CR 12069 : 1995

1 INTRODUCTION
    1.1 Background
    1.2 Contents of this ETG
    1.3 Originators
2 SCOPE AND METHOD OF WORK
    2.1 Scope
    2.2 Method of Work
3 REFERENCES
4 ABBREVIATIONS AND DEFINITIONS
    4.1 Abbreviations
    4.2 Definitions
5 CHARACTERISTICS OF MEDICAL IMAGING
    5.1 Legal and Regulatory Aspects
    5.2 Kinds of Data Handled
    5.3 Technical Aspects
    5.4 Compressions
    5.5 Medical Imaging Modalities
6 CURRENT WORK
    6.1 Relevant Standards and Specifications
    6.2 Overview of General Imaging Standards
    6.3 Overview of Medical Imaging Work
7 SCENARIOS
    7.1 Introductions
    7.2 User Scenario Characteristics
    7.3 Taxonomy of Medical Imaging User Scenarios
    7.4 Imaging Application User Scenario
    7.5 Derivation of User scenario Characteristics
8 PROPOSED TAXONOMY OF PROFILES FOR MEDICAL IMAGE
    INTERCHANGE
    8.1 Introduction
    8.2 Transport Profiles
    8.3 Application Profiles
    8.4 Interchange Format and Representation Profiles
    8.5 Combined A and F Profiles (H-Profiles)
    8.6 Selected Profile Descriptions
9 ATTRIBUTES FOR MEDICAL IMAGING
    9.1 Introduction
    9.2 Attributes Determining Transport (T) Profiles
    9.3 Attributes Determining Application (A) Profiles
    9.4 Attributes Determining Format (F) Profiles
    9.5 Attributes Determining Hybrid (H) Profiles
    9.6 Attribute Values
10 DERIVATION OF THE MATRIX
    10.1 Introduction
    10.2 Goodness of Fit Factors (GOFFs)
    10.3 Assignment of GOFFs
11 THE MATRIX
    11.1 Introduction
    11.2 Derivation of Sets of Attribute Values
    11.3 The Matrix
12 DISCUSSION, CONCLUSIONS AND RECOMMENDATIONS
    12.1 Discussion of Matrix Findings
    12.2 Conclusions and Recommendations

The standard specifies the transport profiles (OSI layers) for medical image interchange applications, on LAN, WAN, and public networks.