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The correlation coefficient in the presence of a message is always less than that without a message, but there is a range where adequate synchronization and message recovery is possible The use of electro-optic modulation, rather than injection current modulation, in CMA is expected to give better synchronization and recovery The discussions here have focused on schemes using chaos generated by semiconductor lasers with coherent optical feedback In these schemes the optical feedback and synchronization signals are coherently coupled with the internal laser field Hence the detuning of the frequencies between the two lasers plays a crucial role for the synchronization However, in practice it is not easy to control the frequencies for lasers and a drift of the frequencies due to the external perturbations, such as a temperature drift, can easily destroy the synchronization.

A straightforward implementation of four parallel FFT structures will occupy signi cantly larger area than a single 128-point FFT processor Fortunately, it is possible to reduce four parallel FFT structures down to one without introducing signi cant extra complexities In Figure 128(a), a widely used hardware implementation structure of an FFT processor is illustrated [21] This structure is called a radix-4 multipath delay commutator (R4MDC) structure In the gure, the block marked with C4 represents a four-input four-output commutator, the block marked with BF4 is a four-point butter y structure and the symbol represents a multiplier The blocks with numbers represent the delay elements in the path One important weakness of this hardware structure is its low hardware utilization All of the hardware elements in the FFT processor, such as commutators, butter y structures, and multipliers, are only utilized 25% of the time.

Now, let s find the address of system() with gdb:

The fine dependence on detuning in coherently coupled lasers can be an advantage from the point of view of security, but causes stability problems in practice We note that chaotic systems based on incoherent optical feedback and injection have also been proposed [28] Chaotic synchronization and data transmissions can be realized using similar architectures as described for coherent feedback except for the use of polarization optics (such as quarter wave plates and polarizers) in the optical paths to make the optical feedback and the optical injection signal incoherent with respect to the lasing light These systems do not have sensitive dependence on wavelength differences between transmitter and receiver lasers Another closely related scheme involves semiconductor lasers with optoelectronic feedback feedback modulation of the injection current by a signal proportional to the output optical intensity Tang et al have demonstrated transmission of low error NRZ bit-sequences at 2.

This means that, most of the time, the hardware elements are not used In pulsed-OFDM, the low hardware ef ciency of the structure makes it possible to combine multiple parallel FFT processors into the same structure by utilizing time multiplexing As stated in [21], four parallel inputs, such as in the receiver of the pulsed-OFDM, can be combined using multiplexers and buffers into the same hardware structure Figure 8(b) and (c) shows the structure of a modi ed commutator with four parallel inputs By utilizing this modi ed FFT structure the hardware ef ciency can be improved to 100% Hence, compared with nonpulsed-OFDM, which uses a single 128-point FFT structure, the four-parallel 32-point FFT processor not only has lower computational and hardware complexity but also has higher hardware ef ciency.

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5 Gbps (OC-48 standard data rate for communications) [16], and Liu et al have performed numerical experiments of data transmission at 10 Gbps to directly compare different schemes for generating chaotic carriers opto-electronic feedback, optical feedback and optical injection [29] Since the channel noise is not injected directly via the optical field in the case of the opto-electronic feedback system, it has an advantage with respect to robustness against channel noise within the frequency range where analog electronic circuits are available..