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how much would you pay for the privilege of drawing from the bowl of your choice, rather than having the choice decided by the toss of a coin When people are simply asked how they would behave, almost all say they would have no preference and would not pay a cent for a choice between two equal probabilities Yet when they are placed in a real situation, most willingly pay small sums of money for the privilege of drawing from the bowl with more red jellybeans (Kirkpatrick & Epstein, 1992) This difference in response to the verbally presented and the real situation can be explained by the greater in uence of the experiential than the rational system in real situations with emotionally significant consequences compared to simulated situations without consequences.

FIGURE 4.10 The Cell-Id concept (BS, base station).

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According to CEST, the experiential system is particularly reactive to real experience, whereas the rational system is uniquely responsive to abstract, verbal representations This jellybean experimental situation, otherwise referred to as the ratio-bias experimental paradigm, is particularly interesting with respect to CEST because it pits experiential against rational processing The con ict between the two modes of processing arises because the experiential system is a concrete system that is less responsive to abstractions such as ratios than to the numerousness of objects Comprehension of numerousness, unlike comprehension of ratios, is an extremely fundamental ability that is within the capacity of 3-year-old children and nonhuman animals (Gallistel & Gelman, 1992) Even more impressive than the irrational behavior exhibited by people paying for the privilege of choosing between bowls that offer equal probabilities are the results obtained when unequal probabilities are offered by the bowls.

If our reasoning is correct, a con ict between the two systems can be established by having one bowl probability-advantaged and the other numerousness-advantaged In one study, the probability-advantaged bowl always contained 1 in 10 red jellybeans, whereas the numerousness-advantaged bowl offered between 5 and 9 red jellybeans out of 100 jellybeans, depending on the trial (Denes-Raj & Epstein, 1994) Under these circumstances, many adults made nonoptimal responses by selecting the numerousness-advantaged bowl against the better judgment of their rational thinking For example, they often chose to draw from the bowl that contained 8 of 100 (8%) in preference to the one that contained 1 of 10 (10%) red jellybeans Some sheepishly commented that they knew it was foolish to go against the probabilities, but somehow they felt they had a better chance of drawing a red jellybean when there were more of them.

Of additional interest, participants made nonoptimal responses only to a limited degree, thereby suggesting a compromise between the two.

Screws, D P, & Surburg, P R (1997) Motor performance of children with mild mental disabilities after using mental imagery Adapted Physical Activity Quarterly, 14, 119 130 Shapiro, D R (2003) Participation motives of Special Olympics athletes Adapted Physical Activity Quarterly, 20, 150 165 Shephard, R J (1994) Physiological aspects of physical activity for children with disabilities Physical Education Review, 17, 33 44 Sherrill, C, & Rainbolt, W (1988) Self-actualization profiles of male able-bodied and elite cerebral palsied athletes Adapted Physical Activity Quarterly, 5, 108 119 Skordilis, E K, Gavrilidis, A, Charitou, S, & Asonitou, K (2003) Comparison of sport achievement orientation of male professional, amateur, and wheelchair basketball athletes Perceptual and Motor Skills, 97, 483 490 Skordilis, E K, Koutsouki, D, Asonitou, K, Evans, E, & Jensen, B (2002) Comparison of sport achievement orientation between wheelchair and able-bodied basketball athletes.

Existing sensor network security research has been mostly on foundational cryptographic services, or applying cryptographic techniques to protect sensor network applications. Examples include resilient data aggregation [19 21], secure in-network processing [16], and hop-by-hop authentication for ltering out false data-injection attacks [17,18]. These are certainly critical issues for sensor network security. However, more issues are required for secure and resilient sensor networks. In particular, we need novel solutions to protect fundamental services such as location discovery and clock synchronization, which are also resilient in the presence of failures and malicious attacks. Moreover, intrusion detection in sensor networks is particularly important due to the fact that unattended sensor nodes can be easily captured and compromised. Since the ultimate goal of sensor networks is to collect data from physical environments, secure data collection and management is another critical issue as well. To illustrate the need for additional research, in the rest of this section we discuss attacks against location discovery in sensor networks. 5.4.1 Attacks Against Location Discovery

Another signaling breakdown is:

The rst, to meet civilian needs; The second, to provide robustness and potentially higher accuracy (for military users).

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