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11.1.4 Holistic groundwater management: respecting ecology and human rights So far we have focused on groundwater resource management systems that are designed to ensure the rights of human water users; but what about ecosystems. There is no doubting the major advances which groundwater resource management systems have yielded over the last four decades. As we saw in 6, however, many freshwater ecosystems are critically dependent on the availability of abundant, clean groundwater. While it is entirely feasible to incorporate ecological conservation goals into the decision-making processes of abstraction permitting or commandand-control regimes, it is easy to identify multiple examples of fully developed aquifers in which no attention was paid to the ecological consequences of maintaining large drawdowns (cf. Sections 9.2.2 and 9.2.4). The lesson to be learned from history is that when we focus solely on supplying human demands for water, we have a tendency to incrementally diminish or destroy formerly diverse ecosystems, upon which we ultimately depend for valuable genetic resources, the fertilization services provided by insects and birds, and the uplifting recreational bene ts of access to unspoiled natural landscapes. Selfinterest, narrowly de ned, will ultimately be our undoing. Enlightened self-interest, in which we ensure that we meet our water needs without irretrievably damaging freshwater ecosystems, is the only sensible course if we wish to secure the future of our own species. To complete the evolution from laissez-faire to holistic groundwater management, we need to go beyond the simple assertion of the prior rights of existing abstractors, and begin to ask:

792 The Application The usage of MobiCar is meant to be easy and straightforward, even if the system behind it is somewhat complex The preset values in the parameters are not factory defaults; the group formation is inferred from a machine learning algorithm that gathers experiences collected from individual users and adapted to their precise needs Figure 724 displays a typical use case for the MobiCar application with four main functions using the components of the Mobile Services Architecture: Choose pool of users The user selects a number of pools The users that are eventually suggested to share the ride will belong to one or more of them These pools are selected to customise the users to be considered In the aforementioned scenario, this is used as a barrier to keep untrusted users from being selected.

time slot. The smaller AIFSN[AC] corresponds to the higher medium access priority. The minimum size of CW, i.e., CWmin[AC], is another parameter which depends upon the AC. The initial value for the backoff counter is a random number taken from an interval de ned by CW, which is exactly similar to the DCF case. Again, the smaller CWmin[AC] corresponds to a higher priority in acquiring a shared radio channel. An important difference between the DCF and 802.11e EDCA in terms of the backoff countdown rule is as follows: (1) The rst backoff countdown takes place at the end of the AIFSN[AC] interval. (2) A frame transmission is initiated after a slot from the moment the backoff counter becomes zero. The CW increases upon unsuccessful frame exchanges but never exceeds the value of CWmax[AC]. This parameter is de ned per the AC as well as part of the EDCA parameter set. Note that the smaller CWmax[AC] corresponds to a higher medium access priority. The aforementioned system con gurations, in addition to the EDCA parameter set, are illustrated in Fig. 1.5. As mentioned earlier, in addition to the backoff parameters, the TXOPlimit[AC] is de ned per the AC as part of the EDCA parameter set. Apparently, the larger TXOPlimit[AC] is, the larger is the share of capacity for this AC. Once a TXOP is obtained, the backoff entity may keep transmitting more than one MSDU consecutively during the same TXOP up to a duration of TXOPlimit[AC]. This important concept in 802.11e MAC is referred to as continuation of an EDCA TXOP (4). As already explained, four self-governing backoff entities with different EDCA parameter sets exist inside an 802.11e QSTA. In a tagged QSTA when counters of two or more backoff entities reach zero simultaneously, they

Essential Windows CE Application Programming by Robert Burdick Wiley Computer Publishing, John Wiley & Sons, Inc. ISBN: 0471327476 Pub Date: 03/01/99

It might also be used to choose among friends by discriminating colleagues on a weekend ride, etc Choose service parameters This allows the user to con rm the proposed parameters and their settings, or alter them as needed As already mentioned, these are set from the user s context and pro le, and selected according to their relevancy for the user Visualise group This harnesses the power of the Group Awareness Function to summarise the information related to a group of individuals By querying for the variables for a group, the system is able to show the abstracted value for the group In the case of position , for instance, the average for all the group members is displayed, while in the case of music type the majority vote is displayed as the group value Con rm group.

FIGURE 8.6 A typical correlation result (correlation function in vertical axis and chip offset in horizontal axis).

This sets the green light for the group formation in the platform to begin Once the group is formed, the user can bene t from all the functionalities that come with the integrated group management platform..