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taken place, and is the low frequency regime similar to the conventional feedback case These resonant frequencies correspond to the same (c/2L) modes observed in the conventional feedback case, however, here they appear to be much broader As the feedback strength is increased, the modes broaden significantly but nevertheless retain a narrow peak at the mode position unlike the conventional feedback case in which the spectrum becomes almost completely flat Finally at 25% feedback fraction the laser passes into the strong feedback regime and becomes once again stable This corresponds to Regime V of the conventional feedback case Recent time series obtained near the transition regime to stability at strong feedback levels, indeed, reveal the characteristic drop-off events of low frequency fluctuations [127] Similar results have also been obtained in the case when a broad area laser is used with phase conjugate feedback from a photorefractive crystal [128].

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Experiments using a vapor cell have also explored the nondegenerate FWM regime by detuning the diode laser frequency from the pump frequency Ref [119] explored the dynamics of diode lasers when the phase conjugate feedback is generated by a Rubidium vapor cell The cell is pumped by counterpropagating beams from an ultrastable Ti:sapphire ring laser and the diode laser used was a commercial SHARP LT027 Fabry Perot laser with a central wavelength of 780 nm and a linewidth of 50 MHz Careful measurements of the frequency dependence of the response curve of the PCM was made by fixing the pump frequency and scanning the frequency of the diode laser Then a series of spectra were obtain by fixing the detuning of the diode laser to 300 MHz from the frequency of the pump and controlling the reflectivity by means of a neutral density filter.

This chapter explains why XML is a success, what XML is, what XML Schema is, what namespaces are, what the Document Object Model is, and how XML impacts enterprise information technology The chapter concludes with a discussion of why XML meta data is not enough and the trend toward higher data fidelity Lastly, we close by explaining the new concept of semantic levels For any organization not currently involved in integrating XML throughout the enterprise, this chapter is a must-read 4, Understanding Web Services This chapter covers all aspects of current Web services and discusses the future direction of Web services It explains how to discover, describe, and access Web services and the technologies behind those functions It also provides concrete use cases for deploying Web services and answers the question Why use Web services Lastly, it provides detailed description of advanced Web service applications to include orchestration and security.

[1] M Z Win and R A Scholtz, Ultra-wide bandwidth time-hopping spread-spectrum impulse radio for wireless multi-access communications, IEEE Trans Commun, vol 48, no 4, pp 679 691, Apr 2000 [2] R A Scholtz, Multiple access with time-hopping impulse modulation, IEEE MILCOM 1993, Conference Record, pp 447 450, Oct 1993 [3] T C Wong, J W Mark, and K C Chua, Performance analysis of variable bit rate multiclass services in a multi-time-hopping pulse position modulation UWB system, IEEE Wireless Communications and Networking Conference 2005, Conference Record, pp 651 656, New Orleans, LA, Mar 13 17, 2005 [4] T Jia and D I Kim, Analysis of average signal-to-interference-noise ratio for indoor UWB rake receiving system, IEEE Vehicular Technology Conference 2005 Spring, Conference CD-ROM, Stockholm, Sweden, May 2005 [5] J Foerster, IEEE 80215 Channel Modeling Sub-Committee Report, IEEE Press, Piscataway, NJ, Mar 2003 [6] D T C Wong, J W.

The sequence of spectra again reveals a similar route to the coherence collapse as seen in the previous Figure 453 As the reflectivity is increased, the laser goes from free running to a FWM regime as a result of the detuning Further increase leads to locking and to considerable narrowing of the linewidth of the diode laser Undamped relaxation oscillations sidebands appear in the optical spectrum.

All too often, the testing environment is an afterthought of the development project that is already tight on budget and computing resources. The rst reaction is to give the test team orphan equipment that nobody else wants or uses. The consequence is test failures on the tester computers that cannot be recreated on the developer computers because of the disparity in computing resources. It does not take many of these false test failures for all testing results to be completely dismissed by the project. Of course the true test failures also become dismissed. The pay me now or pay me later axiom certainly applies to this situation. The development project really has two choices: 1. Plan to provide an appropriate testing environment separate from all other project environments to get the best possible test results throughout the project 2. Plan to scrimp on the testing environment and likely experience end user discovered defects that cost much more to diagnose and x than an appropriate testing environment would have in the rst place.