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IMPORTANT Using chfarm does not migrate published applications or any server settings to the new server farm.
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A colleague e-mailed this image for your opinion of whether this could be a melanoma. It was located on the back of a 72-year-old man. 1. Pigment network identifies a melanocytic lesion. 2. Asymmetry of color and structure, a multicomponent global pattern, irregular pigment network, and irregular globules characterize this melanoma. 3. This is a classic fingerprint pattern often found in flat seborrheic keratosis. 4. A fingerprint pattern and nonpigmented pseudofollicular openings characterize this seborrheic keratosis. 5. Parallel line segments rather than honeycomb-like line segments differentiate the fingerprint pattern of a seborrheic keratosis from the pigment network of a melanocytic lesion.
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have any business inspecting the contents of that tag, and if the frame is passed up the stack of entities at the receiving end, the tag is removed. That way, the next-higher layer of entities in each stack can peer with each other. If one entity tries to peek at another entity s tag besides its own, e.g., if a bridge looks at both tags, it violates the layering principle and thus stifles future progress. If it cannot peek at the other tag, however, it cannot do its job. If it does peek at the other tag, then no new layer of entities, and hence no new tag, can ever be inserted between the two. Layer insertion, one of the principle justifications for layering, would be lost. And of course, layer insertion is exactly how VLANs came about! Thus, peeking at two VLAN tags would inhibit the ability of bridges to grow new features in the future. The astute reader will observe that IGMP snooping violates layering principles. If a tag is added to Ethernet frames being carried transparently through a bridged network, one that the bridges do not peer with, then the bridges can no longer snoop on IGMP frames. Introducing a useful layer-crossing feature has thus placed a restriction on future development. The provider, of course, runs a Spanning Tree Protocol algorithm to maintain a loop-free active topology in the provider network. The many customers of that provider network, assuming for a moment they are using bridges (as shown in Figure 13.5), are also presumably running STP. This is especially important if a customer has two or more connections from one of his or her networks to the provider s network. Forwarding loops and the consequent broadcast storms could be avoided if all of these interconnected bridges, both customer and provider bridges, ran a single globally connected instance of the Spanning Tree Protocol. This is not practical, however. One reason is that the STP protocols simply do not scale to encompass all of the provider and all of the customer bridges in the world. Another is that these protocols depend on certain configuration parameters that must be coordinated in the different bridges in a network. The cooperation required among system administrators would be prohibitive, and any error by any administrator could affect the whole world. A very simple way to keep the providers spanning trees separate from the customers spanning trees was adopted by IEEE Std 802.1ad-2005. As mentioned in In-Band Signaling, a standard customer bridge (C-bridge) transmits and receives frames carrying the Spanning Tree Control protocols (bridge protocol data units, or BPDUs) using the destination MAC address 01-80-C2-00-00-00 and prevents all frames whose destination MAC address is in the 01-80-C2-00-00-00 through -0F range from being relayed from port to port. A provider bridge, however, is different. It uses 01-80-C200-00-08 for its BPDUs and forwards frames with destination MAC addresses -00, -0A, -0B, -0C, and -0F through the provider bridge just like any other ordinary multicast frame. The customers BPDUs are thus just like any other multicast data to the provider bridge.
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agile development Software development process where a large project team is broken up into smaller teams, and project deliverables are broken up into smaller pieces, each of which can be attained in a few weeks.
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In order to ensure reliable and error-free interworking between PDH and SDH networks, SDH equipment must control within specified limits the level of jitter present at PDH output tributaries from the synchronous network. Testing a network element s tributary output jitter performance therefore is essential when evaluating new SDH equipment. The jitter present on a PDH signal output from an SDH network element results from two primary sources, namely:
cost paths.The default is to place only equal-cost paths in the routing table.
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Expiration: How frequently must passwords be changed History: Whether former passwords may be used again Minimum time between changes: Whether users are permitted to change their passwords frequently (for instance, to cycle back to the familiar password they are used to) Display: Whether the password is displayed when logging in or when creating a new password Transmission: Whether the password is encrypted when transmitted over the network or if it is transmitted in plaintext Storage: Whether the password is stored encrypted or hashed, or if it is stored in plaintext. If it is stored encrypted or in plaintext, the IS auditor needs to determine who has access to it. Account lockout The IS auditor should determine if systems automatically lock user accounts after a series of unsuccessful login attempts. The auditor should determine how locked user accounts are unlocked whether automatically or manually and whether these events are logged. Access to encrypted passwords The IS auditor should determine if end users are able to access encrypted/hashed passwords, which would enable them to use password cracking tools to discover other users and administrative passwords. Password vaulting The IS auditor should determine if users are encouraged or required to use password vaulting tools for the safe storage of passwords and if administrative passwords are vaulted for emergency use. Auditing User Access Provisioning Auditing the user access provisioning process requires attention to several key activities, including: Access request processes The IS auditor should identify all user access request processes and determine if these processes are used consistently throughout the organization. The auditor should determine if there is one central user access request process, or if each environment has a separate process. The auditor should identify what data elements are required in a user access request for instance, if the request specifies why and for how long the user needs this access. The auditor should examine business records to determine how access requests are documented. Access approvals When studying the user access process, the IS auditor needs to determine how requests are approved and by what authority they are approved. The auditor should determine if system or data owners approve access requests, or if any accesses are ever denied (if no access requests are denied, the IS auditor should see if all requests are merely rubber stamped without any real scrutiny). The auditor should examine business records to look for evidence of access approvals.
2. Interpretating the Tacoma Narrows Bridge failure: Cable supported bridges are subject to: Wind-induced drag (the static component) Flutter (the instability that occurred at the Tacoma Narrows) Buffeting (where gusts shake the bridge). 3. Adequate aerodynamic performance is required with respect to each of these effects: For modest span bridges, drag generally controls the strength required to resist wind. Flutter becomes critical when the wind acting on the structure reaches a critical velocity that triggers a self-excited unstable condition. The task in design is to assure that it has a very low probability of occurrence. This can be achieved by providing a stiff structure and/or an aerodynamically streamlined superstructure shape. The magnitude of buffeting response under higher probability wind conditions must be controlled. It in uences fatigue of the bridge materials as well as users comfort. 4. Addressing these issues in an engineering context requires the use of wind tunnel models. Current practice is converging on the use of such models for the aerodynamic properties of the bridge shape only. The mechanical properties of the bridge, and the nal wind evaluation, are performed using computer models that incorporate the wind tunnel results.
Trunk and Extremities
Fig. 1-21
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