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Similarly, suf cient separation in space means that at a given instant the spatial target signatures exhibit distinguishable peaks corresponding to nodes that are closest to the targets at that instant The assumption of suf cient separation in space and/or time may be too restrictive in general In such cases, classi cation algorithms are needed that operate on spatiotemporal target signatures to classify them This necessarily requires a priori statistical knowledge of typical signatures for different target classes 14425 Target Classi cation Here, we focus on single-node (no collaboration between nodes) classi cation based on temporal target signatures: a time series segment is generated for each detected event at a node and processed for classi cation Some form of temporal processing, such as a fast Fourier transform (FFT), is performed and the transformed vector is fed to a bank of classi ers corresponding to different target classes.

6.2.1.1 Pulse Amplitude Modulation (PAM) Wave. With several exceptions, practical PCM systems involve time-division multiplexing. Sampling in these cases does not just involve one voice channel but several. In practice, one system (T1) samples 24 voice channels in sequence and another (E1) samples 30 voice channels. The result of the multiple sampling is a pulse amplitude modulation (PAM) wave. A simpli ed PAM wave is shown in Figure 6.1. In this case, it is a single sinusoid (sine wave). A simpli ed diagram of the processing involved to derive a multiplex PAM wave is shown in Figure 6.2. For simplicity, only three voice channels are sampled sequentially. The sampling is done by gating. It is just what the term means, a gate is opened for a very short period of time, just enough time to obtain a voltage sample. With the North American DS1 (T1) system, 24 voice channels are sampled sequentially and are interleaved to form a PAM-multiplexed wave. The gate is open about 5.2 ms (125/ 24) for each voice. The full sequence of 24 channels is sampled successively from channel 1 through channel 24 in a 125-ms period. We call this 125-ms period a frame, and inside the frame all 24 channels are successively sampled just once. Another system widely used outside of the United States and Canada is E1, which is a 30-voice-channel system plus an additional two service channels, for a total of 32 channels. By de nition, this system must sample 8000 times per second because it is also optimized for voice operation, and thus its frame period is 125 ms. To accommodate the 32 channels, the gate is open 125/ 32 or about 3.906 ms. 6.2.2

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real-time, 400 recalibration, 414 recognition 337, 338, 340, 344, 345, 347, 350, 354, 355, 357, 359 reconstruction criterion, 56 Recursive, density estimation (RDE), 24 least squares (RLS), 35 reference model, 116 re nery, 399 regression, 41 regularization, 99 residuals, 116 retraining, 41, 121, 415 Robotics, autonomous, 367 behavior-based, 382, 386 evolutionary, 367, 386 hand 337, 338 robustness, 37, 88, 403 rolling mill, 113 r2 statistics, 117, 319 rule-based model, 52 Rule, age, 29, 107 active, 103 chain, 180 competition, 28 cooperation, 28 evolution, 29, 94 ring degree, 102 removal, 31 update, 41, 94 SAFIS, 89 scheduling, 401 segmentation 338, 345, 362 sensitivity analysis, 38, 118, 119, 313, 321, 323 self-calibrating sensors, 313 self-maintaining sensors, 313, 315 self-developing systems, 40 sliding regression model, 117 shift, concept, 30, 104, 402 simpl_eTS, 48, 89 similarity analysis, 247, 248, 257, 258 similarity degree 247, 248, 257, 263, 349 simulation 350, 351 SOFNN, 89

(Eds), Comprehensive handbook of psychopathology (2nd ed, pp 27 46) New York: Plenum Press Garfield, S L (1994) Eclecticism and integration in psychotherapy: Developments and issues Clinical Psychology: Science and Practice, 1, 123 137 Garfield, S L (1996) Some problems associated with validated forms of psychotherapy Clinical Psychology: Science and Practice, 3, 218 229 Garfield, S L (1998) Some comments on empirically supported treatments Journal of Consulting and Clinical Psychology, 66, 113 120 Garfield, S L, & Bergin, A E (Eds) (1986) Handbook of psychotherapy and behavior change (3rd ed) New York: Wiley Garfield, S L, & Bergin, A E (1994) Introduction and historical overview In A E Bergin & S L Garfield (Eds), Handbook of psychotherapy and behavior change (4th ed) New York: Wiley Garfield, S L, & Kurtz, R (1974) A survey of clinical psychologists: Characteristics, activities, and orientations.

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