SLR2: The GPU

What is the primary advantage of SIMD in graphical processing?

• It reduces the cost of hardware.

• It enhances the speed of parallel processing.

• It increases the resolution of graphics.

• It simplifies the programming process.

How does a typical CPU compare to a GPU in terms of performing a single floating-point operation?

• A CPU is slower than a GPU.

• A CPU is faster than a GPU.

• A CPU and GPU have the same speed.

• A CPU cannot perform floating-point operations.

Why can a GPU perform thousands of floating-point operations quicker than a CPU?

• Because it has a higher clock speed.

• Due to its highly bespoke design for parallel processing.

• Because it uses less power.

• Due to its larger size.

What significant development in GPU technology began around 2006?

• The introduction of 3D graphics.

• The use of GPUs for general-purpose computing.

• The development of virtual reality.

• The creation of multi-core CPUs.

What does GP GPU stand for?

• General Purpose Graphics Processing Unit.

• General Purpose Computing on Graphics Processing Unit.

• Graphics Processing General Unit.

• General Processing Graphics Unit.

In what scenarios is a GPU more efficient than a CPU?

• When performing complex calculations on a single data point.

• When processing thousands or millions of simple calculations on multiple data points.

• When running operating systems.

• When executing single-threaded applications.

What is the main reason GPUs are used beyond handling graphics?

• They are cheaper than CPUs.

• They have a higher clock speed.

• They can handle a large number of simple calculations efficiently.

• They consume less power.

Which of the following is NOT a benefit of using GPUs for general-purpose computing?

• Increased speed for parallel tasks.

• Reduced power consumption.

• Ability to handle complex graphics.

• Efficient processing of large datasets.

What is the primary function of a GPU in a computer system?

• To manage network connections.

• To perform arithmetic calculations.

• To render graphics and images.

• To store data.

Which of the following best describes the design of a GPU?

• It is designed for sequential processing.

• It is designed for parallel processing.

• It is designed for data storage.

• It is designed for network management.