in the first edition of this book, which has been highly praised for making complex subject matter and concepts clear and understandable.

• Series Preface AcknowledgementIntroductionI Fundamentals1 Measuring Color2 Color-Imaging Systems3 The Human Color-Imaging SystemII The Nature of Color Images4 Electronic Displays5 Electronic Imaging Systems6 ReflectionImages7 ProjectedImages8 Photographic NegativesIII Digital Color Encoding9 Encoding Concepts10 Densitometric Color Encoding11 Colorimetric Color Encoding12 Scene-Based Color Encoding13 Color-Encoding Data Metrics14 Output Signal Processing15 Myths and MisconceptionsIV A Unified Color-Management Environment16 Color-Management Paradigms17 A Unified Paradigm: Basic Properties18 A Unified Paradigm: Encoding Concepts19 A Unified Paradigm: Encoding Transformations20 A Unified Paradigm: Example Systems21 A Unified Paradigm: Complex Systems22 A Unified Paradigm: Color Interchange23 A Unified Paradigm: Implementation24 Closing Thoughts and ConclusionsV AppendicesA ColorimetryB DensitometryC Photographic MediaD AdaptationE Viewing FlareF Scene-Based Color Encoding SpecificationsG Transformations for Color InterchangeH Color-Primary ConversionsI Mathematical TransformsGlossarySuggested ReadingIndex

"The writing is extremely clear, well paced, and well illustrated. . . Their experience with all of these systems provides a background that is both broad and deep when they explain the limitations of many color-management systems and propose a comprehensive color-management environment." (Journal of Electronic Imaging, 2009) "The book is illuminatively written, impeccably printed and illustrated in color." (SIVip, 2010)

Edward J. Giorgianni, Research Fellow, Eastman Kodak Company (EJG) and Thomas E. Madden, Research Associate, Eastman Kodak Company (TEM)Edward J. Giorgianni and Thomas E. Madden are imaging scientists at Eastman Kodak Company. Together, they have more than 60 years of practical experience in designing photographic, electronic, and hybrid color-imaging systems. They hold numerous patents in the fields of color management and imaging technology. Among their inventions are the digital color-encoding methods used on many commercial imaging systems, including the Photo CD System.They are the authors of the textbook Digital Color Management: Encoding Solutions, 1998, 0201634260, Addison Wesley and contributors to four other books on color science and color imaging. In addition, both authors are award-winning instructors and frequent lecturers at technical symposia and universities. Their extensive writing and teaching experience are evident in the first edition of this book, which has been highly praised for making complex subject matter and concepts clear and understandable.

• Series Preface AcknowledgementIntroductionI Fundamentals1 Measuring Color2 Color-Imaging Systems3 The Human Color-Imaging SystemII The Nature of Color Images4 Electronic Displays5 Electronic Imaging Systems6 ReflectionImages7 ProjectedImages8 Photographic NegativesIII Digital Color Encoding9 Encoding Concepts10 Densitometric Color Encoding11 Colorimetric Color Encoding12 Scene-Based Color Encoding13 Color-Encoding Data Metrics14 Output Signal Processing15 Myths and MisconceptionsIV A Unified Color-Management Environment16 Color-Management Paradigms17 A Unified Paradigm: Basic Properties18 A Unified Paradigm: Encoding Concepts19 A Unified Paradigm: Encoding Transformations20 A Unified Paradigm: Example Systems21 A Unified Paradigm: Complex Systems22 A Unified Paradigm: Color Interchange23 A Unified Paradigm: Implementation24 Closing Thoughts and ConclusionsV AppendicesA ColorimetryB DensitometryC Photographic MediaD AdaptationE Viewing FlareF Scene-Based Color Encoding SpecificationsG Transformations for Color InterchangeH Color-Primary ConversionsI Mathematical TransformsGlossarySuggested ReadingIndex

"The writing is extremely clear, well paced, and well illustrated. . . Their experience with all of these systems provides a background that is both broad and deep when they explain the limitations of many color-management systems and propose a comprehensive color-management environment." (Journal of Electronic Imaging, 2009) "The book is illuminatively written, impeccably printed and illustrated in color." (SIVip, 2010)