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Extended ASCII Refers to the ASCII characters that have values higher than 127. These values are less standardized than the rst 128 characters, which are referred to as simply ASCII. Fast SCSI An extension of the original SCSI-1 bus standard, Fast SCSI (also called SCSI-2) supports both 16-bit or 32-bit data transfers at rates up to 10MB per second. Field The even- or odd-numbered scan lines that constitute one-half of a television picture. File System An organization of the logical elements of a collection of data, such as the les and directories, so that they can be located on the physical media, segmented by sectors. FireWire A high-speed data transfer method that is commonly used for video and audio content (such as transferring the output of digital camcorders). The IEEE 1394 speci cation formalizes the FireWire standard introduced by Apple. FireWire connections to disc recorders are becoming increasingly popular. Firmware Application code residing within some form of read-only memory, such as a ROM, EPROM, or Flash memory. Flicker The ashing effect seen at zones of abrupt change in color or brightness in a CRT display. The term also refers to the strobe effect that occurs when the refresh rate of a video display is low enough for the eye to perceive. Monitors plagued by icker tend to cause fatigue and eyestrain. Form 1 A subformat of CD-ROM Mode 2. Form 1 consists of a structure containing 2,048 bytes of user data within the sector. The data is preceded by a 12-byte synchronization zone, a 4-byte header, an 8-byte subheader. The data is followed by a 4-byte EDC value and 276-byte ECC value. PhotoCDs and Electronic Books use Form 1. Form 2 A subformat of CD-ROM Mode 2. Form 2 consists of a structure containing 2,324 bytes of user data within the sector. The data is preceded by a 12-byte synchronization zone, a 4-byte header, an 8-byte subheader. The data is followed by a 4-byyte EDC value. Form 2 is used in applications where data correction does not need to be as rigorous, such as for video sequences or audio data. Fragmentation The scattering of the individual parts of les throughout the surface of a hard disk. Accessing fragmented les takes longer, which is why disk optimization to eliminate fragmentation is generally recommended before beginning compact disc recording. Frame The complete television picture, consisting of two interlaced elds (see interlaced video). Frame grabber A device that digitizes video at real-time rates. Genlock A technique for mixing two or more video signals and ensuring that they remain in step. Combining video signals without genlock results in distortion.
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68 69 70 BALANCE SHEET 71 ASSETS 72 Surplus funds 73 Interest rate % 74 Interest income 75 76 Cash 77 % of revenues 78 =A76 79 Interest rate 80 Interest income 81 82 ST investments 83 % of revenues 84 =A82 85 Interest rate 86 Interest income 87 30.0 3.6% 30.0 32.0 3.6% 32.0 33.0 3.3% 33.0 34.0 5.000% =E79* AVERAGE(D78:E78) 35.0 5.000% >>> 34.0 35.0 60.0 IF(B$8,B76/B$8,0) =B76 75.0 >>> >>> 80.0 >>> >>> =IF(E76,E76, E77*E$8) 5.000% =E79* AVERAGE(D78:E78) >>> 5.000% >>> 80.0 80.0 5.000% =E73* SUM(D72:E72)/2 5.000% >>> =B4 >>> >>> Proj >>> Proj >>>
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Fig. 8.36
WAR t some point STORIES we bought. This would
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Bridge piers located on navigable rivers are likely to be hit in fog or in darkness usually from barges or ocean going ships. Damage to timber fenders which shield the piers may also be caused by oating ice at high velocities. The EOR must assemble the following information: 1. Characteristics of the waterway including: A nautical chart of the waterway Type and geometry of the bridge Preliminary plan and elevation drawings depicting the number, size, and location of the proposed piers, navigation channel, width, depth, and geometry Average current velocity across the waterway. 2. Characteristics of the vessels and traf c including: Ship, tug, and barge sizes (length, width, and height) Number of passages for ships, tugs, and barges per year (prediction for 25 years) Vessel displacements Cargo displacements (deadweight tonnage) Draft (depth below the waterline) of ships, tugs, and barges The overall length and speed of tow. 3. Accident reports. 4. Bridge importance classi cation. Table 3.7 shows failure details for a large number of impacts from ships, which is also a cause of concern for the shipping industry.
Fig. 7-12
quency, so different beacons could be distinguished between each other. The four different modulation frequencies were 550 Hz, 700 Hz, 850 Hz, and 1000 Hz. The reason for using the 40-kHz carrier frequency was so that standard infrared remote control receiver modules could be used to detect the infrared light from the beacons. A set of these sensors could be placed around a robot to look for the beacon, and once it detected the beacon, the robot homed in on the beacon to initiate the attack. The infrared receiver modules were the same type of receiver module found inside television sets and video cassette recorders. Most electronic component stores sell them. Some models that work well with the 40-kHz signal are the Sharp GP1U58X, the Sharp GP1U59Y, or the Liton LTM97AS-40. These sensors specifically look for a 40-kHz signal, and they will ignore signals outside +/ 5-kHz tolerance band. With this type of system, a beacon was placed on top of each robot in the match and the robots tried to find each other. The robot builder was responsible for de veloping the electronics and software for detecting and decoding the infrared signal from the beacons. Each robot was not allowed to use its own beacon design in combat, since the event coordinators provided them, or they were not allowed to transmit false infrared signals to confuse the opponent. Figure 11-8 is a schematic drawing showing how to build a simple test beacon circuit. This circuit will generate the 40-kHz modulation signal and the 550- to 1000-Hz carrier frequencies. Resister R2 controls the carrier frequency, and resistor R6 conFIGURE 11-8
1. Communicating Write equations for all of the reactions that you observed. For each
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TABLE 21-12 Methods De ned by Array (continued)
100 90 80 Efficacy, Lumens per Watt 70 60 Red Incandescent Halogen Fluorescent Orange 50 40 30 20 10 0 LED Green White
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