assembly langauge

Specification:

In this project, you will be designing and implementing an 8051-microcontroller based system to determine Insipid integer. Given the positive integer n we can generate a sequence by repeatedly adding the squares of its integers. If the sequence converges to 1 then the original positive integer is said to be Insipid Integer. Otherwise, if the sequence gives a repeated sequence that stop at 4 and repeat itself then original positive integer is not Insipid integer.

Examplel: Given the positive integer n=5 The sum of squares sequence will be as follows: Step 1: 52 = 25 Step 2: 22 + 52 = 4 + 25 = 29 Step 3: 22 +92 = 85 Step 4: 82 + 52 = 89 Step5: 82 +92 = 145 Step6: 12 +42 +52 = 42 Step 7: 42 + 22 = 20 Step8: 22 + 02 - 4 At step since the sequence reaches number 4 then the original integer 5 is not insipid integer. Examplel: Given the positive integer n = 13 The sum of squares sequence will be as follows: Stepl: 12 + 32 - 10 Step2: 12 + 02 = 1 At step2 since the sequence converges to I then the original integer 13 is insipid integer. Design requirement: Write an assembly language program that will read an integer from ROM between (1-255) and check its square sequence to find in the integer is insipid or not. The result must be stored in memory location 30H as 1 if the integer is insipid and 0 otherwise