1. The University of Adelaide, School of Computer Science
30 November 2018
Optical Networks: A Practical Perspective, 3rd Edition
Appendix
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Chapter 2 — Instructions: Language of the Computer

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Figure E.1
Appendix E
Figure E.1 The magnitude of the pulse envelope of the second-order soliton.
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Figure G.1
Appendix G
Figure G.1 (a) The interface between two dielectric media. (b) A dielectric slab or film placed between two other dielectric media. (c) Multiple dielectric slabs or films stacked together.
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Figure G.2
Appendix G
Figure G.2 Transfer function of the filter shown in Figure G.1(b) for n1 = n3 = 1.52, n2 = 2.3, and l = λ0/2n2.
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Figure G.3
Appendix G
Figure G.3 Transfer function of the filter shown in Figure G.1(c) for nG = 1.52, nL = 1.46, and nH = 2.3.
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Figure G.4
Appendix G
Figure G.4 Transfer function of a single-cavity dielectric thin-film filter. The sequence structure is G(HL)9HLL(HL)9HG. nG = 1.52, nL = 1.46, and nH = 2.3.
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Figure I.1
Appendix I
Figure I.1 Photocurrent spectral density.
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Figure J.1
Appendix J
Figure J.1 The header structure of ATM cells across (a) the UNI and (b) the NNI. The GFC field is used for flow control across the UNI. The VPI and VCI fields are used for forwarding the cells within the network. PT indicates the payload type and CLP is the cell loss priority bit. The HEC field provides error checking for the ATM header.
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Figure J.2
Appendix J
Figure J.2 The use of ATM VCIs for cell forwarding across a path. The ATM switches use the VCI to determine the outgoing link for a cell. The switches also rewrite the VCI field with the value assigned to the virtual channel on the outgoing link. (a) Illustration of the cell forwarding and VCI swapping. (b) The VCI table maintained at node 1 of (a).
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Figure J.3
Appendix J
Figure J.3 Use of ATM VPIs for simplifying cell-forwarding across a shared route segment. Virtual channels sharing a common route segment are assigned the same VPI values on the links of this segment, and routing within this segment is based on the smaller VPI field rather than on the VCI field. (a) The two virtual channels are assigned the same VPIs x and y, on the links 0–1 and 1–2, respectively. (b) The switching at node 1 is now based on the VPI field and thus results in a smaller table, enabling more efficient switching.
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