Rasterization works from pixels to objects, while ray tracing works from objects to pixels.

Rasterization is faster than ray tracing.

Ray tracing is more accurate than rasterization.

All of the above.

Path tracing can handle indirect lighting more accurately.

Path tracing is faster than traditional ray tracing.

Path tracing produces less noise than traditional ray tracing.

None of the above.

The computational cost of ray tracing is too high.

Ray tracing is difficult to parallelize.

Ray tracing requires specialized hardware.

All of the above.

Neural rendering uses artificial intelligence to generate images from 3D models.

Neural rendering is a new type of rendering that is faster than traditional rendering methods.

Neural rendering produces more realistic images than traditional rendering methods.

All of the above.

Neural rendering can be used to create realistic video games.

Neural rendering can be used to create realistic movies and TV shows.

Neural rendering can be used to create realistic training simulations.

All of the above.

Neural rendering requires a lot of training data.

Neural rendering is difficult to parallelize.

Neural rendering can be computationally expensive.

All of the above.

Volumetric rendering can handle complex lighting and shadows more accurately.

Volumetric rendering can produce more realistic images than traditional rendering methods.

Volumetric rendering is faster than traditional rendering methods.

None of the above.

Volumetric rendering requires a lot of memory.

Volumetric rendering is difficult to parallelize.

Volumetric rendering can be computationally expensive.

All of the above.

Physically based rendering uses physically accurate models of light and materials to create realistic images.

Physically based rendering is faster than traditional rendering methods.

Physically based rendering produces more realistic images than traditional rendering methods.

None of the above.

Physically based rendering produces more realistic images.

Physically based rendering is easier to use than traditional rendering methods.

Physically based rendering is faster than traditional rendering methods.

All of the above.

Physically based rendering requires a lot of computational power.

Physically based rendering is difficult to parallelize.

Physically based rendering requires a lot of training data.

All of the above.

Real-time rendering is a type of rendering that can generate images at interactive rates.

Real-time rendering is faster than traditional rendering methods.

Real-time rendering produces more realistic images than traditional rendering methods.

None of the above.

Real-time rendering allows for interactive applications.

Real-time rendering is faster than traditional rendering methods.

Real-time rendering produces more realistic images than traditional rendering methods.

All of the above.

Real-time rendering requires a lot of computational power.

Real-time rendering is difficult to parallelize.

Real-time rendering requires a lot of training data.

All of the above.

Cloud rendering is a type of rendering that is done on remote servers.

Cloud rendering is faster than traditional rendering methods.

Cloud rendering produces more realistic images than traditional rendering methods.

None of the above.

Cloud rendering allows for scalability.

Cloud rendering is faster than traditional rendering methods.

Cloud rendering produces more realistic images than traditional rendering methods.

All of the above.

Cloud rendering can be expensive.

Cloud rendering can be difficult to manage.

Cloud rendering can be insecure.

All of the above.