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The XOR operation has an interesting property that is useful in a variety of situations. When some value X is XORed with another value Y and then that result is XORed with Y again, X is produced. That is, given the sequence R1 = X ^ Y; R2 = R1 ^ Y;
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The IDictionary<TK, TV> interface defines the behavior of a generic collection that maps unique keys to values. That is, it defines a collection that stores key/value pairs. IDictionary<TK, TV> inherits IEnumerable, IEnumerable<KeyValuePair<TK, TV>>, and ICollection< KeyValuePair<TK, TV>> and is the generic version of the non-generic IDictionary. The methods declared by IDictionary<TK, TV> are summarized in Table 24-12. All throw an ArgumentNullException if an attempt is made to specify a null key. IDictionary<TK, TV> defines the following properties:
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Encrypting your data before it is sent to the service provider ensures that if the provider s security measures are breached, your data is still secure.
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The C# Language
Reporting and Analysis
When one type of data is assigned to another type of variable, an implicit type conversion will take place automatically if The two types are compatible. The destination type has a range that is greater than the source type. When these two conditions are met, a widening conversion takes place. For example, the int type is always large enough to hold all valid byte values, and both int and byte are compatible integer types, so an implicit conversion can be applied. For widening conversions, the numeric types, including integer and floating-point types, are compatible with each other. For example, the following program is perfectly valid since long to double is a widening conversion that is automatically performed.
The discussion after Eq. (13.31) explained that use of Ff in the minimization criterion caused reversal at the start of the motion. Similarly, the use of Ff here has been shown to do the same. Hence, the following formulation for minimizing the Hertzian cam contact stress may be used without causing reversal:
address and is destined to 172.16.0.0/16, it will be permitted if certain TCP flag bits are set (established) in the TCP segment header, indicative of returning traffic. Remember that the keyword any is the same as 0.0.0.0 255.255.255.255. Also, the log keyword will cause a match on this statement to be printed on the console. Since a TCP port isn t specified, all TCP connections will match on this statement. The second line of this example allows a DNS query from any source device to be sent to an internal DNS server (172.16.1.1). Remember that the 0.0.0.0 wildcard mask is removed and the keyword host is inserted in the front of the IP address. A match on this statement is also logged. The third line allows any telnet connection from devices in the 172.17.0.0/16 network if the destination device is 172.16.1.2. Remember that telnet uses TCP. A match on this statement is also logged. The fourth line allows any replies to a ping to come back to devices with an address of 172.16.0.0/16. Note that only the echo replies are allowed echoes are not allowed, preventing someone from this interface from executing pings. A match on this statement is also logged. The fifth line isn t necessary because all traffic not matching on the previous permit statements will be dropped. However, if you want to log what is dropped, you ll need to configure this statement with the log parameter, as shown in the example. The last part of the configuration shows the ACL applied inbound on ethernet0.
FIGURE 14-8 RP
Experience has shown that many of the construction documents may be lost over time. Databases of scanned copies should be maintained as electronic les. 3. Checklist A checklist of bridge inventory items for structural evaluation should include: Deck repairs or replacement Deck joint repairs or replacement Parapet or railing repairs or replacement Repainting of girders. 4. Records of emergency repair methods, including accidents, re, extreme events, etc. 5. Maintenance schedule.
