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To chamfer a solid, follow these steps: 1. Choose Chamfer from the Modify toolbar or choose Modify Chamfer. 2. At the Select first line or [Undo/Polyline/Distance/Angle/Trim/mEthod/ Multiple]: prompt, select the edge that you want to chamfer. The edge is displayed as a line between two surfaces. AutoCAD highlights one of the surfaces that touch the edge you selected. 3. At the Base surface selection...Enter surface selection option [Next/OK (current)] <OK>: prompt, press Enter to accept the highlighted surface as the base surface. You need to define the base surface in case the two chamfering distances are not equal or if you want to chamfer a loop, which is the entire base surface. Right-click and choose Next to highlight the next surface. (Only two surfaces touch the edge that you selected.) Press Enter when the desired surface is highlighted. 4. At the Specify base surface chamfer distance <0.5000>: prompt, type the chamfering distance for the first surface. This is the amount that you want to cut off from that surface. (The default is the last distance you specified.) 5. At the Specify other surface chamfer distance <0.5000>: prompt, type the chamfering distance for the other surface. (The default is the last distance you specified.) 6. At the Select an edge or [Loop]: prompt, select the edge that you want to chamfer. You can also use the Loop option. AutoCAD then prompts you to select the edge loop. Select the surface, and AutoCAD chamfers all of the edges of that surface. 7. AutoCAD continues to prompt you to select edges or edge loops. Press Enter to end selection when you re finished.

Incident response teams at financial institutions, ISPs, or any company whose brand might be stolen by phishers (or already has been) Information security professionals and management Executive management at any company with the potential for brand theft by phishers Everyone who uses the Internet for banking, shopping, or clicking

We consider a parameterized version of the domain with the size of the chess board ranging from 8 8 to 512 512 Figure 109 shows the total CPU time and the size of the plans produced by the strong cyclic algorithm compared to the strong cyclic adversarial algorithm In this domain, strong cyclic adversarial plans are larger and take substantially longer time to generate than ordinary strong cyclic plans The strong cyclic adversarial algorithm spends more than 4000 seconds for problems with 28 Boolean state variables or more However, as discussed above, it is nontrivial, if there exists a strategy of the hunter that guarantees that the prey never succeeds in reaching the lower left corner Thus, we may expect these plans to be computationally harder than strong cyclic plans Our experimental evaluation shows that the relative complexity difference between synthesizing adversarial and non-adversarial plans is problem dependent.

You may have noticed in Figure 13-3 that the public telephone network access and the network access are in the area dedicated for IT services. It has been decided that this site will use VoIP (Voice over IP) and the telephone sets will be IP-enabled phones. The voice communications will run over the network throughout the facility. So the convergence of the voice and data networks will occur in the IT area. Part of the traf c shaping10 plan may entail that voice communications between the Denver facility and the Chicago corporate of ce will go directly from the local phone switch as IP data over the directly connected ber link.