實現的模擬鍵盤代碼，模擬ps2協議，可以與計算機相連實現鍵盤的功能，在keil c下開發的。-89s51 achieved through keyboard simulation code, simulation ps2 agreement with the computer keyboard CONNECTED to the functions of the c Keil under development
for the TI dm6446 platformBackground subtraction moduleMaintain a background model, which can distinguish background, foreground and theft/left pixelsShadow removal moduleDetect shadow regions in monochrome videosCamera shift detection and suppression moduleDetect of small camera shift, and suppress the false alarms due to themBlob extraction moduleExtract CONNECTED foreground and theft/left pixels as blobsTheft/left baggage distinguish moduleDistinguish theft blobs and left baggage blobs
This program accesses a SPI EEPROM using polled mode access. The F12x MCU is configured in 4-wire Single Master Mode, and the EEPROM is the only slave device CONNECTED to the SPI bus. The read/write operations are tailored to access a Microchip 4 kB EEPROM
All programs were tested using a breadboard containing a DS80C320,
32K Program memory, 32K Data memory, two 8-segment bar graph
LEDs/drivers, and an 11.0592 MHz crystal. The four 8-segment bar graph
LEDs/drivers were CONNECTED to ports 1, and 3 to display their
pins states.
// This program accesses a SPI EEPROM using polled mode access. The F06x MCU
// is configured in 4-wire Single Master Mode, and the EEPROM is the only
// slave device CONNECTED to the SPI bus. The read/write operations are
// tailored to access a Microchip 4 kB EEPROM 25LC320. The relevant hardware
// connections of the F06x MCU are shown here:
// This program accesses a SPI EEPROM using polled mode access. The F06x MCU
// is configured in 4-wire Single Master Mode, and the EEPROM is the only
// slave device CONNECTED to the SPI bus. The read/write operations are
// tailored to access a Microchip 4 kB EEPROM 25LC320. The relevant hardware
// connections of the F06x MCU are shown here:
This little Program allows you to send commands to the CardReader (CT-BCS) or to the Card itself.
First you will be ask to what Port the Reader is CONNECTED (0=COM1, 1=COM2).
Then the Class-Byte (CLA), Instruction-Byte (INS), Parameter 1 (P1), Parameter 2 (P2).
If wou don愒 want to send Parameter 3 (P3) press Ctrl-d (^d).
If you enter a number then you have to the Bytes of the Datafield.
After the last Byte of the Datafield is entered the whole APDU is send the replay is displayed. After that you can send the next APDU.
This will sample all 8 A/D-channels by the continous mode.
Each end of conversion will call an interrupt routine,
where the AD-channel is put to Port4[2..0]
and the upper nibble of the result is put to Port4[7..4].
Port 4 is CONNECTED to the user LEDs of the FlashCan100P Evaluation-Board
This demonstration models a flight control for the longitudinal motion of a Grumman Aerospace F-14 Tomcat. First order linear
approximations of the aircraft and actuator behavior are CONNECTED to an analog flight control design that uses the pilot s
stick pitch command as the set point for the aircraft s pitch attitude and uses aircraft pitch angle and pitch rate to determine commands. A simplified Dryden wind gust model is incorporated to perturb the system.
