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threshold value, the base station will qualify the impact of these nodes on the overall network lifetime by considering the number of packets routed through them If the PT * ETR is greater than a certain threshold, the base station will consider relocating to a new position Such an approach has multiple advantages First, the base station will be close to the area where more nodes are collecting data and thus communication-related energy consumption will be reduced It is thus expected that the average energy per packet gets reduced In addition, nodes collecting the most data will be closer to the base station and most probably fewer hops will be involved lowering the overall latency time for data collection Moreover, the packet throughput will be higher since it is expected that most messages pass through fewer hops and travel shorter distances, making them less likely to be dropped.

Create a TableViewer Create a Table widget with columns Implement a content provider Implement a label provider Before we can address these JFace-related work items, we have to define the model representing a test run

In summary, such an approach for relocating the base station not only can increase network longevity but also can enhance other performance metrics like latency and throughput While such positioning will be ideal for high-traf c paths, it can worsen the performance on paths with lower traf c density or which are topologically opposite to the direction of the base-station motion Therefore, before con rming the move, the base station validates the overall impact on transmission energy by factoring in the possible extension of some data paths and the cost of signaling overhead to those sensor nodes affected by the move In summary, the cost of base-station relocation should be justi ed before being pursued When the base station starts to move, the data gathering process still continues and thus the routes should be adjusted before the base station gets out of range of some sensors (if any).

[ Team LiB ]

Unlike static approaches discussed in Section 93, routes adjustment is an issue in dynamic base-station positioning This issue can be handled by either increasing the transmission power or designating additional forwarder sensors The change in base-station position may also introduce shadowing or multipath fading to some links Slow or gradual advance toward the new position can be effective in avoiding unexpected link failures that may cause negative performance impacts, there by allowing the base station to rethink the suitability of the newly selected position and/or the decision to move further..

Plan Actions Considered in the Past 12 Months Bundle defined benefit plan services with a single provider Move from a traditional defined benefit plan to a cash balance plan Move from a traditional defined benefit plan to a pension equity plan Reduce plan benefits Terminate the defined benefit plan Freeze the defined benefit plan Make other plan design changes 34% 31% 30% 21% 20% 19% 29%

Enhancing Timeliness of Delay-Constrained Traf c. In addition to boosting network longevity, the repositioning of the base station also becomes in uential when real-time traf c with certain end-to-end delay requirements is involved. For instance, when routes to the base station get congested, most requests for establishing paths for real-time data may be denied or the deadline miss rate of real-time packets may increase signi cantly. Traf c congestion can be caused by an increase in the number of real-time data packets coming from nodes close to a recent event. In such circumstances, it may be infeasible to meet the requirements for real-time data delivery. Repositioning the base station can then be bene cial in order to spread the traf c on additional hops and increase the feasibility for meeting the timeliness requirements. A trigger for such relocation can be the unacceptable increase in the miss rate of real-time packets or just a desire to increase timeliness even if the miss rate is at a level that is tolerable by the application. To boost timeliness, the base station can move to the location of, or close to, the most heavily loaded node and try to split the

[ Team LiB ]

(5.26)

Potential Changes to Consider in the Next 12 Months Move from a traditional defined benefit plan to a pension equity plan Terminate the defined benefit plan Reduce plan bnefits Freeze the defined benefit plan Move from a traditional defined benefit plan to a cash balance plan Bundle defined benefit plan services with a single provider Make other plan design changes 26% 25% 24% 23% 20% 19% 40%

We represent a test run as a list of test results, where a test result captures the name of a test, its project, class, and status (0 = OK, 1 = failure), and the start and end time

Assuming wide-sense stationarity, the spatiotemporal correlation function for two samples of a point source taken at locations (xi , yi ) and (xj , yj ) and at times tk and tl , respectively, is given by E Si [k] Sj [l] E (xi , yi ) E (xj , yj )

p (i, j, k, l) =