Which video display format is considered ideal for fast-moving images due to its high frame rate?

The ideal video display format for fast-moving images is characterized by its ability to minimize motion blur and maintain image clarity during rapid actions. Interlaced Scanning is designed to display images in a manner that can be beneficial for viewing fast-moving content. It works by breaking down each frame into two fields; one field contains the odd lines, while the other contains the even lines. This method allows for a higher effective frame rate, making it suitable for broadcast television where motion is frequent.

While interlaced scanning can reduce the appearance of flicker in fast-moving images and is useful for capturing more detail in scenes with movement, progressive scanning would typically provide even better results in terms of motion clarity since it displays the entire frame at once. However, interlaced scanning was widely used in traditional television broadcasting, especially in scenarios with limited bandwidth.

In contrast, the other options either do not specifically focus on high frame rates (like Standard Definition Television) or simply imply higher resolution without directly addressing motion performance (like High-Definition Television). Thus, in contexts that prioritize capturing fast-moving images while using historical scanning methods, interlaced scanning fits the requirement effectively.