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This particular Assignment references the syllabus chosen for the subject of Computer Application, for the July 2023 - January 2024 session. The code for the assignment is BCSL-22 and it is often used by students who are enrolled in the BCA Degree.
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Q1. Design a two bit counter circuit that count from the state 00 to 10 only. The state 11 is ignored. The states of the counter, thus, may be 00, 01, 10, 00, 01, 10… Use J-K flip flop to design the circuit. You must design them using state transition diagram and Karnaugh's map.
Q2. Perform the following using 8086 assembly language.
(a) Write and run a program using 8086 assembly language that increments a byte value stored in a memory location by a value 2. The result should be stored in the same memory location. For example, if a memory location contains 0101 0001, then the program will add 2 to this value and store the result 0101 0011 (after adding 2) in the same location.
(b) Write and run a program using 8086 assembly language which finds the highest of four byte values stored in memory. The highest value should be left in AL register.
(c) Write and run a program using 8086 assembly language that compares the values. of AL and BL registers. In case AL is more than BL, then program clears BL register otherwise it clears AL register. You can move value '1100 1010' in AL, register and '1100 1000' in BL register, initially.
Q1. Design a two-bit counter circuit that does reverse counting. It has the states: 11, 10, 01 and 00. The initial state of the counter may be assumed to be 11. The counter will be in following successive states: 11, 10, 01, 00, 11, 10, 01, 00, 11…Use J-K flip flops to design the circuit. You should design the circuit using state transition diagram and Karnaugh's maps.
Q2. Write and run following programs using 8086 assembly language.
(a) Write and run an 8086-assembly language program that accepts two input digits from the keyboard and converts it into a two-digit packed BCD number. This resultant number should be stored in a byte location in the memory. For example, if you input digit ‘3’ and ‘5’ then it will be converted to packed BCD number 35, which is 001101012. This result should be stored in a byte memory location.
(b) Write and run (using appropriate calling program) a near procedure in 8086-assembly language, which is passed a single parameter by the calling program. The procedure checks if the input parameter is divisible by 5 or not. If the input parameter is divisible by 5, then a value of 1 is returned to the calling program, else a value 0 is returned. The calling program based on the returned value prints “Divisible” or “NOT Divisible”. You may assume that the parameter value would always be greater than or equal to 1. Make and state suitable assumptions, if any.
(c) Write and run an 8086-assembly language program that computes the multiplication of 5 natural numbers, starting from number 2. You should use the looping construct to write this program. The result is stored in a word memory location. Make and state suitable assumptions, if any
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