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CREATE TABLE Customer ( CustNo INTEGER, CustName VARCHAR(30), CustType CHAR(6), RateSetNo INTEGER NOT NULL, CONSTRAINT PKCustomer PRIMARY KEY (CustNo), CONSTRAINT FKRateSetNo FOREIGN KEY (RateSetNo) REFERENCES RateSet CREATE TABLE Commercial ( CustNo INTEGER, TaxPayerlD CHAR(20) NOT NULL, EnterpiseZone BOOLEAN, CONSTRAINT PKCommercial PRIMARY KEY (CustNo), CONSTRAINT FKCommercial FOREIGN KEY (CustNo) REFERENCES Customer ON DELETE CASCADE ) CREATE TABLE Residential ( CustNo INTEGER, Subsidized BOOLEAN, DwellingType CHAR(6), CONSTRAINT P r e s i d e n t i a l PRIMARY KEY (CustNo), CONSTRAINT FKResidential FOREIGN KEY (CustNo) REFERENCES Customer ON DELETE CASCADE ) CREATE TABLE RateSet ( RateSetNo INTEGER, RSApprDate DATE, RSEtfDate DATE, CONSTRAINT PKRateSet PRIMARY KEY (RateSetNo)
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The following program demonstrates Stack<T>:
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0- MINUTES
ping 127.0.0.1 on your device, the TCP/IP protocol stack is installed and operational.
Figure 6.19 Workflow for Application Signing
= 1050 foot-pounds.
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A collection of software techniques for taking the geometry of a three-dimensional scene made up of polygonal objects, and displaying it on the screen from a particular perspective. Video games do 3-D rendering in real time, usually assisted by 3-D acceleration hardware. For movies, which are pre-rendered, the scenes can be far more complex and detailed. Artificial life, a game about managing the lives of simulated living things (people, animals, or fictitious creatures). Unlike most games in which simulated beings are just units with few of the characteristics of living things, in A-life games they have complete life cycles. They are born, die of old age (sometimes), reproduce, and require food, shelter, and other needs on an ongoing basis.
Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.
Going back to our network example, let s start with the easiest segments: B and C. For Switch-1, the accumulated path cost for LAN Segment-B is 0, Switch-2 is 20, and Switch-5 is 10. Since the root switch (Switch-1) has the lowest accumulated path cost, its local port (J) becomes the designated port for LAN Segment-B. This process is also true for LAN Segment-C the root switch has the lowest accumulated path cost (0), making port I on Switch-1 the designated port for LAN Segment-C. LAN Segment-A has two choices: Switch-3 s D port and Switch-4 s H port. Switch-3 has the lower accumulated path cost: 10 versus Switch-4 s 50. Therefore, Switch-3 s D port becomes the designated port for LAN Segment-A. LAN Segment-D also has two choices for a designated port: Switch-5 s B port and Switch-4 s G port. Switch-5 has an accumulated path cost of 10, and Switch-4 has a cost of 30. Therefore Switch-5 s B port becomes the designated port for LAN Segment-D. Figure 14-9 shows the updated STP topology for our network, where DP represents the designated ports for the LAN segments.
Minimize high-impedance nodes, since these areas will add noise caused by induced currents created by EMI propagation, as well as ground loops, which create noise and EMI through induction. Adding extra ground planes between signal tracks of a multilayer board will shield other tracks from electromagnetic coupling, thus reducing cross talk, and permit increased AC coupling to the ground reference plane. It is always wise to check all traces on a PCB design for cross talk at the early layout phase. This can be accomplished by employing field solver or cross talk software. Openings made for connectors, LEDs, switches, and thermal vents within metal enclosures or ground planes can act as slot antennas, especially if the opening is greater than one-tenth wavelength, radiating the fundamental and/or its harmonics. Keep the power supply separated from the digital and analog sections by shielding and decoupling. Shield the synthesizer and the VCO to prevent EMI from entering the oscillator circuit, causing spurs in their output. The use of power planes, which are separate copper layers on a multilayer board that are each attached to the hot end of the power supply, at RF frequencies can cause them to become patch-like antennas, sending spurious signals around the immediate PCB area. Utilizing simple traces for supplying the DC, with adequate decoupling, is all that is recommended for dealing with most high-frequency designs. Attempt to physically separate high-speed digital circuits from the analog circuits, or allow the digital circuits to function only when the analog circuitry is not being affected adversely, with the RF traces located as far from the digital traces as possible. Modern high clock speeds mean that the propagation velocity is longer than the clock cycle, so propagation delay becomes a large consideration. If this is taken into account, then the digital clock pulses can arrive properly at multiple chips and pins with equal delay.
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