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, O Donnell, C, Yarzebski, J, Bigelow, C, Savageau, J, & Gore, J M (1998) Sex differences in symptom presentation associated with acute myocardial infarction: A population-based perspective American Heart Journal, 136(2), 189 195 Goldbloom, D S, & Kennedy, S H (1995) Medical complications of anorexia nervosa In K D Brownell & C G Fairburn (Eds), Eating disorders and obesity: A comprehensive handbook (pp 266 270) New York: Guilford Press Golding, J M (1999) Intimate partner violence as a risk factor for mental disorders: A meta-analysis Journal of Family Violence, 14(2), 99 132 Goldman, M B, Missmer, S A, & Barbier, R L (2000) Infertility In M B Goldman & M C Hatch (Eds), Women and health (pp 196 214) San Diego, CA: Academic Press Goode, W (1960) A theory of strain American Sociological Review, 25, 483 496 Grant, B F.

network, and the precharged source capacitor serves to charge the RF matching network; this can lead to the second discharge process of the RF matching network into the RF circuit. For, example, given a matching lter where the RF matching inductor is 1 nH, and the capacitor is 1 pF, a 10 pF ESD capacitor source charges the 1 pF shunt capacitor element during the ESD discharge process; this is followed by a discharge of the 1 pF RF matching capacitor into the input network. Note that in the case the shunt element is an ESD forward-bias diode element, this secondary response process will not occur. Additionally, this secondary response can be limited by additional elements, such as resistor elements or higher order lter networks (e.g., additional resistor and series capacitor elements). An RF ESD design methodology can be as follows: Matching networks such as L-, T-, and -match networks, are suitable for cosynthesis and optimization of ESD and RF characteristics, where the shunt elements in the matching network can be an ESD element whose purpose serves as a capacitor for matching, and as a shunt element for current discharge to the power rails. Matching networks can combine ESD and RF passive elements, where the matching network components can be pure passive elements, have at least one element from the ESD network, or the entire ESD network itself. Higher order matching networks can be formed by cosynthesizing the match networks and ESD circuits. RF matching networks using ideal capacitor elements as shunt elements can serve as to secondary discharge response to the RF circuit when the shunt capacitance is in the order of the primary ESD source capacitance; this effect can be lessened with the utilization of ESD diode elements as RF matching capacitors, or resistance limiting elements.

Figure 36-5: This organizational chart reflects that the finance department negotiates strategic alliances.

, & Hartford, T C (1995) Comorbidity between DSM-IV alcohol use disorders and major depression: Results of a national survey Drug and Alcohol Dependence, 39, 197 206 Grant, B F, Hartford, T C, Dawson, D A, Chou, S P, & Pickering, R P (1994) Prevalence of DSM-IV alcohol abuse and dependence: United States, 1992 Alcohol Health and Research World, 18, 243 248 Grant, J (1987) Women as managers: What they can offer to organizations Organization Dynamics, 16(3), 56 63 Green eld, S F (1996) Women and substance use disorders In M F Jensvold, J A Hamilton, & U Halbreich (Eds), Psychopharmacology and women: Sex, gender, and hormones (pp 299 321) ashington, DC: American Psychiatric Press W Greil, A L (1997) Infertility and psychological distress: A critical review of the literature Social Science and Medicine, 45, 1679 1704..

15.1.1.2 Administered Objects The JMS platform contains some concepts (which we will loosely refer to as objects) that the JMS API represents using Java interfaces and classes. Although the speci cation completely de nes the behavior for some of these concepts, there are also some concepts mentioned in the speci cation that are not completely controlled by it. Some of the details controlling these partially de ned objects are left as implementation-dependent and proprietary details. These objects are called administered objects in the speci cation, because they refer to things that need to be administered (de ned, monitored, and managed) by the JMS Provider. Because the speci cation does not de ne all the speci c details for these administered objects, each JMS Provider vendor can choose how to implement those unde ned portions of the objects without any restrictions. This enables a JMS Provider to be implemented on top of an existing messaging system that does not directly conform to the JMS speci cation. Some implementations provide (proprietary, nonstandard) programmatic interfaces for administering these objects while others use (proprietary, nonstandard)

Multilevel mTESLA was developed to improve the scalability of mTESLA in large sensor networks. The basic idea is to predetermine and broadcast the parameters such as the key chain commitments instead of unicast-based message transmissions. In the following, we rst present the basic approach, and then describe several techniques to deal with potential attacks against multilevel mTESLA. For simplicity, we use two-level mTESLA to illustrate the idea. This can easily be extended to multilevel mTESLA. Refer to ref. [15] for further details.