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Figure 7.36 With a demultiplexing test set, the complete alarm picture can be scanned and displayed for
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The Dictionary<TK, TV> class stores key/value pairs. In a dictionary, values are accessed through their keys. In this regard, it is similar to the non-generic Hashtable class. Dictionary<TK, TV> implements IDictionary, IDictionary<TV, TV>, ICollection, ICollection<KeyValuePair<TK, TV>>, IEnumerable, IEnumerable<KeyValuePair<TK, TV>>, ISerializable, and IDeserializationCallback. (The last two interfaces support the serialization of the list.) Dictionaries are dynamic, growing as needed. Dictionary<TK, TV> provides many constructors. Here is a sampling: public Dictionary( ) public Dictionary(IDictionary<TK, TV> dict) public Dictionary(int capacity) The first constructor creates an empty dictionary with a default capacity. The second creates a dictionary that contains the same elements as those in dict. The third lets you specify an initial capacity. If you know in advance that you will need a dictionary of a certain size, then specifying that capacity will prevent the resizing of the dictionary at runtime, which is a costly process. Dictionary<TK, TV> defines several methods. Some commonly used ones are shown in Table 24-16.
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FIGURE 1.14 Classification of Roles
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From a lower to a higher security level interface From a higher to a lower security level interface Inbound on this interface
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Web site contains CREATE TABLE statements, sample data, data manipulation state ments, and Access database files for both databases. s in Parts 3, 4, and 7 use additional databases to broaden exposure to more diverse business situations. Students need exposure to a variety of business situations to acquire database design skills and understand concepts important to database specialists. Other databases covering water utility operations, patient visits, academic paper reviews, personal financial tracking, airline reservations, placement office operations, automobile insurance, store sales tracking, and real estate sales supplement the University and Order Entry databases in the chapter examples and end-of-chapter problems. Comprehensive Case Study: The Student Loan Limited Case is found at the end of Part 6. The case description along with its solution integrates the concepts students learned in the preceding 12 chapters on application development and database design. The follow-up problems at the end of the chapter provide additional opportunities for students to apply their knowledge on a realistic case. Optional Integrated Labs: Database management is best taught when concepts are closely linked to the practice of designing and implementing databases using a commercial DBMS. To help students apply the concepts described in the textbook, optional supplementary lab materials are available on CD-ROM and the text's Web site. The CD-ROM contains labs for four Microsoft Access versions (97, 2000, 2002, and 2003) as well as practice databases and practice exercises. The Microsoft Access labs integrate a detailed coverage of Access with the application development concepts covered in Parts 2 and 5. Free Data Modeling Tool: The ER Assistant provides a simple interface for drawing and analyzing entity relationship diagrams as presented in the Part 3 chapters on data modeling. Students can quickly become productive with this program, enabling them to focus on the concepts of data modeling rather than the details of a complex CASE tool. To help students avoid diagram errors, the ER Assistant supports the diagram rules pre sented in 5. Current and Cutting-Edge Topics: This book covers some topics that are missing from competing textbooks: advanced query formulation, updatable views, development and management of stored procedures and triggers, data requirements for data entry forms and reports, view integration, management of the refresh process for data ware houses, the data warehouse maturity model, parallel database architectures, object database architectures, data warehouse features in SQL:2003 and Oracle lOg, objectrelational features in SQL:2003 and Oracle lOg, and transaction design principles. These topics enable motivated students to obtain a deeper understanding of database management. Complete Package for Course: Depending on the course criteria, some students may need to purchase as many as five books for an introductory database course: a textbook covering principles, laboratory books covering details of a DBMS and a CASE tool, a supplemental SQL book, and a casebook with realistic practice problems. This textbook and supplemental material provide one complete, integrated, and less expensive source for the student.
