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public static char ToChar(byte[ ] a, int start) public static double ToDouble(byte[ ] a, int start) public static short ToInt16(byte[ ] a, int start) public static int ToInt32(byte[ ] a, int start) public static long ToInt64(byte[ ] a, int start) public static float ToSingle(byte[ ] a, int start)

int y = (int)obj; // unbox obj into an int Console.WriteLine(y); } }

electrically isolated connections, i.e., without affecting the signaling traffic. A copy of the signaling traffic is fed to the processor cards in the card cage. The processor cards, containing powerful RISC processors, are responsible for timestamping received SS7 messages, data filtering, and other front-end processing required by the SS7 applications. Each pair of interface and processor cards comprises a protocol analyzer dedicated to the SS7 link to which it is permanently connected. All card cages at a site are connected to a site processor via a LAN. The site processor is a Unix server. This server is responsible for additional data processing as required by the various SS7 applications. All sites are connected via a wide area network (WAN) to a central site, where a central site server and user workstations are situated. The central site server is responsible for configuration and management of the system and its applications. Key aspects of an SS7 monitoring system are:

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The const modifier is used to declare fields or local variables that cannot be changed. These variables must be given initial values when they are declared. Thus, a const variable is essentially a constant. For example,

micro milli mW MWIR NA NDSF NRZ NRZI NZDSF OC OSI OVD PBX PCI PCM PCS Pico PM PSTN S/N SD SDH SMA SMT SONET SPE ST STS-1 SWIR TDM tera millionth thousandth milliwatt midwave infrared region numerical aperture non-dispersion-shifted fiber non-return-to-zero non-return-to-zero-inversion non-zero-dispersion-shifted fiber optical carrier Open System Interconnection outside vapor deposition private branch exchange Peripheral Component Interconnect pulse-code modulation plastic-clad silica trillionth Phase Modulation Public Switched Telephone Network Signal-to-noise ratio spot diameter Synchronous Digital Hierarchy sub-multi-assembly station management Synchronous Optical Network synchronous payload envelope straight tip Synchronous Transport Signal level 1 short-wave infrared region time division multiplexer trillion

To extract the minutiae and other feature data, the typical system goes through a multistep process. First the image is acquired and then the fingerprint is segmented from the background. This step involves edge detection and ridge flow algorithms such as two-dimensional Fourier Transforms for vertical and horizontal edge detection and Gabor filters to detect frequency and direction. These algorithms take advantage of ridge properties such as the maximum grayscale values on a ridge are along a direction normal to the ridge flow.

A fifth transformation is to add historical details to a data model. Historical details may be necessary for legal requirements as well as strategic reporting requirements. This trans formation can be applied to attributes and relationships. When applied to attributes, the

Aligns selected objects to the left Aligns selected objects to the right Aligns selected objects to the top Aligns selected objects to the bottom Horizontally aligns centers of selected objects Vertically aligns centers of selected objects Aligns centers of selected objects to page center

For clarity we set ( x) = 3 sin x 4, ( x) = 3( cos x) . The integral then has the form 1 3 ( x) 1 dx = ln | ( x) | + C . ( x) 3