1 Scope
2 Terms and definitions
3 Abbreviations
4 The JPEG XR image coding system
5 General overview of technical design
5.1 Basic technology structure
5.2 Supported image format types
5.3 Decoded image structure and interpretation
5.4 Data processing hierarchy and structures
5.5 The JPEG XR transform structure and hierarchy
5.6 Handling of image and tile boundaries
5.7 Quantization and lossless representation
5.8 Prediction of transform coefficients and coded block patterns
5.9 Adaptive ordering of coefficient scanning pattern
5.10 Entropy coding of transform coefficients
5.11 Codestream structure
6 JPEG XR design in relation to baseline JPEG and JPEG 2000
6.1 General
6.2 Image area partitions
6.3 Image fidelity refinement
7 High dynamic range (HDR) image coding
7.1 HDR formats supported in JPEG XR
7.2 HDR signal processing design in JPEG XR
7.3 Examples of HDR applications for JPEG XR
8 JPEG XR profiles and levels
8.1 Overview of profiles and levels
8.2 Sub-Baseline profile
8.3 Baseline profile
8.4 Main profile
8.5 Advanced profile
8.6 Levels
9 JPEG XR encoding practices
9.1 General encoding guidelines
9.2 Encoding for random access
9.3 Guidelines for tile size selection
10 The JPEG XR decoding process functionality
10.1 JPEG XR decoding process structure
10.2 Output colour conversion
10.3 Resolution scalability at decoder
10.4 Quality scalability at decoder
10.5 Spatial random access at decoder
11 JPEG XR codestream compressed-domain manipulation
11.1 General
11.2 Flexbits trimming
11.3 Flexbits and HP band elimination
11.4 Flexbits and HP and LP band elimination
11.5 Spatial versus frequency codestream mode switching
11.6 Rotation and flip
11.7 Compressed-domain region of interest extraction
11.8 Switching between interleaved and planar alpha planes
11.9 Compressed-domain retiling
Bibliography