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This chapter provides the foundation for using relational databases. After this chapter the student should have acquired the following k n o w l e d g e a n d skills: Recognize relational database terminology. Understand the m e a n i n g of the integrity rules for relational databases. Understand the impact of referenced rows on maintaining relational databases. Understand the m e a n i n g of each relational algebra operator. List tables that must be c o m b i n e d to obtain desired results for simple retrieval requests.
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Optical fiber The main physical difference between SMF and MMF types is in their core thicknesses. Namely, MMF features much wider cores than SMF, e.g., 50 62.5 m versus 8 10 m, and this in turn induces multiple transmission modes (see Figures 8.1 and 8.2). Therefore, achieving high bit-rate transmission over MMF is very distance-limited owing to severe differential mode delay (DMD) effects. Hence, most MAN deployment networks use SMF (ITU-T G.652), which gives multiterahertz transmission windows. In particular, SMF is ideal for single channel transmission in the 1310 nm range since it has relatively low loss (0.5 dB/ km) and zero chromatic dispersion [1]. As a result, many standalone SONET/SDH and Ethernet systems operate at this wavelength. Furthermore, SMF has even lower attenuation in the 1550 nm window (0.2 0.3 db/km), albeit with variable (wavelength-dependent) dispersion. The latter characteristic poses notable chromatic dispersion challenges for bit-rates over 10 Gbps and requires compensation for spans over 60 km. Hence, newer non-zero dispersion shifted fiber (NZDSF) and negative dispersion fiber (NDF) types have been developed, delivering extended uncompensated long-haul reaches over 200 km. In addition, various metrooptimized fibers have also been developed to increase fiber capacity by removing the 1350 1450 nm water-peak (see Figure 8.2), i.e., low water-peak fiber (LWPF) [3]. Laser transmitters SMF transmission is done using laser transmitters, and advanced integration techniques have yielded narrow line-width sources with very good thermal stability. To standardize channel values, the ITU-T has defined a wavelength grid for the SMF C (1525 1565 nm) and L (1570 1610 nm) bands using 100 or 50 GHz channel spacing. This grid yields over 100 wavelengths per fiber at 10 Gbps each (ITU-T G.694.1), and new hyper-WDM 25 GHz spacing is
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1 d 1 . Cos (x) = dx 1 x2
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public Decimal( oat value) public Decimal(double value) Each constructs a Decimal from the specified value. You can also construct a Decimal by specifying its constituent parts using this constructor: public Decimal(int lo, int mid, int hi, bool isNegative, byte scale) A decimal value consists of three parts. The first is a 96-bit integer, the second is a sign flag, and the third is a scaling factor. The 96-bit integer is passed in 32-bit chunks through lo, mid, and hi. The sign is passed through isNegative, which is false for a positive number and true for a negative number. The scaling factor is passed in scale, which must be a value between 0 and 28. This factor specifies the power of 10 (that is, 10scale) by which the number is divided, thus yielding its fractional component. Instead of passing each component separately, you can specify the constituents of a Decimal in an array of integers, using this constructor: public Decimal(int[ ] bits) The first three ints in bits contain the 96-bit integer value. In bits[3], bit 31 specifies the sign flag (0 for positive, 1 for negative), and bits 16 through 23 contain the scale factor. Decimal implements the following interfaces: IComparable, IComparable<decimal>, IConvertible, IFormattable, IEquatable<decimal>, and IDeserializationCallback. Here is an example that constructs a decimal value by hand:
Radius is 1.78412203012729
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