MULTI-FORMAT REPRESENTATION AND CODING OF VISUAL INFORMATION

Organization Name

Inventor(s)

MULTI-FORMAT REPRESENTATION AND CODING OF VISUAL INFORMATION - A simplified explanation of the abstract

This abstract first appeared for US patent application 18088397 titled 'MULTI-FORMAT REPRESENTATION AND CODING OF VISUAL INFORMATION

Simplified Explanation: The patent application describes a system and methods for representing and coding visual information in multiple formats. It involves accessing image data with texture and depth map, decomposing the depth map into component depth maps, generating multiple focal planes based on the texture data and component depth maps, selecting a data subset, encoding the data, and transmitting it to a client device for display or further processing.

**Key Features and Innovation:**

   - Utilizes multi-format representation and coding of visual information.
   - Decomposes depth maps into component depth maps.
   - Generates multiple focal planes based on texture data and component depth maps.
   - Selects data subsets for encoding and transmission to client devices.

**Potential Applications:**

   - Virtual reality and augmented reality applications.
   - Medical imaging for enhanced visualization.
   - Gaming industry for improved graphics rendering.
   - Security systems for advanced surveillance.

**Problems Solved:**

   - Efficient representation and coding of visual information.
   - Enhanced depth perception in images.
   - Improved display quality and processing speed.
   - Seamless transmission of encoded data over communication networks.

**Benefits:**

   - Enhanced visual experience for users.
   - Improved image quality and depth perception.
   - Faster processing and transmission of visual data.
   - Versatile applications across various industries.

**Commercial Applications:**

   - "Multi-Format Visual Information Representation and Coding System for Enhanced User Experience"
   - This technology can be utilized in industries such as entertainment, healthcare, security, and gaming for improved visual representation and coding.

**Prior Art:**

   - Researchers have explored similar concepts in the field of computer graphics and image processing, but this specific approach of multi-format representation and coding may be novel.

**Frequently Updated Research:**

   - Ongoing research in computer vision, image processing, and virtual reality technologies may provide further advancements in multi-format representation and coding of visual information.

Questions about Multi-Format Visual Information Representation and Coding:

1. What are the potential implications of this technology in the field of virtual reality?

  This technology could significantly enhance the immersive experience in virtual reality applications by providing more realistic visual representations based on multi-format coding.

2. How does this innovation compare to existing methods of representing and coding visual information?

  This innovation stands out by utilizing multiple focal planes based on texture data and component depth maps, leading to more detailed and accurate visual representations.

Original Abstract Submitted

System and methods are provided for using multi-format representation and coding of visual information. The system accesses an image data that comprises a texture data and a depth map; decomposes the depth map into a plurality of component depth maps (CDMs); and generates multiple focal planes (MFPs) comprising a plurality of focal planes. Each respective focal plane is based on the texture data and a respective CDM of the plurality of CDMs. The system selects a data subset including one or more of: (a) the texture data, (b) the depth map, (c) the plurality of CDMs, or (d) the plurality of focal planes; generates encoded data based on the selected data subset; and transmits, over a communication network, the encoded data to a client device to cause the client device to: generate for display or for further processing an image based on the encoded data.