Interlaking: Techniques and Applications in Computer Graphics and Video Processing

Interlake is a term used in computer graphics and video processing to describe the process of combining two or more fields of an image into a single frame. This technique is commonly used in progressive scan displays, where each field represents half of a full frame. By interlacing the fields, the display can show a complete frame at a higher refresh rate than would be possible with a single field.

Interlacing can be done in different ways, depending on the specific application and requirements. Some common methods include:

1. Field-sequential interlacing: This method involves displaying one field of an image followed by the other field, with each field being displayed for half the duration of a full frame.
2. Frame-based interlacing: In this method, two or more fields are combined into a single frame, with each field being displayed for a portion of the frame's duration.
3. Progressive interlacing: This technique involves displaying each field of an image in a progressive manner, with each field being displayed for the entire duration of a full frame.
4. Hybrid interlacing: This method combines elements of both field-sequential and frame-based interlacing, where some fields are displayed sequentially while others are combined into a single frame.

Interlaking can be used in various applications such as video streaming, video conferencing, virtual reality, and computer graphics. It is an important technique for improving the performance and efficiency of display systems, especially in situations where high refresh rates and low latency are critical.