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CompTIA is a nonprofit, industry trade association based in Oakbrook Terrace, Illinois, on the outskirts of Chicago Tens of thousands of computer resellers, value-added resellers, distributors, manufacturers, and training companies from all over the world are members of CompTIA CompTIA was founded in 1982 The following year, CompTIA began offering the CompTIA A+ certification exam CompTIA A+ certification is now widely recognized as a de facto requirement for entrance into the PC industry Because the A+ exam covers networking only lightly, CompTIA decided to establish a vendor-neutral test covering basic networking skills So, in April 1999, CompTIA unveiled the CompTIA Network+ certification exam CompTIA provides certifications for a variety of areas in the computer industry, offers opportunities for its members to interact, and represents its members interests to government bodies CompTIA certifications include A+, Network+, Security+, and RFID+, to name a few Check out the CompTIA Web site at wwwcomptiaorg for details on other certifications CompTIA is huge Virtually every company of consequence in the IT industry is a member of CompTIA: Microsoft, Dell, Cisco name an IT company and it s probably a member of CompTIA

if(t->hours==24) t->hours = 0;

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The foundation of any telephone systems is its switching fabric implementation A telephony switching fabric consists of the cabling, networking technology, controllers, and protocols used to communicate the voice (and other media) plus control information associated with telephone calls Telephony switching fabric implementations consist of two key aspects: Telephony switching network The telephony switching network is a logical network made up of all the telephone system components that transmit, receive, or interconnect media and/or signaling information and the components that manage the switching fabric Transmission networks Transmission networks are the underlying communication networks and links that provide the connectivity between components of the telephony switching network The switching fabric implementations in conventional telephone systems typically involve proprietary media stream switching hardware with connections for analog (POTS) and digital (T-1, ISDN, proprietary) transmission facilities The closed nature of these implementations limits the number of transmission networks that are directly supported and limits the flexibility or functionality provided by the telephony switching network In the field of switching fabric development, computer telephony involves using off-the-shelf computer bus technologies as well as software protocol stacks as the basis for a new generation of transmission networks, media stream interconnection components, open media transport, signaling, and control protocols For example, IP Telephony and other packet-based telephony switching fabrics deliver voice over IP networking infrastructures

Signal type Baseband Distance Node limit No more than 1024 nodes per hub Topology Star-bus topology: physical star, logical bus Cable type Uses multimode fiber cabling with ST or SC connectors

This tells the compiler to take the address of t (which points to systime in main( )) and to reset hours to zero Remember, use the dot operator to access structure elements when operating on the structure itself When you have a pointer to a structure, use the arrow operator Arrays and Structures within Structures A member of a structure can be either a simple variable, such as an int or double, or an aggregate type In C, aggregate types are arrays and structures You have already seen one type of aggregate element: the character arrays used in addr A member of a structure that is an array is treated as you might expect from the earlier examples For example, consider this structure:

While computer telephony refers to the whole field of new generation telephone system implementations that draw on off-the-shelf computer technology, the term CTI has evolved to refer to just the call processing portion of computer telephony1-2 Specifically, CTI refers to the technologies used to build systems where one or more software applications running on computer platforms are integrated with the call processing functionality of a telephone system In a telephone system that is based entirely on computer telephony technology, CTI and call processing are effectively synonymous CTI: Bridging Computing and Telephony Until recently, the world of telephony technology and the world of computer technology have remained largely isolated from one another CTI refers to the ability to combine the products, services, and systems from these different technology areas, but it does not refer to a superset of computer and telephony technologies CTI technology is the bridge between these technology areas (Figure 1-8) CTI permits the development of solutions that further enhance traditional applications of these individual technologies Defining CTI The definition of CTI has remained vague for some time, but with the maturation of CTI technology a very concise definition of this term has emerged

struct x { int a[10] [10]; /* 10 x 10 array of ints */ float b; } y;

Early 100BaseT NICs, just like 10BaseT NICs, could send and receive data, but not at the same time a feature called half-duplex (Figure 5-4) The IEEE addressed this characteristic shortly after adopting 100BaseT as a standard By the late 1990s, most 100BaseT cards could auto-negotiate for full-duplex With full-duplex a NIC can send and receive at the same time, as shown in Figure 5-5

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