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MH5\_1 MH5\_3, March 2001 48 L Valcarenghi and A Fumagalli, Implementing Stochastic Preplanned Restoration with Proportional Weighted Path Choice in IP/GMPLS/WDM Networks, Photonic Network Communications, vol 4, no 3/4, July/December 2002 49 A Carena, M D Vaughn, R Gaudino, M Shell, and D J Blumenthal, OPERA: An Optical Packet Experimental Routing Architecture with Label Swapping Capability, Journal of Lightwave Technology,, vol 16, no 12, pp 2135 2145, December 1998 50 P Toliver, I Glesk, R J Runser, K-L Deng, B Y Yu, and P R Prucnal, Routing of 100 Gb/s Words in a Packet-switched Optical Networking Demonstration (POND) Node, Journal of Lightwave Technology, vol 16, no 12, pp 2169 2180, December 1998 51 P Toliver, K-L Deng, I Glesk, and P R Prucnal, Simultaneous Optical Compression and Decompression of 100-Gb/s OTDM Packets Using a Single Bidirectional Optical Delay Line Lattice, IEEE Photonics Technology Letters, vol 11, no.

where Rc,w is a 3 3 orthogonal rotation matrix and t c,w is a threedimensional translation vector, expressing the pose of frame W with respect

9, pp 1183 1185, September 1999 52 D K Hunter and I Andronovic, Approaches to Optical Internet Packet Switching, IEEE Communications Magazine, vol 38, no 9, pp 116 122, September 2000 53 I Chlamtac, A Fumagalli, et al, CORD: Contention Resolution by Delay Lines, IEEE Journal on Selected Areas in Communications, vol 14, no 5, pp 1014 1029, June 1996 54 F Masetti et al, High Speed, High Capacity ATM Optical Switches for Future Telecommunication Transport Networks, IEEE Journal on Selected Areas in Communications, vol 14, no 5, pp 979 998, June 1996 55 C Guillemot et al, Transparent Optical Packet Switching: The European ACTS KEOPS Project Approach, Journal of Lightwave Technology, vol 16, no 12, pp 2117 2134, December 1998 56 D K Hunter et al, WASPNET: A Wavelength Switched Packet Network, IEEE Communications Magazine, vol 37, no 3, March 1999 57 I.

Chlamtac and A Fumagalli, An Optical Switch Architecture for Manhattan Networks, IEEE Journal on Selected Areas in Communications, vol 11, no 4, May 1993 58 C Qiao, Labeled Optical Burst Switching for IP-over-WDM Integration, IEEE Communications Magazine, vol 38, no 9, pp 104 114, September 2000 59 L Xu, H G Perros, and G Rouskas, Techniques for Optical Packet Switching and Optical Burst Switching, IEEE Communications Magazine, vol 39, no 1, pp 136 142, January 2001 60 P Mehrotra, I Baldine, D Stevenson, and P Franzon, Network Processor Design for Optical Burst Switched Networks, in Proceedings of 14th Annual IEEE International ASIC/SOC Conference, pp 296 300, 2001 61 J Cai and A Fumagalli, An Analytical Framework for Performance Comparison of Bandwidth Reservation Schemes in WDM Ring, in Proceedings of INFOCOM 2002, 2002..

Freston tells Juana that the piped command line she used in this example is the same as the following sequence of commands. Skeptical, Juana enters them:

>>>dir(i) [ __doc__ , __init__ , __module__ , a , b ] >>> >>>i.__dict__ { a : 1, b : 2}

5. Use cat -etv to display all possible nonprintable characters, including end-of-line indicators, tabs, spaces, and other invisible characters. 6. True. diff compares text files only, and it is really the best choice for doing so. Use cmp to compare all types of files except text files.

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dihydroqinghaosu makes the derivation of qinghaosu possible; a detailed discussion of this takes place in Section 5.5. Qinghaosu can be reduced even more with sodium borohydride in the presence of boron tri uoride to deoxoqinghaosu (100).106 100 can also be obtained by reduction of 98 with BH3NEt3 and Me3SiCl in DME.107 The more powerful reducing agent lithium aluminium hydride reduces not only lactone and peroxy group, but also acetal and ketal, to yield the exhaustively reduced product 101 and partially reduced products (Scheme 5-3).108,109 5.3.2 Acidic Degradation of Qinghaosu