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1 develop another pattern of train movement and design a state machine to implement it2 implement a real train setup
design your own video game with graphics some ideas include breakout space invaders tetris a slot machine poker craps
1 modify the example to support different speeds read the speed of the ball from the fpga switches2 draw a more
1 design a video output display that displays a large version of your initials2 modify the bouncing ball example to
assuming that train a now runs clockwise and b remains counterclockwise draw a new state diagram and implement the new
write a vhdl module to read a keyboard scan code and display the entire scan code string in hexadecimal on the vga
using the dead zone settings from problem 1 design a motor speed controller settings within around 2ms of the dead zone
develop a speed controller for the robot drive motors by pulsing the drive motors on and off the motors are sent a
use an ir led and ir sensor to add position feedback to the motors you can build it yourself or a similar servo wheel
using a rom develop a rom-based state machine that reads a motor direction and time from the rom put a complex pattern
design an i2c interface for the up3 boards real-time clock chip display the time from the chip on the up3 boards lcd
interface a printer with a parallel port to the up3 boards parallel port connect the two devices using a printer cable
1 use the mouse as input to a video etch-a-sketch use a monochrome 128 by 128 1-bit pixel ram with the vgasync core in
1 after reading the section on the ps2 mouse design an interface that can also send commands to the keyboard
1 write the keyboard module in another hdl such as verilog2 use the keyboard as a new input device for a video game the
1 add color mixing or dithering with more than 8 colors to the previous problem the 3-bit color code in the rle encoded
1 attach several ir ranging sensors to the fpga-bot and use the sensor data to develop a wall following robot2
with two fpga-bots facing each other develop a serial communications protocol using the ir leds and sensors assume the
1 use a nios processor to control the robot with c code using the up3 nios ii reference design in chapters 16 amp 172
add lwsw forwarding to the pipelined model this will allow an lw to be followed by an sw that uses the same register it
use the timing analyzer to determine the maximum clock rate for the pipelined mips implementation verify correct
the mips vhdl model was designed to be easy to understand investigate various techniques to increase the clock rate
1 write a retro version of the 1970s classic kill the bit computer game for the de board the goal in the kill the bit
1 write a c program that displays a count of the seconds that the program has been running in the lcd display on the
investigate using two altsyncram memory blocks to implement the register file in idecode a single altsyncram block can