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sub CheckFolder(folderobj) determine folder size important: always turn off error handling! on error resume next size = folderobj.size check for access violation errors if not err.Number=0 then size=-1 err.clear end if turn error handling back on: on error goto 0 add entry: folderspecs(counter,0) = size folderspecs(counter,1) = folderobj.path increment counter: counter = counter + 1 check all subfolders this is the basis of recursive calling important! Always turn off error handling to handle access violation errors: on error resume next for each subfolder in folderobj.subfolders check each subfolder individually by calling myself CheckFolder subfolder next turn error handling back on: err.clear on error goto 0 end sub Sub SortInfo for x = 0 to counter-1 for y = x+1 to counter-2 if folderspecs(x,0)<folderspecs(y,0) then wrong order Switch! temp = folderspecs(x,0) folderspecs(x,0)=folderspecs(y,0) folderspecs(y,0)=temp temp = folderspecs(x,1) folderspecs(x,1)=folderspecs(y,1) folderspecs(y,1)=temp

Additionally, FANT and BANT packets do not contain much information, thus minimizing the effect of ooding Nonetheless, reliance on ooding has scalability problems for large networks Simulations using ns-2 were conducted and performance comparisons among ARA, AODV, DSDV, and DSR were made The rst performance metric was delivery rate DSR and ARA had a delivery rate of 95% with low pause time and high topology changes, but with very high changes DSR outperformed ARA The second performance metric was overhead Again, DSR outperformed ARA in cases of high node mobility, but was on a par with DSR with low node mobility AODV and DSDV showed poor performance in comparison to ARA in both instances The framework for ARA stems from the ant colony optimization routing algorithm originally designed for wired networks Since ARA, there have been two analogous protocols proposed, probabilistic emergent routing algorithm (PERA)[41] and AntHocNet [42].

4-4.VBS set wshshell = CreateObject( WScript.Shell ) windir = wshshell.ExpandEnvironmentStrings( %WINDIR% ) dllfile = windir & \system\winmm.dll outputfile = C:\dll.htm GetDLLInfo dllfile, outputfile wshshell.run IEXPLORE.EXE & outputfile sub GetDllInfo(dllname, outputname) set dll = CreateObject( dll.tobtools ) set coll = dll.GetDLLFunctions(dllname)

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Readers intrigued with this routing approach may nd these additional references interesting and informative 1553 ABR Associativity-based routing (ABR) [43, 44] is a protocol where route selection is based on nodes having a measurable degree of associativity states (ie, periods of connection stability between nodes) This metric is based on the observation that there exists dormant time or a portion of time during which a mobile user remains in a location without moving Such a period of time translates into a period of spatial, temporal, and signal stability Stability is represented by a threshold value of associativity ticks Each node periodically transmits beacons to identify it and correspondingly updates its associativity tick value for every beacon received A high associativity value represents a low state of mobility between two nodes and the converse holds true where a high state of node mobility exists.

before and after application of radiofrequency energy. Notice that pulmonary vein potentials have been eliminated with a single ablation. Specialized catheters are being developed to ablate several sites within the left atrium at once. Since CFAEs are often identi ed on the interatrial septum, one design uses a catheter with retractable winged electrodes that can be deployed against the left atrial side of the interatrial septum to perform ablation (Fig. 13.10). Electrograms before and after ablation with this catheter design are shown in Fig. 13.11. The complex fractionated atrial activity that is observed before treatment is signi cantly attenuated with ablation.

For benchmarking, Computerworld offers a very straightforward definition: "Benchmarking is a measurement tool used to gauge a company's operating performance against that of competitors to identify best practices and make improvements. Examples within corporate IT include measuring the costs of supporting a data center or network infrastructure." But then they address e-commerce benchmarking as a separate entity: "E-commerce benchmarking is used to help companies compare the costs and performance of their online operations with those of other companies." In the Computerworld article defining e-commerce benchmarking, Mark Czarnecki, president of The Benchmarking Network, Inc., says, "All the concepts and principles of e-commerce are still not set," making benchmarks very difficult: Normally, there's a set of "anchors" that companies can rely on when they do benchmarking a defined measure of performance, such as transactions per second or monthly sales, Czarnecki says. "Defining it means there's some kind of stable business process. [With e-commerce], there's not a stable business process," he adds. The top priority for electronic businesses is turning a profit, says Jim Sample, a consultant at Reston, Va.-based benchmarking service provider Compass America Inc. "The drive toward profitability then trickles back to having to put in some traditional measurement system," he says.

A node will reset its associativity tick value of another node, if this other node moves out of the connectivity range of the node Nodes in ABR maintain a routing table for existing routes Nodes also maintain a neighboring table (NT), which is updated by the data link layer protocol through the use of beacons ABR comprises three phases, namely, the route discovery phase, the route reconstruction phase and the route deletion phase The ABR route discovery phase.

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