Hi, can any one help on how to resolve this problem please?
I add english version as follow:
A racing car has a protection system to prevent the pilot from
forcing the machine to go beyond the limits of the engine .
In addition , the car has two modes of operation : run mode, and training mode. In training mode, the system
is more permissive with the driver and allows him to force the engine a bit more.
This protection is implemented with a combinational system that takes as input the
power demanded by the driver, which is encoded on values between 0 and 7.
The system outputs the input value divided by 2. In trainig mode, the outputs are rounded
up , and training mode these outputs are rounded down . For example , if the
pilot requested a power of 5 in training mode, the system will enable power
of 3 (5/2 = 2.5) , but in training mode will allow the system 2 .
You need to design combinatorial system that receives inputs the desired power by
the pilot and the mode of operation, and outputs the allowable power . To do this:
a) Define the inputs and outputs of your system. (names and coding) .
b) Write the truth table .
I add english version as follow:
A racing car has a protection system to prevent the pilot from
forcing the machine to go beyond the limits of the engine .
In addition , the car has two modes of operation : run mode, and training mode. In training mode, the system
is more permissive with the driver and allows him to force the engine a bit more.
This protection is implemented with a combinational system that takes as input the
power demanded by the driver, which is encoded on values between 0 and 7.
The system outputs the input value divided by 2. In trainig mode, the outputs are rounded
up , and training mode these outputs are rounded down . For example , if the
pilot requested a power of 5 in training mode, the system will enable power
of 3 (5/2 = 2.5) , but in training mode will allow the system 2 .
You need to design combinatorial system that receives inputs the desired power by
the pilot and the mode of operation, and outputs the allowable power . To do this:
a) Define the inputs and outputs of your system. (names and coding) .
b) Write the truth table .