CHAPTER III

SURVEY ON HYPER SPECTRAL TECHNOLOGIES

3.1 PAI Based Compression in Hypersectral Imaging

Uses of IN PAINTING TECHNIQUES

3.2 PAI based FRAMEWORK COMPRESSION SYSTEM

i) Encoder

Encoding Steps as Follows

PAI Based Compression System in Hyperspectral Data

3.3 PAI based Framework Compression System

ii) A DECoder

.

3.4 Analysis of HS Imaging Data with Block Based Compression

•

•

•

•

3.5 Literature Survey On Region Classification Of Hyperspectral Imaging On PAI

Image Compression With Structure-Aware Inpainting

Image Compression With Edge-Based Inpainting

Image In-painting

Marcelo and Vicent

Structure & Texture Filling in of Image Block in Wireless Transmission and Compression Applications

D.Rane, Sapiro and Marcelo

3.6 Literature Survey on Content based Architecture for Video Transcoding

Reviewing on its related work

3.7 An Efficient Reordering Prediction Based Lossless Compression Algorithm for

HS Images

3.8 Audio and Image Browser for Mobile Devices

3.9 Temporal Video Transcoding for Multimedia Services

3.10 Techniques for Video Mosaicing

3.11 Hyperspectral Image compression: Adapting SPIHT and EZW to Anisotropic 3D wavelet Coding

3.12 An Introduction to Image Mosaicing [106-109]

3.13 Retrieving unrecognized objects from HSV into JPEG Video at Various Light Resolutions in Proposed Research

Reduction of the Resolution

3.14 Efficient Retrieval of Unrecognized Objects from Hyperspectral and High Resolution Imagery in to JPEG Imagery Processing and Fusion

I Frames (key-frames)

P-frames(predicted frames)

B frames (Bidirectional frames)

3.15 Detection and Tracking of Objects in Analysing of Hyperspectral and High Resolution Imagery and Hyperspectral Video Compression.

3.16 Intra and Inter Coding of Video Frames Transcoding From H.264 into MPEG-4 Format

3.17 Dynamic Adaptation in an Image Transcoding Proxy for Mobile Web Browsing

3.18 Image Compression On Scanning Techniques

Methodology

3.19 Review on Existing Approaches - Related to this Research

3.20 Dynamic Hyperspectral Imaging

3.21 Video Compression

3.22 Understanding Digital Video Compression

Benefits of High-Performance Encoding

Characteristics of Video Encoding

3.23 Search in Unstructured Peer-to-Peer Networks based on Dynamic Topology Adaptation

3.24 An Attention-Information-Based Spatial Adaptation Framework for Browsing Videos via Mobile Devices.

3.25 Motion Detection and Object Tracking in Video Frame Sequence on IWT of Adaptive Pixel Based Prediction Coding