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diathesis-stress framework. Psychological Bulletin, 119, 95 110. Barber, J. P., & Crits-Christoph, P. (Eds.). (2000). Dynamic therapies for psychiatric disorders (Axis I). New York: Basic Books. Barker, S. L., Funk, S. C., & Houston, B. K. (1988). Psychological treatment versus nonspecific factors: A meta-analysis of conditions that engender comparable expectations of improvement. Clinical Psychology Review, 8, 579 594. Barkley, R. A. (1989). Attention deficithyperactivity disorder. In E. J. Mash & R. A. Barkley (Eds.), Treatment of childhood disorders (pp. 39 72). New York: Guilford Press. Barkley, R. A. (1993). Hyperactive children: A handbook for diagnosis and treatment. New York: Guilford Press. Barkley, R. A. (1996). Attention deficit/hyperactivity disorder. In E. J. Mash & R. A. Barkley (Eds.), Child psychopathology (pp. 63 112). New York: Guilford Press. Barkley, R. A. (1998). Attention-deficit hyperactivity disorder: A handbook for diagnosis and treatment. New York: Guilford Press. Barkley, R. A. (2000). Taking charge of attention deficit hyperactivity disorder: The complete, authoritative guide for parents (Rev. ed.). New York: Guilford Press. Barkley, R. A., Mash, E., Heffernan, K., & Fletcher, J. (2003). Child psychopathology (2nd ed.). New York: Guilford Press. Barlow, D. H. (1988). Anxiety and its disorders. New York: Guilford Press. Barlow, D. H. (1996). Health care policy, psychotherapy research, and the future of psychotherapy. American Psychologist, 51, 1050 1058. Barlow, D. H. (Ed.). (2001). Clinical handbook of psychological disorders: A step-by-step treatment manual (3rd ed.). New York: Guilford Press. Barlow, D. H., & Cerny, J. A. (1988). Psychological treatment of panic. New York: Guilford Press. Barlow, D. H., & Craske, M. G. (2000). Mastery of your anxiety and panic (3rd ed.). Albany, NY: Graywind. Barlow, D. H., Hayes, S. C., & Nelson, R. O. (1984). The scientist practitioner: Research and accountability in clinical and educational settings. New York: Pergamon Press.

equipment (such as 802.11b/g). So, radio interference can easily result from either WLAN or WPAN equipment within the networks POS. For that reason, FFH was chosen in order to minimize the effect of such interferences. In addition, communication between devices occurs using a slotted channel and with designated packets transmitted on the frequency bands which are changed based upon hopping sequence. Although by default data packets are only one slot in length, they can consist of one, three, or even ve slots. The layout of each slot/packet is illustrated in Fig. 5.3. The duration of de ned slots in IEEE 802.15.1 is chosen based on the transceiver speed, which is 1600 hops/s, and is 625 ms. Typically, each slot

Figure 5-3: Most sales sites should culminate in a form that requests basic purchasing information.

Wireless sensor networks are poised to become a very signi cant enabling technology in many sectors. While there has been a signi cant research effort in this area for a number of years, only more recently have companies begun to offer standard wireless sensor platforms and customized wireless sensor network solutions. Almost all of the available platforms are designed to run on batteries that have a very limited lifetime. However, longer lifetimes are necessary if wireless sensor networks are to become a ubiquitous part of our environment. While progress can be made by reducing the power consumption, eventually alternative power sources will need to be employed. This chapter reviews many potential power sources for wireless sensor nodes. Traditional power sources, such as batteries, are reviewed along with emerging technologies and currently untapped sources. Potential power sources are classi ed as energy reservoirs, power-distribution methods, or power-scavenging methods, which enable wireless nodes to be completely selfsustaining. Several power sources capable of providing power on the order of 100 mW/cm3 for very long lifetimes are feasible. It is the authors opinion that no single power source will suf ce for all applications, and that the choice of a power source needs to be considered on an application-by-application basis.

Tracy, A. J., 674, 681 Trainor, R. J., 310 Tranel, D., 296, 305 Trapnell, P., 411, 416, 417, 421, 423, 424 Trapnell, P. D., 253 Traub, R. E., 430, 432 Travis, T., 189 Trenerry, M. R., 300 Triandis, H. C., 326 Triggs, W. J., 299 Trimble, J. L., 308 Trobst, K. K., 253, 407, 409, 424 Trompetto, C., 299 Truax, K. M., 410 Truax, P., 233 Trussel, J., 569 Tryon, W. W., 401 Tsai, W. Y., 296 Tsay, R. S., 585 Tucker, D., 305 Tucker, L. R., 452, 464 Tufte, E. R., 42, 44 Tukey, J., 636, 648 Tukey, J. W., 13, 34, 35, 36, 41, 42, 44, 49, 50, 52, 58, 76, 135, 276, 334, 335, 439, 628 Tulving, E., 308 Tuma, N. B., 556, 561 Tunstall, C., 562 Tupes, E. C., 379 Turk, D. C., 256, 262, 258, 260 Turlach, B. A., 41 Turna, N., 451, 472 Turnbull, B. W., 561 Turner, C. W., 255 Turner, J., 261 Turner, J. A., 259 Turner, L., 261 Turner, M. E., 470 Turner, R., 310 Turpin, G., 306 Tversky, A., 167, 635 Tyler, L. K., 293 Udry, J. R., 670 Ullman, J. B., 619, 625 Umilta, C., 302 Ungerleider, L. G., 308, 310 Upton, G. J. G., 415, 419, 420 Urbina, R. A., 310 Urbina, S., 432, 433 Urquhart, N. S., 16 Urry, V. E., 534, 538 Uthurusamy, R., 182 Vaidya, C. J., 310 Vaidya, J., 410, 412 Vaidya, J. G., 352, 353, 354, 355, 357, 358, 362, 364, 367, 368, 372 Valls-Sole, J., 297, 299 van Buuren, S., 598 van de Pol, F., 665, 669, 674 Van den Oord, E. J., 626 van der Heijden, 678 Van Gorp, W., 295 Van Laere, K., 308 Van Mechelen, I., 181 Van Ness, J. W., 173