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delays are large, contributing to a large end-to-end delay For example, with a packet size of 1 KB and a channel bandwidth of 20 Kbps [representative of the bandwidth available over a wide-area wireless network like CDPD (cellular digital packet data)], the transmission delay for a packet will be 400 ms Hence, the typical round-trip times for connections over such networks can be in the order of a few seconds Latency in the Switching Network The base station of the wireless network is typically connected to the backbone network through a switching network belonging to the wireless network provider Several tasks including switching, bookkeeping, etc are taken care of by the switching network, albeit at the cost of increased latency Experimental studies have shown this latency to be nontrivial when compared to the typical round-trip times identified earlier [17] Channel Allocation.

Because everything is working perfectly, let s risk its stability by changing it. In the Library column, click Automator. This reveals several interesting actions that don t fit with any other application, including Run Shell Script, Run AppleScript, and Wait For User Action. You re going to use the View Results action. Drag the View Results action to the workflow area. As you drag it, the steps under it slide away to make room. Drop it right after Step 1, so that it becomes the new Step 2. Now you have a four-step workflow: Get Selected Finder Items, View Results, Copy Finder Items, and Open Finder Items. View Results simply displays the result from the previous action it doesn t serve any other purpose. View Results is used as a debugging step, a sanity check that allows you to see a value at the time the workflow runs. If you re a programmer, it s a lot like printf or NSLog. To see how it works, select some Finder items and then run the workflow again. Figure 13-10 shows what happened when I did that on my computer. The text in the View Results panel describes the items that were selected in the folder when you ran the workflow. If you re familiar with AppleScript, you probably recognize the View Results text as an AppleScript object. Automator workflows use this syntax for passing results from one action to the next. Adding the View Results action doesn t change anything functional it just gives us humans more information about what the workflow is doing. You can add any number of View Results actions to a workflow to help you understand and debug it.

When an issue is familiar and personally important, however, self-in uence attains its maximum value for everyone, re ecting the greater importance of one s own opinion compared to others opinions Because issue familiarity is assumed to be the same for all individuals in a given simulation, variation in self-in uence is a direct re ection of variation among individuals in their respective strength The dynamics of social in uence are determined by the value of self-in uence relative to the total in uence of other individuals When self-in uence is low, individuals may switch their opinions several times during the course of simulations This has the effect of destabilizing clusters For topics that are unfamiliar, then, one observes heightened dynamics that promote uni cation based on the majority opinion.

Most wide-area wireless networks are overlayed on infrastructures built for voice traffic Consequently, data traffic typically share the available channel with voice traffic Due to the real-time nature of the voice traffic, data traffic is typically given lower precedence in the channel access scheme For example, in CDPD that is overlayed on the AMPS voice network infrastructure, data traffic are only allocated channels that are not in use by the voice traffic A transient phase in which there are no free channels available can cause a significant increase in the end-to-end delay Furthermore, since the delay depends on the amount of voice traffic in the network, it can also vary widely over time Assymmetry in Channel Access If the base station and the mobile hosts use the same channel in a wireless network, the channel access scheme is typically biased toward the base station [1].

As a result, the forward traffic of a connection experiences less delay than the reverse traffic However, since TCP uses ACK-clocking, as described in the previous section, any delay in the receipt of ACKs will slow down the progression of the congestion window size at the sender end, causing degradation in the throughput enjoyed by the connection Unfairness in Channel Access Most medium access protocols in wireless networks use a binary exponential scheme for backing off after collisions However, such a scheme has been well studied and characterized to exhibit the capture syndrome wherein mobile hosts that get access to the channel tend to retain access until they are not backlogged anymore This unfairness in channel access can lead to random and prolonged delays in mobile hosts getting access to the underlying channel, further increasing and varying the round-trip times experienced by TCP.