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During the beta and the production deployment, you established service levels for your new environment. These service levels represent an agreement between the IT staff and the user community. Part of the agreement is that the IT staff will manage the system to meet certain established metrics and goals. The data needed to establish whether these goals are being met needs to be collected diligently and continuously. For example, if part of the SLA is 99.99-percent system uptime, every blue screen or other server outage needs to be recorded, as well as major network disruptions for a given region or data center.
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Most modulators built into VCRs, satellite receivers, and so forth only output to channel 3 or 4. As such, you cannot place this signal onto a line that already has a signal on channel 3 or 4. Further, the signals that come from these devices are usually wider than they should be, and these signals tend to spill over onto neighboring channels. This is why you sometimes are able to see your VCR signal (albeit faded, fuzzy, and distorted) on a neighboring channel. The cable company and broadcast stations are able to put signals on specific channels because they have devices called modulators. In order to distribute multiple video signals across coax cabling, you will need to install an external modulator. For instance, if a VCR in the bedroom is connected to a modulator that sends the signal to channel 102, then when the VCR is playing, any TV in the house connected to the whole-home A/V system can tune in to channel 102 and watch the video. External modulators, like the one shown in Figure 13-5, can pipe video onto UHF and cable channels (the exact number of available channels will differ, depending on the modulator you purchase). External modulators aren t cheap, however. The Theater 4202g 4-Input Modulator shown in Figure 13-5 sells for US$699.99. However, less expensive models can be purchased for as little as US$150. Price will also depend on how many channels your modulator serves.
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LDP-signaled LSPs Because LDP-signaled LSPs follow the IGP, shortest path protection of these LSPs depends on IGP reconvergence. When a link or node on the shortest path for an LSP fails, the upstream nodes will remove the label mapping for the LSP from their forwarding information base (FIB) until a new shortest path and a matching label for that path is found. Failure of a link or node may be detected using physical layer mechanisms (such as loss of light), layer 2 mechanisms (such as PPP keepalives), or using BFD sessions between adjacent LSRs. The same detection mechanisms may be used for backup LSPs and for fast reroute (both described below). Backup LSPs One commonly used protection mechanism is to define a backup path for an RSVP-TE signaled LSP, ideally disjoint from the primary path signaled for the LSP. The backup path (often known as a stand-by LSP or as a secondary LSP) may either be presignaled (so label state is instantiated along all LSR in the backup path) or simply precomputed (so signalling will be required to re-establish the LSP along the backup path). When a link or node along the LSP fails, the upstream node will generate an RSVP-TE PathErr message toward the ingress LSR. The PathErr message needs to traverse all the nodes and links on the path back to the ingress LSR. On receipt of the PathErr message, the ingress LSR will switch to the backup path. If the backup path is presignaled, this can happen within a few milliseconds of the PathErr message reaching the ingress LSR for an overall protection time in the order of hundreds of milliseconds. Fast Reroute SONET/SDH networks achieve protection switching in 50 ms for a ring of up to 1000 km circumference. When running MPLS directly over unprotected infrastructure (fibres and wavelengths), there may be a requirement to achieve similar (or better) protection switching at the MPLS layer especially when providing circuitbased services over MPLS. MPLS fast reroute addresses this challenge by repairing failures at the point of failure, rather than waiting for the PathErr to propagate to the ingress LSR. When signalling an LSP, the ingress LSR requests fast reroute protection and indicates whether link or node protection is required. There are two fast reroute
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Because malware is so potent, and because some kinds of malware are able to spread without any human interaction or assistance, a defense-in-depth strategy for blocking it is needed in most organizations to make sure that malware has few opportunities to enter the network. Anti-malware on all servers and workstations Every workstation should have current anti-malware software. It should be configured to perform real-time malware detection, plus regular scans (daily in high-risk environments, weekly in others). Users should not be able to remove or tamper with anti-malware software, even if they are local administrators for their workstations. However, users should be able to perform scans on demand if they sense that something new in their system may be infected. Anti-malware on e-mail servers E-mail servers should have anti-malware programs designed to block malware on incoming and outgoing e-mail. This cannot be ordinary anti-malware software, but a type designed to run on an e-mail server and interoperate with the e-mail server programs. Anti-malware on web proxy servers/filters Organizations should have active or passive web proxy servers that have anti-malware software on board. This will prevent malware from entering an organization from web sites that users are visiting. Centralized anti-malware console Organizations should consider using enterprise versions of anti-malware software that provide central monitoring and configuration consoles. This gives the organization the ability to instantly see the big picture with regard to anti-malware controls. For instance, a console will show which workstations anti-malware programs are having trouble running or getting new updates and where infections are occurring. Intrusion prevention systems Organizations can employ agented or agentless intrusion prevention systems (IPSs) that will automatically sense activities typical of malware. An IPS has the ability to immediately disconnect an infected system from the network so that it cannot infect other systems or disrupt network traffic. Spam filters A lot of malware (not to mention phishing schemes and fraud) enters an organization through e-mail. Centralized spam filters can intercept and block spam before it even reaches the e-mail server. Many spam filters also have antivirus programs on them to scrub viruses from incoming email even when it comes from legitimate, known persons. Blocking use of removable media While external memory devices such as USB sticks and external hard drives are popular, they do represent a number of threats, including malware. Blocking removable media is also one measure that is effective against information leakage.
