Transcript Whitleyx

A Survey of Protocols to Support
IP Mobility in Aeronautical
Communications
Written by
Christian Bauer
Martina Zitterbart
Presented by
Corey Whitley
Aeronautical Telecommunication
Network

The Old
◦ Analog
◦ Overloaded

The New
◦ Digital (IPv6 Based)
◦ Unified




Air Traffic Services (ATS)
Airline Operational Communications (AOC)
Airline Administrative Communications (AAC)
Aeronautical Passenger Communications (APC)
creategenius.com
Mobile Topology
Network A
Network B
Correspondent
Node
Mobility Requirements
Secondary
Mobile Network
Support
Convergence
Time
Session
Continuity
Inherent
Applicability
to ACC/APC
(Routing)
Scalability
HEADER
PAYLOAD
Packet
Overhead
Multihoming
RTT Overhead
Security
(Masquerading)
Support for Ground-Initiated
Communication
End-toEnd Delay
Security
(DoS)
Primary
freestockphotos.biz; en.clipart-fr.com; clker.com; artalbum.org.ua; openclipart.org
Solutions
BGP
HIP
NEMO
HEADER
PAYLOAD
IPsec
SCTP
NEMO Signaling
Mobile Router
Binding Update
Binding Update
Packet
Mobile Network Node
Access
Network A
Records show that the destination
is accessable through Network A.
(CoA)
Access
Network B
Binding Ack
Home Agent
This Mobile Router is
accessible through
Network A (CoA)
The Mobile Router is
now accessible
through Network B
(CoA)
Correspondent
Node
Packet
NEMO Analysis
Secondary
Mobile Network
Support
Convergence
Time
RTT Overhead
Packet
Overhead
Support for Ground-Initiated
Communication
Session
Continuity
Inherent
Applicability
to ACC/APC
(Routing)
Scalability
Multihoming
Security
(Masquerading)
End-toEnd Delay
Security
(DoS)
Primary
easyvectors.com
Route Optimization
MNN
MR
HEADER
PAYLOAD
Access
Network
Correspondent
Node
Adaptability
Correspondent
Router
Separability
MNN to CN
MR to CN
Access
Network A
Mobile
Router
Multihoming
Access
Network B
Efficient
Signaling
MR to CR
Security
MR to HA
Home Agent
Correspondent
Node
Home Agent