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Integrationhas so many engineering and scientific applications that you were required to take integral calculusin your first year at collegeMany specificexamplesof suchapplicationscould be given in all fields of engineering A and science number of examples reIate directly to the idea of the integralas the areaunder a curve Figure 172depicts few a caseswhere integrationis usedtbr this purpose Other common applications relateto the analogybetweenintegrationand summation For example,a common applicationis to determine meanof a continuous the function Recall that the meanof discrete n discrete of datapointscan be calculated tEq (i32)1 by 14s2n- 5r t176) n where -yiare individual measurements determination the meanof discrete The points of is depicted Fig 173a in In contrast,suppose that ,r is a continuousfunction of an independent variable as r, depictedinFig 173bFor this case,thereare an infinite numberof valuesbetween and a b Just as Eq (176) can be appliedto detenninethe mean of the discretereadings, you might also be interested computingthe mean or average the continuous in of function : / (x) for the interval fron a to b Integrationis usedfor this purpose,as specified by l Mean:

.

Again, the bulk of this function is given over to determining the numerical versions of the IP addresses, protocols, and service ports that you want to use Most of the function is therefore identical to the connectsocket function The only difference is the

(111)

October, slightly later than is customary for the other arboviruses Venezuelan equine encephalitis is common in South and Central America; in the United States it is practically con ned to Florida and the southwestern states California virus encephalitis predominates in the northern Midwest and northeastern states After West Nile, the La Crosse variety is perhaps the most frequent identi able arbovirus encephalitis in the United States Rabies infections occur worldwide, but in the United States they are seen mostly in the Midwest and along the West Coast Japanese B encephalitis (the most common encephalitis outside of North America), Russian spring-summer encephalitis, Murray Valley encephalitis (Australian X disease), and several less common viral encephalitides are infrequent in the United States or, as in the case of West Nile fever, have appeared only recently With the ease and rapidity of travel, many of these will undoubtedly increase in number in North America and parts of Europe where they have not been seen hitherto Infectious mononucleosis, which is a primary infection with EBV, is complicated by meningitis, encephalitis, facial palsy, or polyneuritis of the Guillain-Barre type in a small proportion of cases Each of these neurologic complications can occur in the absence of the characteristic fever, pharyngitis, and lymphadenopathy of infectious mononucleosis The same is true of M pneumoniae In these two diseases there is still uncertainty as to whether they are true infectious encephalitides or postinfectious complications, as discussed in Chap 32 Recent evidence from PCR testing of spinal uid is consistent with a direct infection in some cases Varicella zoster and CMV are other herpes-type viruses that may cause encephalitis They are discussed in relation to the particular clinical settings in which they occur De nite cases of epidemic encephalitis (encephalitis lethargica) have not been observed in acute form since 1930, though an occasional surviving patient with a residual parkinsonian syndrome is still seen in neurology clinics However, various movement disorders including parkinsonism are being seen as a residua of encephalitis from the aviviruses The latency from infection to these complications is brief, or may be present from the outset, quite unlike encephalitis lethargica The relative frequency of the various viral infections of the nervous system can be appreciated from several studies An early series from the Walter Reed Army Institute comprising 1282 patients is particularly noteworthy in that a positive laboratory diagnosis was achieved in more than 60 percent of cases (Buescher et al) a higher rate than in almost any subsequent study of comparable size Aside from the poliovirus (some of the data were gathered before 1959), the common infective agents in cases of both aseptic meningitis and encephalitis were group B Coxsackie virus, echovirus, mumps virus, lymphocytic choriomeningitis virus, arboviruses, HSV, and Leptospira, in that order In a later prospective virologic study of all children examined at the Mayo Clinic during the years 1974 to 1976, a diagnosis of aseptic meningitis, meningoencephalitis, or encephalitis was entertained in 42 cases and an infectious agent was identi ed in 30 of them (Donat et al) The California virus was isolated in 19 cases and one of the enteroviruses (echovirus types 19, 16, 21, or Coxsackie virus) in 8 cases; mumps, rubeola, HSV, adenovirus 3, and M pneumoniae were detected in individual cases (several patients had combined infections) As mentioned, recent outbreaks of West Nile virus, close to 3000 cases yearly in the United States, make it more important than most of the viral infections listed here The related Japanese encephalitis virus is even more ubiquitous on a worldwide basis, causing 10,000 deaths in Asia each year.

setting of some socket options, which we ll return to later in this chapter, and the use of the bind and listen functions The bind function attaches your newly created socket to a local IP interface and service port This is essentially the same as the connect function used to connect to a remote port, except that you are attaching the socket to a local port instead

This formula has hundredsof engineeringand scientific applicationsFor example, is it used to calculatethe center of gravity of irregular objectsin mechanicaland civil engineeringand to determinethe root-mean-square currentin electricalengineering