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Neighbors might agree to provide each other s child with rides to and from soccer practice following a rule of equality (half the days one person drives, half the days the other drives), and so forth Recognizing the existence of hierarchies of communal relationships should help to understand the nature of highquality personal (communal) relationships As we said earlier, these relationships are characterized by assumed, noncontingent responsibility for a partner s needs Here we add that the level of responsibility actually assumed on the part of a caregiver or expected on the part of a person in need (in the absence of true emergencies) ought also to be appropriate to the location of that relationship in its members hierarchy of relationships If the costs involved in meeting the need fall beneath the implicit cost boundary shown in Figure 181, the responsiveness ought to be present.

(2.10) (2.11) (2.12) (2.13)

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If costs exceed the boundary, bene ts should not be given, except for emergencies or in instances in which both members wish to strengthen the communal nature of the relationship Indeed, giving a bene t that falls above the implicit cost boundary might harm the quality of the relationship So too may asking for too costly a bene t or implying the existence of too strong a communal relationship by self-disclosing too much (Chaiken & Derlega, 1974; Kaplan, Firestone, Degnore, & Morre, 1974) be likely to hurt the relationship This should help to explain why responsiveness must be within appropriate bounds even though responsiveness to needs is a hallmark of good relationships A casual friend should not give one an extravagant present It exceeds the appropriate level of responsiveness to needs A young child is not supposed to assume a great deal of communal responsibility for his or her parent.

You can find the color-safe palette on the Web at www.lynda.com/hex.html, courtesy of Lynda Weinman.

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Thus, a child consistently comforting a troubled parent is not a sign of a high-quality relationship In contrast, a parent is supposed to assume great communal responsibility for his or her child Thus, a parent.

Data collection, known as data gathering or data dissemination, can be considered as a reverse multicasting task, with all nodes from the multicasting group reporting their data to the MC. There are several cases that need to be distinguished in these tasks. The data collected may or may not be aggregated at intermediate sensor nodes. Data aggregation is applied when sensor measurements are correlated, which is reasonable to assume when they measure the same event in nearby positions. In this case, it is not necessary that each individual report (which may not be suf ciently reliable) reaches the monitoring center. Intermediate nodes may combine (aggregate) data received from several neighbors, and possibly one measured by itself, into a single report, and forward it toward the MC. In the case of data aggregation, a distinction can be based on whether or not forwarding sensors have their own data measured. Obviously, all sensors that want to report data need to be included in the reporting tree. If data aggregation is not applied, then clearly each reporting sensor may apply one of the routing algorithms with guaranteed delivery (e.g., ref. [12]) for sending its report to the MC. If data aggregation is applied, a distinction can be made between protocols applied within the geocasting region, and outside of it. Outside the geocasting region, not all sensors need to participate in reporting. The problem appears, then, to be the inverse of the multicasting problem, that is, the multicast tree that is set while sending the request to the sensors can be used to report data back from the sensors (assuming an ondemand query was issued to all sensors).

Figure 33-4: Using the float and the clear properties together (in Internet Explorer)

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