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Comparisons between pointers that do not access the same array are generally invalid, and often cause errors. You should not make assumptions about where your data will be placed in memory, whether it will always be in the same place, or whether every compiler or execution environment will treat it in the same way. Therefore, making any comparisons between pointers to two different objects may yield unexpected results. Here is an example:
18:
HDLC
Interactive Key Events
without a textbook. This material, revised many times through student comments, was the foundation for the first edition. During the development of the first edition, the material was classroom tested for three years with hundreds of undergraduate and graduate students, along with careful review through four drafts by many outside reviewers. The second edi tion was developed through classroom usage of the first edition for three years, along with teaching an advanced database course for several years. The third edition was developed through three years experience with the second edition in basic and advanced database courses. I wish to acknowledge the excellent support that I have received in completing this pro ject. First, I thank my many database students, especially those in ISMG6080, ISMG6480, and ISMG4500 at the University of Colorado at Denver. Your comments and reaction to the textbook have been invaluable to its improvement. Second, I thank the many fine reviewers who provided feedback on the various drafts of this textbook: KirkP.Arnett Mississippi State University Reza Barkhi Virginia Polytechnic Institute and State University William Barnett University of Louisiana Monroe Jack D. Becker University of North Texas Nabil Bedewi George Mason University Robert Louis Gilson Washington State University Jian Guan University of Louisville Diane Hall Auburn University Dr. Joseph T. Harder Indiana State University Mark Hwang Central Michigan University Balaji Janamanchi Texas Tech University Nenad Jukic Loyola University Chicago Rajeev Kaula Southwest Missouri State University Sung-kwan Kim University of Arkansas Little Rock Yong Jin Kim SUNY Binghamton Barbara Klein University of Michigan Dearborn Constance Knapp Pace University Alexis Koster San Diego State University Jean-Pierre Kuilboer University of Massachusetts Boston Alan G. Labouseur Marist College Dr. William M. Lankford University of West Georgia Eitel Lauria Marist College
Amplifier Design
Trunk and Extremities
Several Solutions Exist There are numerous solutions (most of them are described in Part II) currently used to deliver Carrier Ethernet services; multiple solutions exist because multiple incumbent solutions were being used in Service Provider networks to deliver services (not necessarily Ethernet), and these solutions evolved to incorporate delivery of Carrier Ethernet (to some extent). The Solutions Are Usually Fundamentally Different Most of the solutions are very different from each other, from the type of physical infrastructure they support to the functionality, manageability, and provisioning as evidenced by the comparison earlier in the chapter. The Solutions Have Different Focuses Most solutions today are primarily focused on bridging the chasm in metro access between the customer premise location and the Service Provider s first Point Of Presence (POP). Several, however, are focused on delivering Carrier Ethernet in the metro and beyond, in to the WAN. It must be noted that realistically, even if a solution can be deployed across the metro and the core, it is likely these solutions will be packaged in different commercial offerings (i.e., two different models), each addressing a different segment. Differing price sensitivities in the various segments make it unrealistic to have a one box solution across segments (without being economically unattractive). Carrier Ethernet Is Still Evolving and So Are the Solutions A fundamental challenge to Carrier Ethernet solutions is that Carrier Ethernet is still very much in its infancy and in the process of standardizing and evolving to support the next generation of applications. Within such a dynamic context, the solutions are also invariably evolving to align with these developments; albeit it must be noted that solution vendors, in an attempt to competitively differentiate, often offer new features that may still not be ratified by standards bodies. However, as shown in Figure 16.5, there appears to be a long way to go even with regards to making available most of the fairly well-defined Carrier Ethernet attributes. There Is No One All Encompassing Solution There is no one solution that is both economical and has adequate features to support the delivery of Carrier Ethernet from simple point-to-point E-Line connectivity in the access to a multipoint solution in the core of the Service Provider network. Therefore, it is not uncommon for Service Providers to employ multiple solutions in their networks, perhaps one in the access and another, deeper in the metro.
Miami-Dade County in Florida, with a population of more than 2 million people, has the fourth-largest traffic court system in the United States. The number of traffic citations has been growing; in 1999 it stood at over 700,000, requiring over 2 million documents to be filed with the Miami-Dade County Traffic Court Division a huge volume of paperwork to file, store, process, access, and provide to a judge whenever necessary. To ease the problems created by this huge paper trail and to improve service, the county implemented an electronic imaging document system. This system includes a module that enables judges, clerks, prosecutors, defense attorneys, and defendants, using special electronic styluses, to provide handwritten electronic signatures on court documents. Signatures are captured electronically and affixed to appropriate forms. More than 8,900 defendant signatures are captured per week. As a result, documents can be processed and routed electronically, streamlining the workflow. Information technology has thus transformed the Traffic Court Division into a paperless court, significantly improving its efficiency and effectiveness and making it the first paperless traffic court in the world. The system has improved productivity, saved significant dollars, and provided the public with high-quality documents with appropriate signatures in place. The ability to capture signatures in a legally binding way was a key component of the entire process.
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