Solutions Manual for Optical Networks 1st Edition by
Debasish Datta
Solutions Manual for Optical Networks 1st Edition by
Debasish Datta
,Solutions Manual for Optical Networks 1st Edition by Debasish Datta
Solution Manual for
Optical Networks
Debasish Datta
Oxford University Press
Solutions Manual for Optical Networks 1st Edition by Debasish Datta
,Solutions Manual for Optical Networks 1st Edition by Debasish Datta
Preface
This solution manual has been prepared chapter-wise starting from Chapter 2, after
submission of the book manuscript. Special attention has been given to the holistic design
issues and performance features in all segments of optical networks, calling for the cross-
layer aspects therein, and hence in most of the chapters some of the exercise problems need
adequate knowledge in the technologies (Chapter 2) and transmission impairments in optical
networks (Chapter 10). The instructors may please address this issue and encourage the
students to appreciate this aspect for developing a practical perspective of optical networks.
Moreover, while solving the problems after submission of the book manuscript, some
changes on the numerical data have been incorporated in the exercises of the book to make
them more worthwhile, along with a correction in an expression in Chapter 6. All these
modifications are included in the errata presented in the following page.
The instructors are most welcome to contact me by email (), if they
need any clarifications, and they may please write to me if they come across any error in the
book.
Debasish Datta
i
, Solutions Manual for Optical Networks 1st Edition by Debasish Datta
Errata
Context Present version in the book Corrected/changed version
Page 130, Exercise 2.7 5.27 nm 527 nm
Page 248, expression for Gd Gd = L/[2(M – 1) + L] Gd = L/[2(M – 1 + L)]
below Eq. 6.5.
Page 572, Exercise 14.6. Γ = 0 24 40 50 Γ = 0 50 25 60
24 0 24 40 25 0 50 60
24 24 0 0 25 30 0 30
50 0 40 0. 25 50 30 0.
Page 593, Exercise 15.7 0.1 µs 0.8 µs
ii
Debasish Datta
Solutions Manual for Optical Networks 1st Edition by
Debasish Datta
,Solutions Manual for Optical Networks 1st Edition by Debasish Datta
Solution Manual for
Optical Networks
Debasish Datta
Oxford University Press
Solutions Manual for Optical Networks 1st Edition by Debasish Datta
,Solutions Manual for Optical Networks 1st Edition by Debasish Datta
Preface
This solution manual has been prepared chapter-wise starting from Chapter 2, after
submission of the book manuscript. Special attention has been given to the holistic design
issues and performance features in all segments of optical networks, calling for the cross-
layer aspects therein, and hence in most of the chapters some of the exercise problems need
adequate knowledge in the technologies (Chapter 2) and transmission impairments in optical
networks (Chapter 10). The instructors may please address this issue and encourage the
students to appreciate this aspect for developing a practical perspective of optical networks.
Moreover, while solving the problems after submission of the book manuscript, some
changes on the numerical data have been incorporated in the exercises of the book to make
them more worthwhile, along with a correction in an expression in Chapter 6. All these
modifications are included in the errata presented in the following page.
The instructors are most welcome to contact me by email (), if they
need any clarifications, and they may please write to me if they come across any error in the
book.
Debasish Datta
i
, Solutions Manual for Optical Networks 1st Edition by Debasish Datta
Errata
Context Present version in the book Corrected/changed version
Page 130, Exercise 2.7 5.27 nm 527 nm
Page 248, expression for Gd Gd = L/[2(M – 1) + L] Gd = L/[2(M – 1 + L)]
below Eq. 6.5.
Page 572, Exercise 14.6. Γ = 0 24 40 50 Γ = 0 50 25 60
24 0 24 40 25 0 50 60
24 24 0 0 25 30 0 30
50 0 40 0. 25 50 30 0.
Page 593, Exercise 15.7 0.1 µs 0.8 µs
ii