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3. Commutator rotation rate must be exactly the same at the transmitter and receiver. This requirement implies a clock recovery mechanism at the receiver. 4. Commutator phasing must be the same at transmitter and receiver and requires some form of tributary or channel identification within the multiplexed signal. The interleaving of data streams can be done on a bit-by-bit or byte-by-byte basis. (Byte interleaving allows parallel processing using lower-speed logic and is finding favor in broadband synchronous systems.) One rotation of the commutator constitutes a frame (Figure 3.20). To help the receiving equipment demultiplex the interleaved bit stream accurately, framing bits are added to each frame. These bits identify the starting and ending points of each cycle (i.e., which timeslot belongs to channel 1, which to channel 2, etc.). They are distributed in either of two ways. In one method, the framing bits are inserted between frames, and a complete frame word is built up over a multiframe. This method is the standard for North American systems. In the other method, the framing bits are grouped at the beginning of the frame. This method is called bunched frame word and is the standard for European systems. As mentioned previously, synchronous TDM assumes a constant bit rate for all input streams. But what if our input streams have different rates In that case, we bring all tributary inputs to an equal, higher, bit rate before multiplexing by a technique called positive justification (Figure 3.21). Positive justification means adding redundant (non-data-carrying) bits to the tributary input stream. The rate at which the redundant bits are added depends on the chosen higher bit rate (justified bit rate), and the actual input (tributary) bit rate. Imagine that the justified bit rate is 6 bps where the input tributary rate is 3 bps (data stream B). This difference means that the nominal justification ratio is 1:2, and that every second bit in the justified output will be a redundant bit.
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2. To move an existing guideline, click on it in the list, enter a new value in the top-left
FIGURE 10.6. Precision measuring machine example Leitz PMM, Browne Sharpe Crop. (Courtesy CAMCO Corporation, Wheeling, Ill.)
Although several types of Ethernet services have been described, circuit bonding provides reliable delivery of Ethernet frames across facilities where directly connecting Ethernet ports is not otherwise possible. In effect, the application requires the use of the service provider s infrastructure to remove the Ethernet distance limitation. This creates a virtual direct connection between Ethernet ports, with TDM-like Quality of Service (QoS) and service assurance and management capabilities. Circuit bonding is able to transport Ethernet over new or existing infrastructure by augmenting the transport network, allowing the interconnection of devices with Ethernet ports as though they were physically next to each other, regardless of their true location. Except for the transport delay caused by the added distance and the appearance of PAUSE frames, the distance extension is undetectable by the interconnected devices. The circuit-bonding solution for the case of an enterprise connecting a LAN at one location to its main corporate LAN is shown in Figure 10.11. Utilizing circuit bonding, this connection is made over the existing carrier infrastructure with any number of DS1s, DS3s, OC-3s, or OC-12s required to achieve the desired bandwidth. Figure 10.12 shows an example where tenants in an office building are receiving service from an ISP. Without circuit bonding, the enterprise and ISP routers must use expensive TDM ports or the service provider must build-out a data transport network. With circuit bonding, the router can use more economical native Ethernet ports, and the circuit-bonding connection can be provisioned and easily reprovisioned to the desired bandwidth as needs change. For the service provider, the economics governing the deployment of Ethernet service are often driven by the ability to use the existing infrastructure to reach a broad base of customers who could otherwise not be serviced. A single bonded circuit incorporates all of the features required to utilize the existing infrastructure to offer Ethernet services to any business. The functions performed by circuit bonding are described next.
Tables 5.10a and 5.10b list some of the software that may be used. Over time, more sophisticated software is being developed.
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Here s an example of the operator in action. This program divides two numbers, but will not allow a division by zero.
When we have established our expected traffic demand and traffic distribution, developed our design criteria, and selected our vendors and products, the next step is to establish the initial network topology. The topology of the network will specify how many network elements of a given type will be in each location and the bandwidth requirements between those network elements and the outside world. Initially, we will deal with logical connectivity. Later, once we are satisfied with the logical connectivity (such as the bandwidth required between nodes), then we can develop greater detail regarding the actual connections. That greater detail will involve the specifications of physical connections to routers, such as point-to-point versus ring transport, and so on.
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zinc (1-cm 3-cm strips) (3) copper (1-cm 3-cm strips) (2) lead (1-cm 3-cm strip) sandpaper 0.2M lead (II) nitrate (Pb(NO3)2) 0.2M copper (II) sulfate (CuSO4) 0.2M magnesium sulfate (MgSO4) 0.2M silver nitrate (AgNO3) 3M hydrochloric acid (HCl) test tubes (6) test-tube rack
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