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Suppose that instead we try to save work and just antidifferentiate:

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In 21 it was explained that when an object is passed as an argument to a function, a copy of that object is made. When the function terminates, the copy s destructor is called. If for some reason you do not want a copy to be made or the destructor function to be called, simply pass the object by reference. When you pass by reference, no copy of the object is made. This means that no object used as a parameter is destroyed when the function terminates, and the parameter s destructor is not called. For example, try this program:

A pointer is a variable that holds the address of some other object. For example, if p contains the address of y, then p is said to point to y. Pointer variables must be declared as such. The general form of a pointer variable declaration is type* var-name; Here, type is the type of object to which the pointer will point, and it must be a non-reference type. var-name is the name of the pointer variable. For example, to declare ip to be a pointer to an int, use this declaration:

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Voice verification is a biometric with both physiological and behavioral components. The physical shape of the vocal tract is the primary physiological component. As shown in Figure 4-2, the vocal tract consists of the oral and nasal airways, and the soft tissue air cavities are where vocal sounds originate. The cavities work in combination with movement of the mouth, jaw, tongue, pharynx, and larynx to articulate and control speech production. The physical characteristics of these airways impart measurable acoustic patterns on the speech that is produced. Their shape, length, and volume act as an acoustic filter, influencing the tone, pitch, and resonance. The motion, manner, and pronunciation of words form the basis for the behavioral aspects of voice biometrics. Additionally, free speech analysis, analysis based on speech models with no fixed vocabulary, considers grammatical context, word frequency statistics, idiomatic use, and other rhythmic and intonational aspects of the language for metric comparison and analysis. Voice verification, also sometimes referred to as speaker recognition, is one of several quasi-related speech technologies. Voice recognition is a similar but differently purposed technology from speaker recognition. The goal of voice recognition is to understand spoken words and sentences that is, the content of what is being said. Originally developed to provide voice interfaces to computers, voice recognition is able to support dictation and transcription applications and also is increasingly used to support voice command interpretation in automated telephone call centers. Voice recognition will become increasingly avail-