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of broadcasting as soon as it is completed A different situation occurs in the distributed setting with restricted knowledge Since even the size of the network is unknown, broadcast can well be finished but no node need be aware of this fact Consequently, the following two communication tasks are distinguished in [12] In radio broadcasting (RB) the goal is simply to communicate the source message to all nodes In acknowledged radio broadcasting (ARB) the goal is to achieve RB and inform the source about it This may be essential, eg, when the source has several messages to disseminate, and none of the nodes are supposed to learn the next message until all nodes get the previous one It is assumed that the algorithm starts in round 1 and the current round number is indicated by the global clock.

Figure 1-10

An algorithm accomplishes RB in t rounds if all nodes know the source message after round t and no messages are sent after round t An algorithm accomplishes ARB in t rounds, if it accomplishes RB in t rounds and if, after round t, the source knows that all nodes know the source message Distributed broadcasting in radio networks with unknown topology was first investigated in [5] Under this scenario, adaptivity of algorithms may be important, and hence it should be made precise if collision detection (as discussed previously) is or is not available We first present results assuming the latter scenario This is the assumption made in [5] One of the main results of that paper is the lower bound (n) on deterministic broadcasting time, even for the restricted class of symmetric networks, and even when each node knows its immediate neighborhood.

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Western Union provides money wire, an electronic message that authorizes money from one person to be issued to another person; this service has been available to travelers for many years, with a fee charged by Western Union. This convenient service should be well established as an option for a guest. The front of ce manager should develop and communicate a procedure that includes the phone number and address of the nearest money wire center.

Operating Inef ciency. The xed CW setting in the 802.11 DCF does not adapt well under either low traf c load or congestion due to the large number of competing stations. Existing research results have shown that using one CW, no matter big or small, yields very low throughput in many scenarios. Protocol Inef ciency. The overhead of the RTS/CTS/ACK and backoff procedure per channel access consumes a signi cant portion of channel time, especially with high physical channel data rates and small frame sizes. Existing research results indicate that with the existing overhead simply increasing the data rate cannot improve the throughput beyond a certain bound.

1,00E 02 1,00E 1,00E 1,00E 3,00E 1,00E 1,00E 1,00E 1,00E 01 +01 +03 +05 +07 +09 +11 +13 (Hz) Figure 25.4. Ideal representation of electric conductivity and dielectric constant spectra.

The authors construct a class of symmetric networks of bounded diameter, for which every deterministic broadcasting algorithm uses time (n) (Later it was shown in [28] that deterministic broadcasting time for this class of networks is the same as for the class of arbitrary symmetric networks and is in fact equal to n 1) A matching upper bound is established in [12]: the authors construct an algorithm accomplishing radio broadcasting in time O(n), for arbitrary symmetric networks, under the most restrictive assumption that each node knows only its own label A subtle point should be mentioned here The algorithm from [12] makes heavy use of spontaneous transmissions: the ability of nodes that have not yet gotten the source message to transmit some control messages (The lower bound from [5] remains valid under this assumption.

environments are ones where people feel good, achieve high performance, and have high levels of well-being, which is consistent with the happy/productive worker thesis (Quick & Tetrick, in press; Staw, 1986; T. Wright & Cropanzano, 1997). OHP is founded on strong traditions both throughout Europe and in the United States. In keeping with those traditions, Murphy and Cooper (2000) present a model along with international cases of healthy work organizations. The broad interdisciplinary framework of OHP has arisen in the United States because of the need for closer integration between psychology, related behavioral sciences, and occupational medicine to address the growing health and productivity costs of distress at work (Sauter, Murphy, & Hurrell, 1990). While psychology and the behavioral sciences play important roles in areas of occupational safety and health, such as ergonomics, behavioral toxicology, behavioral safety, and employee assistance, OHP is expanding the boundaries of established disciplines and integrating related domains of scienti c knowledge and professional practice. The rst section of the chapter provides a brief historical overview of OHP. The next section reviews the ecological dimensions of OHP. The third section presents a framework for preventive health management, and the fourth section

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