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The possibility that ancillary modalities (for example, how operations are financed and supported, how operatives are recruited and kept on track) may be repeated from one attack to the next The likelihood that the authorities, having been surprised once, will be entertaining a much more varied set of templates against which to evaluate any warnings or clues The likelihood that the authorities tracking of non-citizens major movements and critical activities could be helpful for any post-event (or after-the-fact) analysis
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Burst Rate 400 drops per second over the last 10 seconds or 320 drops per second over the last 60 seconds 10 drops per second over the last 10 seconds or 8 drops per second over the last 60 seconds 200 drops per second over the last 10 seconds or 160 drops per second over the last 60 seconds 1,600 drops per second over the last 10 seconds or 1,220 drops per second over the last 60 seconds 800 drops per second over the last 10 seconds or 640 drops per second over the last 60 seconds 8,000 drops per second over the last 10 seconds or 6,400 drops per second over the last 60 seconds
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information could prove useful if a problem occurs after installation. The documentation can simply be a list of each ber and its attenuation where the ber is identi ed by the color of its outer coating and the color of the buffer tube containing it. Each reel also has a serial number that should be recorded. Some cable operators develop a printed form made into pads so they can be numbered, torn off, and led. An example of such a form is shown in Figure 4-28. A faster and more elegant method is to have an OTDR that has a digital memory and readout feature. Such instruments can store measured data in digital memory for later examination. Fiber color and buffer tube color identi cation information can be entered via a keyboard that comes with the instrument. This process allows the operator to enter the reel number and measured attenuation, along with other information such as the instrument, operator, time, and date. Data storage can be done on a convenient oppy disc.
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As explained, containers are the STL objects that actually store data. The containers defined by the STL are shown in Table 27-1. Also shown are the headers necessary to use each container. The string class, which manages character strings, is also a container, but it is discussed later in this chapter. Since the names of the generic placeholder types in a template class declaration are arbitrary, the container classes declare typedefed versions of these types. This makes the type names concrete. Some of the most common typedef names are shown here. size_type reference const_reference iterator const_iterator reverse_iterator const_reverse_iterator value_type allocator_type key_type key_compare value_compare Some type of integer. A reference to an element. A const reference to an element. An iterator. A const iterator. A reverse iterator. A const reverse iterator. The type of a value stored in a container. The type of the allocator. The type of a key. The type of a function that compares two keys. The type of a function that compares two values.
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Cornerstones of Human Potential: Focus, Service, and Gratitude exchange. We give and we receive. When you give what it is you want or need in your own life, you will receive those same things in abundance. I believe in this universal law, also known as cause and effect, and I also believe that this law applies to each one of us, not just physically, but emotionally and spiritually as well. Here s something to think about: You attract to you what you give away. Respond to the following statements in this Life Compass.
class Test<T> where T : new() {
Wireless Essentials
Another challenge in all-optical rings is optical-layer performance monitoring. Currently, there are no standards in this area, and most vendors provide their own proprietary schemes such as fiber/wavelength powers, optical SNR, and so on. However, it is well-understood that these offerings can only detect hard faults not degenerative conditions because they lack the bit-level resolution of SONET/SDH. Regardless, these features still suffice for ROADM applications [3]. For example, trunk power monitoring can rapidly isolate hard failures (fiber cuts and node faults) in order to support protection switching. Note that transparent ROADM rings use more specialized outband control setups with separated data and control planes; most vendors use the 1510 nm optical supervisory channel (OSC) wavelength for control signaling. Nevertheless, there are no standards for OSC signal formats and vendors either use SONET/SDH or Ethernet framing. In general, this yields lower levels of vendor interoperability. ROADM rings can easily implement UPSR protection. In addition, these nodes can also facilitate more advanced shared protection ring (SPRING) schemes [4]. These concepts extend upon SONET bidirectional line-switched ring (BLSR) operation via the automatic protection switching (APS) protocol. In particular, SPRING achieves spatial reuse to improve wavelength efficiency and provides multiple protection levels; wavelength plans route bidirectional demands along the same set of nodes and allow working /protection traffic to travel in both directions. In contrast, UPSR cannot provide such reuse since connections traversing different ring segments are unable to use the same wavelength. Overall, SPRING architectures include two- and four-fiber variants that operate at the fiber and wavelength levels [3]. These designs also permit wavelength sharing (backup multiplexing) between multiple working paths and/or lower-priority traffic. Hence, operators can differentiate protection levels to meet a broader set of customer demands such as dedicated (platinum), shared (gold), unprotected (silver), and preemptable (bronze). A major drawback of SPRING, however, is again the lack of related standards. Therefore, this design is only supported by a few vendors, and interoperability is extremely low. Finally, many commercial DWDM OADM nodes also blend in higher-layer TDM and Ethernet capabilities to boost wavelength efficiency. For example, various high-density thin-mux blades (muxponder) are available for subrate client tributary aggregation and output onto DWDM wavelengths. Key examples include TDM blades (4:1 OC-12 on OC-48, 4:1 OC-48 on OC-192) and Ethernet multiplexers (8:1/10:1 Gigabit Ethernet to 10 Gigabit Ethernet, etc). Some of these units can even provide decent levels of electroniclayer functionality, e.g., SONET/SDH APS and/or Ethernet switching/VLAN support. Overall, these grooming devices are blurring the boundaries between the optical and electronic layers. Alternatively, many higher-layer Ethernet/MPLS switches, IP routers, and SONET/SDH devices readily support powerful SMF or DWDM optics interfaces. Today s ROADM technologies offer the very real prospect of dynamic intelligent optical networks. When combined with tunable laser transponders, these systems can essentially reduce provisioning times down to minutes with little to no manual configuration a huge cost savings. Note, however, that static preengineering is still not eliminated altogether. For example, carriers will still have to design for all possible
Part Two
thiocyanate solution into each of three clean test tubes. 2. To the first test tube, add 1 mL of 0.1M potassium thiocyanate solution. Observe and record the color change in Data Table 1. 3. To the second test tube, add 1 mL of 0.1M iron(III) chloride solution. Observe and record the color change in Data Table 1. 4. Use the third test tube as a control. Note and record the color of the solution.
OSPF Metric Values
Related Properties
Figure 5-31 A call from SIP to H.323 without H.323 Fast Connect at the destination
Computer monitors Component Video Outputs Standard definition and high definition Composite Video Outputs Standard definition only
An electric circuit is an arrangement into a network of several connected electric components. The components that we will be concerned with are two-terminal components. This means that each component has two connection points or terminals that can be used to connect it with other components in the circuit. Each type of component will have its own symbol. This is illustrated in Fig. 1-1, where we indicate the terminals with two rounded ends or dots and use an empty box to represent a generic electric component. There are several electric components but in this book our primary focus will be on resistors, capacitors, inductors, and operational ampli ers. At this point, we won t worry about what these components are. We will investigate each one in detail later in the book as the necessary theory is developed. In this chapter we will lay down a few fundamentals. We begin by de ning circuit analysis.
Formula Types
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