n a system of 4 processes (A, B, C and D) and 4 resources (S, T, U and V) is run At that time, the process is using resources such as listed in the matrix below. The ystem has a total of 5 source units S power, 5 units of T power source, 5 units of power source and 5 units of V power source. Current Allocation IS T V 2 A 1 B 1 2. 2 The matrix below shows the resources that are still needed to be able to complete отосess. Need Is V A 1. 3 C 4 1 D Jsing Banker's algorithm, determine the sequence of processes that must be exec o that no deadlock occurs Gif any).

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Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
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12. In a system of 4 processes (A, B, C and D) and 4 resources (S, T, U and V) is running.
At that time, the process is using resources such as listed in the matrix below. The
system has a total of 5 source units S power, 5 units of T power source, 5 units of U
power source and 5 units of V power source.
Current Allocation
IS
T
V
A
1
1
2
B
1
1
C
2
2
D
1
3
1
The matrix below shows the resources that are still needed to be able to complete the
process.
Need
IS
T
V
A
1
3
1
C
4
D
Using Banker's algorithm, determine the sequence of processes that must be executed
so that no deadlock occurs (if any).
Transcribed Image Text:12. In a system of 4 processes (A, B, C and D) and 4 resources (S, T, U and V) is running. At that time, the process is using resources such as listed in the matrix below. The system has a total of 5 source units S power, 5 units of T power source, 5 units of U power source and 5 units of V power source. Current Allocation IS T V A 1 1 2 B 1 1 C 2 2 D 1 3 1 The matrix below shows the resources that are still needed to be able to complete the process. Need IS T V A 1 3 1 C 4 D Using Banker's algorithm, determine the sequence of processes that must be executed so that no deadlock occurs (if any).
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