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Thus, the medium access protocol will also have to be decentralized, and the MAC must have a notion of priority for accessing the channel based on the eligibility of the packets in the flow queues at that host (eg, backoffs) Since the base station does not have exclusive control over the scheduling mechanism, imprecise information sharing among backlogged uplink and downlink flows will result in poor fairness properties, both in the short term and in the long term In our network model, since the base station is involved in every flow, a centralized scheduler gives better fairness guarantees than a distributed scheduler All wireless fair scheduling algorithms designed for cellular networks follow this model Distributed schedulers, however, are applicable in different network scenarios, as will be discussed in Section 85.

The important principle here is that the design of the medium access control (MAC) protocol is closely tied to the type of scheduler chosen 8244 Incomplete State at the Base Station for Uplink Scheduling When the base station is the choice for the centralized scheduler, it has to obtain the state of all uplink flows to ensure fairness for such flows As discussed above, it is impossible for the centralized scheduler to have perfect knowledge of the current state for every uplink flow In particular, the base station may not know precisely when a previously nonbacklogged flow becomes backlogged, and the precise arrival times of uplink packets in this case The lack of such knowledge has an impact on the accuracy of scheduling and delay guarantees that can be provided in wireless fair queueing.

This problem can be alleviated in part by piggybacking flow state on uplink transmissions, but newly backlogged flows may still not be able to convey their state to the base station For a backlogged flow, the base station only needs to know if the flow will continue to remain backlogged even after it is allocated to a channel This information can be.

This significance test of the difference between two nested models has essentially the same strengths and weaknesses of the 2 test applied to any one model, and the statistical assumptions underlying it are far more stringent than those based on tests for a single model For these reasons, researchers (eg, Bentler, 1990; Marsh, Hau, & Grayson, 2005) recommend that goodness of fit be scaled along a 0-to-1 continuum in which the end points are defined by M0 and Ms, respectively This provides a potentially useful frame of reference against which to evaluate the fit of any one model or the difference between a pair of models For purposes of model comparison, tests of the relative fit of models testing more or fewer invariance constraints are of greater importance than the absolute level of fit for any one model Thus, for example, Cheung and.

Maximum Sustained Traf c Rate (MSR). The MSR de nes the peak information rate of the service in bits per second. This constraint does not contain MAC overhead such as cyclic redundancy check (CRC) or MAC headers. This constraint does not limit the instantaneous rate of service and is managed by the physical attributes of the ingress port. Minimum Reserved Traf c Rate (MRR). The MRR de nes the minimum rate reserved for this service to ow. The rate is represented in bits per second and illustrates the smallest amount of data to be broadcasted for the service ow when it is averaged over time.

The Case of Balance Theories It may be of little surprise, given the above, that balance or consistency theories garnered a fair bit of social psychological attention at this time The individual social world relation was depicted as a kind of juggling of internal states and external conditions, or personal versus situational attributions played off of one another Against the backdrop of social and political upheaval, then, psychological balance theories offered a feeling of equipoise at some level, whether of one s own inner and outer life or one s relation to others or to surrounding beliefs, during this heated mix in America of politics, sex, and secrets Balance theories may thus be thought of as exerting a kind of intuitive double-hold rst through the cybernetic revision of homeostatic mechanisms and second through an everyday social psychology that sought perhaps to balance the day-to-day teeter-tottering of psychological security and insecurity.

Arguably outgrowths of cybernetics and wider cultural preoccupations, cognitive consistency theories, such as Leon Festinger s cognitive dissonance theory, Frtiz Heider s balance theories, and John Thibaut and Harold Kelley s social exchange theories, held out a subjectivity of rational control in a time of the country appearing out of control It is possible to regard social psychology s mix of balance theories and cybernetic in uences during the period 1945 to the 1960s as re ecting not quite competing versions of the human On the one hand, as Hayles outlines them, there circulated the notion of man as a homeostatic self-regulating mechanism whose boundaries were clearly delineated from the environment and, [on the other], a more threatening, re exive vision of a man spliced into an informational circuit that could change him in unpredictable ways (Hayles, 1999, p 34; also see Bayer, 1999b).