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Data flows between computers in a network using one of three methods. Simplex transmission is in one direction only. An example of simplex transmission is radio or television transmission. Simplex transmission is rare in computer networks due to the one-way nature of data transmission. Halfduplex transmission is found in many systems. In a halfduplex system, information can flow in both directions. However, it is not possible for the information to flow in both directions simultaneously. In other words, once a query is transmitted from one device, it must wait for a response to come back. A full-duplex system can transmit information in both directions simultaneously; it does not have the intervening stop-and-wait aspect of half-duplex systems. For high throughput and fast response time, full-duplex transmission is frequently used in computer applications. Data switching equipment is used to route data through the network to its final destinations. For instance, data

Remote sensing applications based on the self-mixing effect in low-cost commercial Fabry Perot (FP) SLs have been appearing in the scientific literature since 1986 [5 6] The feasibility of velocity, distance and displacement measurements has been demonstrated [5 7] Advantages of the semiconductor laser self mixing sensing scheme are listed below: 1 There is no need for an optical interferometer to be set up external to the laser source This results in a very simple and self-aligned set-up, made up of the SL, a focusing lens and the target under measure 2 There may be no need for an additional photodetector, because the interferometric signal can mostly be derived from the monitor photodiode already available in the SL package 3 The sensitivity of the scheme is very high, because it realizes a coherent detection of the returned field, in the quantum detection regime [1].

Figure 14.8 Continuation of the same patient as in Fig. 14.7. With ventricular pacing at a faster rate, the patient develops ventricular fibrillation and ultimately requires defibrillation (not shown).

the instance data members would not have been initialized! In the buggy code, the $title etc. in the constructor function are (implicitly declared) local variables of the function and not references to the instance data members. Instances of this class can be constructed in code like:

4 Sub-nanometer sensitivity in pathlength measurement is easily achieved 5 Operation is readily extended to targets with rough diffusive surfaces 6 The information is carried by the laser beam Thus, it can be picked up everywhere along the optical path, and also at the remote target location From a theoretical point of view, the analysis of feedback interferometry relies on the well-known rate equation model developed by Lang and Kobayashi [8], that has been fully discussed in 2 Although optical feedback in SLs has been studied for more than twenty years from both theoretical and experimental viewpoints, it is only in recent years that experimental set-ups oriented to interferometric sensing and suitable theoretical analyses have been devised [7, 9] In fact, earlier and pioneering works focused mostly on classifications of different feedback regimes, optical spectrum modification, and RF noise characteristics of back-injected SLs [10, 11, 12, 13].

2. I. Guvenc and H. Arslan, On the modulation options for UWB systems, in Proc. IEEE Military Commun. Conf. (MILCOM), vol. 2, Boston, MA, October 2003, pp. 892 897. 3. J. Foerster, Ultra-wideband technology enabling low-power, high-rate connectivity (invited paper), in Proc. IEEE Workshop Wireless Commun. Networking, Pasadena, CA, September 2002. 4. J. R. Foerster, The performance of a direct-sequence spread ultra-wideband system in the presence of multipath, narrowband interference, and multiuser interference, in Proc. IEEE Vehic. Technol. Conf., vol. 4, Birmingham, AL, May 2002, pp. 1931 1935. 5. J. Choi and W. Stark, Performance of autocorrelation receivers for ultra-wideband communications with PPM in multipath channels, in Proc. IEEE Ultrawideband Syst. and Technol. (UWBST), Baltimore, MD, May 2002, pp. 213 217. 6. L. Zhao and A. Haimovich, Performance of ultra-wideband communications in the presence of interference, IEEE J. Select. Areas Commun., vol. 20, pp. 1684 1691, December 2002. 7. G. Durisi, J. Romme, and S. Benedetto, Performance of TH and DS UWB multiaccess systems in presence of multipath channel and narrowband interference, in Proc. Int. Workshop Ultrawideband Systems, Oulu, June 2003. 8. R. Tesi, M. Hamelainen, J. Iinatti, and V. Hovinen, On the in uence of pulsed jamming and coloured noise in UWB transmission, in Proc. Finnish Wireless Commun. Workshop (FWCW), Espoo, May 2002. 9. M. G. Di Benedetto, L. De Nardis, M. Junk, and G. Giancola, (UWB)2 : uncoordinated, wireless, baseborn medium access control for UWB communication networks, Journal of Mobile Networks and Applications, vol. 10, no. 5, pp. 663 674, October 2005.

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For sensing applications the analysis concentrates on the low frequency modulation of the power emitted by the SL, as a function of the back-reflected field phase Effort has concentrated on identifying optical feedback regimes which are practically useful for interferometry, and the thorough characterization of the interferometric signal..