Q6.3) Does {X₁, Xg} {X4}| {X₁, X3} hold? P(X7, X8X4, X1, X3) = P(X7, X8|X₁, X3) Q6.4) Does {X4, X5} {X}| {X₂} hold? P(X4, X5 X3, X6) = P(X4, X5|X3) Q6.5) Does {X4, X5} {X6}| {X3, Xg} hold? P(X4, X5 X3, X6, X8) = P(X4, X5 X3, X8)

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Parallel processing

The process of running two or more processors together is known as parallel processing. In parallel processing, a single process is divided into multiple parts, and each individual part is executed at the same time. It is used to handle various parts of a task at the same time. The main advantage of parallel processing is the reduction of the processing time of the program, where the processor in a system is the CPU. Hence, parallel processing can be performed by using multiple CPUs, and having more than one CPU creates a multi-processor. Another name of parallel processors is block processors. Here, the size of a block is the number of inputs that can be processed simultaneously in a single clock cycle.