read barcode from image c#.net XVI LIST OF FIGURES in Software

Maker Code-128 in Software XVI LIST OF FIGURES

XVI LIST OF FIGURES
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6.51 An arbitrary waveform generated by the AVR processor and captured on a logic analyzer. 151 6.52 A bubble diagram description of a state machine. 154 7.1 Communication link for AVR processor. The figure illustrates the processor in a point-to-point communication link to another device as well as a link with a bus configuration with multiple devices connected onto the bus. 158 7.2 How the data is reorganized and extra bit attachments added to the original bit sequence in asynchronous serial data transmission. 159 7.3 Voltage levels on the RS-232 serial transmission. The waveform is illustrated without any parity bit and 1 stop bit. 159 7.4 Connecting an AVR device to another AVR or any other serial device. 160 7.5 Connecting an AVR device to another AVR device using an RS-422 link. 162 7.6 Original data and the corresponding differential outputs of an RS422 driver. 162 7.7 Connecting multiple AVR devices on a RS-485 bus. 163 7.8 Data write and read on an SPI bus. 164 7.9 IIC bus application. 165 7.10 Bit transfer on an IIC bus. 165 7.11 START and STOP conditions on an IIC bus. 166 7.12 The details of the PC parallel port. 167 7.13 The DATA port. 168 7.14 The STATUS port. 169 7.15 The CONTROL port. 170 7.16 Connecting an AVR processor to the PC parallel port. 172 7.17 ISA bus interface for the AVR. 173 7.18 ISA bus interface data transfer protocol for the AVR. 174 7.19 ISA bus signals. 175 7.20 ISA bus signals during Port Read operation. 176 7.21 ISA bus signals during Port Write operation. 176 7.22 USB connectivity. 177 7.23 USB cable. 178 7.24 USB topology. 179 7.25 A hub. 179 7.26 USBN9602 block diagram. 180 7.27 USBN9602 interface to AT90S8515 AVR controller. 180 7.28 IrDA physical layer block diagram. 181 7.29 RZI data encoding scheme employed by IrDA data link. 182 7.30 An AVR processor with an IrDA data link. 182 7.31 An AVR processor interface to MAX3100. 183 7.32 CAN bus topology and signals. 183 8.1 Windows version of the AVR assembler. 186 8.2 The AVR simulator. 188 8.3 The AVR studio. 189 8.4 Photograph of the MCU00100 evaluation board. 190 8.5 AVRPROG primary window. 190 8.6 AVRPROG advanced window. 191 8.7 AVR ISP software. 191 8.8 Photograph of the STK200 evaluation board. 193 8.9 DT104 schematic. 196 8.10 DT104 component overlay. 197 8.11 Fully populated DT104 board. 197
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LIST OF FIGURES XVII
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9.1 9.2 9.3 9.4 9.5 10.1 10.2 10.3 10.4 10.5 10.6 10.7
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10.8 10.9 10.10 10.11 11.1 11.2 11.3 11.4 11.5 12.1 12.2 12.3 12.4 13.1 13.2 13.3 13.4 14.1 14.2 14.3 14.4 14.5 14.6 14.7
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15.1 15.2 15.3 15.4 15.5
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Photograph of a protoboard. 201 Phtograph of a general purpose printed circuit board. 201 Some useful tools. 202 Component site photograph of a prototype under fabrication. 204 Solder side photograph of a prototype under fabrication. 205 Output LED arrangement for our dice. 208 LEDs light up in this fashion for the numbers 1 to 6. 209 Block diagram for the electronic dice circuit. 210 Schematic for the electronic dice. 211 A typical switch connection configuration for connecting to processors or a digital circuit. 212 Block diagram for an alternative electronic dice circuit. R is a current-limiting resistor for each of the segment LEDs of the 7-segment display. 213 Block diagram for another alternative electronic dice circuit. R is a current limiting resistor for each of the LEDs. The 7 LEDs are again arranged as in Figure 10.1. 214 Photograph of the completed dice circuit board. 217 Photograph of the solder side of the dice circuit board. 218 Possible sources of supply voltage for the dice circuit. 220 Block diagram for the electronic dice using an AT90S2343. 221 Block diagram of the Morse keyer. 226 Circuit schematic for the Morse keyer. 227 Oscillogram for Morse code output for DOT, generated by the keyer circuit. 230 Oscillogram for Morse code output for DASH, generated by the keyer circuit. 230 Oscillogram for Morse code output for the character U, generated by the keyer circuit. 231 Block diagram for the dual-channel voltmeter with LCD. 234 Circuit schematic for a dual-channel voltmeter with an LCD display. 236 Photograph of the dual-channel voltmeter. 237 Logic analyzer screen capture of the MAX111 ADC readout by the AT90S2313 controller. 237 Block diagram of the simple kitchen timer. 240 Circuit schematic for the kitchen timer. 241 Photograph of the kitchen timer. 242 Photograph of a pair of thumbwheel switches used with the kitchen timer. 243 Block diagram of a radio beacon. 246 Morse output for my callsign VU2NOX. 248 Block diagram of a radio beacon controller using the Tiny22 processor. 249 Flowchart for the beacon controller program. 250 Circuit schematic for the radio beacon controller. 251 Photograph of the beacon circuit board. 252 Scope trace for the audio sidetone as well as the transmitter key switch output generated by the beacon controller. The trace shows 4 morse codes for the characters C Q C Q. 253 Using a PC and an external data acquisition system for recording data. 256 An autonomous data acquisition system. 257 Block diagram of SniffStick. 258 Block diagram of the PC parallel-port-based docking port for the SniffStick DAS. 258 Circuit schematic for the SniffStick. 259
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