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LAB 7.2 9. Element b is a silvery metal that was sub10.
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tenths of a volt less than Vp, so Vp must have the proper amplitude to fully drive the VCO s DC control input.) After completing the filter s design calculations for the frequency synthesizer, the following final PLL design checks must be performed to confirm that the PLL will function as desired: 1. The loop bandwidth fc should be at least 1/20 FCOM. 2. Make sure that C3 is at least 5 times larger in value than the input capacitance of the VCO (which is usually around 20 pF for the average VCO input capacitance). 3. Since maximum PLL phase detector input frequencies normally are no higher than 10 MHz, make sure that FCOM is not above this amount. 4. R must generally be set to divide by at least 3 or more. 5. Check the completed PLL design to confirm that the damping factor is less than 1 by: R2C2 2 6. Check that R3/R2 2. K KVCO N (C1 C2 C3)
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Description Adds the key/value pair specified by k and v to the dictionary. If k is already in the dictionary, then its value is unchanged and an ArgumentException is thrown. Returns true if k is a key in the invoking dictionary. Returns false otherwise. Returns true if v is a value in the invoking dictionary. Returns false otherwise. Returns an enumerator for the invoking dictionary. Removes k from the dictionary. Returns true if successful. Returns false if k was not in the dictionary.
number of bytes have been copied or after the first occurrence of ch has been copied. It returns a pointer to the end of dest if ch is found or null if ch is not part of source.
One of the easiest ways to establish RF communication with your robot is to use a radio modem. A radio modem sends serial data from a host device to a remote device from an operator interface to the robot. All computers and virtually
Appendix B
Hybrid
PC-A
this (one) these
24.6.4 Traffic generation
Used by newer cordless phones, WLANs, Bluetooth, microwaves, and other devices Used by the newest models of cordless phones and WLAN devices
Stateless Autoconfiguration
DIAGNOSIS
Absorption spectroscopy (also called absorbance spectroscopy) is one of the more common (and easy to understand) forms of spectroscopy. In absorption spectroscopy, we shine light of a specific wavelength through a sample and measure the intensity of the light that comes out the other side. Really we are most interested in measuring the absorbance, or how much light does not come through to the other side (i.e., how much light is absorbed). The absorbance of a given sample depends on three things: (1) the intrinsic ability of the molecules in solution to absorb light, (2) the concentration of the molecules in solution, and (3) the path length of the light as it passes through the sample (i.e., if the sample container is larger, then the light has to pass through more of the solution before getting to the other side, and so more light will be absorbed). Since our goal is to know a given molecule s ability to absorb light, we need to somehow account for the concentration of the solution and the path length of the light. The molar extinction coefficient is a measure that accounts for both concentration and thickness of the sample being studied. It does this by expressing the absorbance in units that are per concentration and per length (M21cm21). It is common to measure absorbance at many different wavelengths and plot a graph of the absorbance versus the wavelength or frequency of light. Such a graph is called the absorption spectrum (Fig. 3-1). Many molecules have unique or characteristic absorption spectra, so an absorption spectrum can be used to identify types of molecules in a sample. Absorption spectroscopy can also be used to measure the concentration of molecules in solution (once the identity of the molecule is known).
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