How to make a simple computer with 7 registrers 16 bits for each , in verilog?
Writea parameterized Verilog behavioral model of a binary counter. The model should have the following interface: Inputs: clk (1 bit), reset (1 bit), load (1 bit), load_value (N bits) Output: count_value (N bits) count_value should contain the current value of the binary counter. When reset is 1, reset the count_value to 0. When load is 1, load the value load_value into count_value.
Write a single 16-bit LC-3
instruction (in binary) that clears all the bits of R6 except the
least significant two bits.
Write a single 16-bit LC-3 instruction (in binary) that clears all the bits of R6 except the least significant two bits. In other words, after your instruction executes, bits O and 1 of R6 will be unchanged, and the rest of R6 will be zero. Answer:
1.- Indicate the missing variable or operator:
2.- On a computer that uses 16 bits in 2's complements for
signed numbers, you want to add 126 + 3. The stored result is 129
in 8 bits and it is correct.
A) True
B) False
3.- On a computer using 8 bits in 2's complements for signed
numbers, the memory location containing 00001110 is subtracted from
a location containing 11111111 (both values in binary). The result
of the operation interpreted in...
What is the binary (expressed as 8 bits) equivalent of the decimal number 124?
What is the minimum and maximum floating-point number stored in a 64-bit register assuming 1 bit as a sign-bit, 16 bits for exponent and rest of the bits for significant ?
8. Using 4 bits and two’s complement representation , what is the binary representation of the following signed decimal values; a) +6 b) -3
3- Perform the following mathematical operations using binary arithmetic. Use 8 bits of precision for each of the operations. (43)10 (13)10 4- Perform the following mathematical operations using binary arithmetic. Use 8 bits of precision for each of the operations. (11)10 (9)10
32-bit Multiplier program in verilog Write a Verilog program that simulates a 32-bit binary multiplier. Please comment as many lines as possible for comprehension and make use of loops in verilog to make the code simpler. Thank you. I will give good rating if correct. Note that most online code is not specifically made for 32 bit multipliers. must run in online verilog compilers such as tutorialspoint verilog compiler. thanks
Need Help with binary addition. The following needs to be added 16-bits at a time. the result should then be converted to 1s complement. 10011001 00010010 00001000 01101001 10101011 00000010 00001110 00001010 00000000 00010001 00000000 00001111 00000100 00111111 00000000 00001101 00000000 00001111 00000000 00000000 01010100 01000101 01010011 01010100 01001001 01001110 +01000111 00000000