Introduction to the Design Problem The assignment's aim is to design a perception timer that measures the time for a user to respond to a request to complete a simple task. Perception times are important for assessing the ability of a driver on our roads to respond to emergency breaking conditions for example. To keep things simple we use a basic reading, processing, action planning and implementation task as follows: A hexadecimal A, B, C, D, E or F is displayed and the user reads the number, works out which 4 bit binary code to set and then slides the switches SW[3:0] into their correct positions orn the DE2 board. The time from displaying the hexadecimal number until the switches are set correctly is then displayed in milliseconds. Should a wrong switch be set to 1 or the user does not respond, an error is shown instead of the time. More details are provided below and downloadable .sof E2 board are provided on Moodle. demonstration files for the D Introduction to the Design Problem The assignment's aim is to design a perception timer that measures the time for a user to respond to a request to complete a simple task. Perception times are important for assessing the ability of a driver on our roads to respond to emergency breaking conditions for example. To keep things simple we use a basic reading, processing, action planning and implementation task as follows: A hexadecimal A, B, C, D, E or F is displayed and the user reads the number, works out which 4 bit binary code to set and then slides the switches SW[3:0] into their correct positions orn the DE2 board. The time from displaying the hexadecimal number until the switches are set correctly is then displayed in milliseconds. Should a wrong switch be set to 1 or the user does not respond, an error is shown instead of the time. More details are provided below and downloadable .sof E2 board are provided on Moodle. demonstration files for the D