The three categories of computer architecture are:

1. Single Instruction Single Data (SISD): This is the simplest form of computer architecture. In this type, a single processor executes a single instruction stream to manipulate data stored in memory.

2. Single Instruction Multiple Data (SIMD): This type of architecture is used in computers that are designed to process large amounts of data. It involves a single instruction stream, but multiple processors that can execute the instruction on multiple data points simultaneously.

3. Multiple Instruction Multiple Data (MIMD): This is the most complex type of computer architecture. It involves multiple processors that can execute multiple instruction streams simultaneously on different data points. This type of architecture is used in parallel processing systems, where tasks are divided among several processors to be executed concurrently.

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The three categories of computer architecture are:

1. Single Instruction Single Data (SISD): This is the simplest form of computer architecture. In this type, a single processor executes a single instruction stream to manipulate data stored in memory.

2. Single Instruction Multiple Data (SIMD): This type of architecture is used in computers that are designed to process large amounts of data. It involves a single instruction stream, but multiple processors that can execute the instruction on multiple data points simultaneously.

3. Multiple Instruction Multiple Data (MIMD): This is the most complex type of computer architecture. It involves multiple processors that can execute multiple instruction streams simultaneously on different data points. This type of architecture is used in parallel processing systems, where tasks are divided among several processors to be executed concurrently.

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The three categories of computer architecture are:

1. Single Instruction Single Data (SISD): This is the simplest form of computer architecture. In this type, a single processor executes a single instruction stream to manipulate data stored in memory.

2. Single Instruction Multiple Data (SIMD): This type of architecture is used in computers that are designed to process large amounts of data. It involves a single instruction stream, but multiple processors that can execute the instruction on multiple data points simultaneously.

3. Multiple Instruction Multiple Data (MIMD): This is the most complex type of computer architecture. It involves multiple processors that can execute multiple instruction streams simultaneously on different data points. This type of architecture is used in parallel processing systems, where tasks are divided among several processors to be executed concurrently.

What are the three categories of computer architecture?

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