An example of a video compression standard is:

An example of a video compression standard is:

• A. Motion picture experts group-4 (MPEG-4).
• B. Joint photographic experts group (JPEG).
• C. Graphics interchange format (GIF).
• D. G.711.

Answer: (A)

The correct answer is Motion Picture Experts Group 4 (MPEG-4). This is a widely used video compression standard that allows for efficient storage and transmission of video and audio data. MPEG-4 is designed to provide a high level of compression while maintaining reasonable video quality, making it versatile for various applications such as streaming online content, video conferencing, and storing video files on devices with limited storage capacity. The significance of MPEG-4 lies in its ability to compress video without significantly sacrificing visual fidelity, which is essential in a world where bandwidth limitations and storage constraints are common concerns. Because it is specifically tailored for moving images and incorporates various data types like audio, text, and still images, it stands out from other formats. In contrast, while the Joint Photographic Experts Group (JPEG) is a standard for compressing still images, it does not handle video content. The Graphics Interchange Format (GIF) is used for short animations and images but lacks effective video compression capabilities like those found in MPEG-4. G.711, on the other hand, is an audio codec that is used for telecommunication and does not pertain to video compression at all. Understanding these distinctions clarifies why MPEG-4 emerges as the appropriate choice in the context

The correct answer is Motion Picture Experts Group 4 (MPEG-4). This is a widely used video compression standard that allows for efficient storage and transmission of video and audio data. MPEG-4 is designed to provide a high level of compression while maintaining reasonable video quality, making it versatile for various applications such as streaming online content, video conferencing, and storing video files on devices with limited storage capacity.

The significance of MPEG-4 lies in its ability to compress video without significantly sacrificing visual fidelity, which is essential in a world where bandwidth limitations and storage constraints are common concerns. Because it is specifically tailored for moving images and incorporates various data types like audio, text, and still images, it stands out from other formats.

In contrast, while the Joint Photographic Experts Group (JPEG) is a standard for compressing still images, it does not handle video content. The Graphics Interchange Format (GIF) is used for short animations and images but lacks effective video compression capabilities like those found in MPEG-4. G.711, on the other hand, is an audio codec that is used for telecommunication and does not pertain to video compression at all. Understanding these distinctions clarifies why MPEG-4 emerges as the appropriate choice in the context