Rec. ITU-T Y.2775 (08/2019) - Functional architecture of deep packet inspection for future networks
Summary
History
FOREWORD
Table of Contents
1 Scope
2 References
3 Definitions
     3.1 Terms defined elsewhere
     3.2 Terms defined in this Recommendation
4 Abbreviations and acronyms
5 Conventions
6 General DPI functional architecture for future networks
7 DPI functional architecture for SDN
     7.1 Overview of software-defined networking
     7.2 General functional architecture of DPI for SDN
     7.3 Functional model for DPI-PEF and PFF within a physical entity in the SDN context
     7.4 Functional model for DPI-PEF and PFF within different physical entity in the SDN context
          7.4.1 Single-controller model
          7.4.2 Double-controller model
     7.5 Functional model for bidirectional DPI in the SDN context
          7.5.1 General functional model for bidirectional DPI
          7.5.2 Single-controller functional model for bidirectional DPI in SDN context
          7.5.3 Multi-controller functional model for bidirectional DPI in SDN context
8 DPI functional architecture for network function virtualization
     8.1 Overview of NFV
     8.2 General model of DPI for NFV
          8.2.1 Traditional DPI vs DPI in NFV context
          8.2.2 Functional model for DPI in NFV context
     8.3 Functional architecture for vDPI
          8.3.1 Single VMs implements a vDPI entity
          8.3.2 Multiple VMs implement a vDPI entity and a single VM implements a vDPI-engine
          8.3.3 Multiple VMs implement a vDPI entities and multiple VMs implement a vDPI-engine
9 DPI functional architecture for service function chaining and DPI as a service
     9.1 Overview of service function chaining
     9.2 Introduction of DPI as a service
     9.3 DPI functional architecture for DPIaaS in service function chaining
     9.4 DPI functional architecture for extended DPI as a service
10 DPI functional architecture in network virtualization environment
     10.1 Overview of network virtualization
     10.2 DPI functional architecture for network virtualization
          10.2.1 Overview of DPI functional architecture for network virtualization
          10.2.2 DPI physical components
          10.2.3 DPI virtual components
          10.2.4 Mapping physical components to virtual components
11 DPI functional architecture for evolving mobile networks
     11.1 Introduction of evolving mobile networks
     11.2 General information for evolving mobile networks
     11.3 DPI applied in evolving mobile network
     11.4 Specification of DPI functions in evolving mobile networks
          11.4.1 Implementing the DPI functions in the single logical level
          11.4.2 Implementing DPI functions in the hierarchical mode
          11.4.3 Implementing DPI functions in the distribution mode
     11.5 Example DPI functional architecture for IMT-2020
12 Security and other considerations
Bibliography