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Mobile Robotics
Indoor Localization
Controllo di motori elettrici per guida autonoma
Low Delay Protocols
Reducing HTTP latency with Quick UDP Internet Connections (QUIC)
Congestion control for real-time flows:
Google Congestion Control for Web Real-time Communication (WebRTC)
Skype audio/video congestion control
Adaptive Live Video Streaming
Load Balancing and Resource allocation for Cloud-based multimedia delivery networks
SIP Overload Control
TCP congestion control:
[[Westwood | TCP Westwood+]] over [[TCP_over_Umts|UMTS]] and HSDPA
TCP Congestion Control for gigabit networks
Quality of service over IEEE 802.11e
Introduction
Why Openmoko
Neo FreeRunner phone
Supported Hardware
FAQ
Getting Openmoko
Openmoko Inc.
Neo FreeRunner getting started guide
Applications
Features comparison table
[[Om 2008.8|Om 2008.8 (ASU)]] - Om 2007.2 (old stable)
Discussion Forums
Community Repository
Development resources
E-courseware
Openmoko developer guide
The toolchain
Introduction to Python
Projects hosted in our GForge
Openmoko dbus-based service level framework
The OpenEmbedded distribution building framework
Building Openmoko using the MokoMakefile
The Opkg package manager
Openmoko under QEMU
Log in
Mobile Robotics
Indoor Localization
Controllo di motori elettrici per guida autonoma
Low Delay Protocols
Reducing HTTP latency with Quick UDP Internet Connections (QUIC)
Google Congestion Control for Web Real-time Communication (WebRTC)
Skype audio/video congestion control
Adaptive Live Video Streaming
Load Balancing and Resource allocation for Cloud-based multimedia delivery networks
SIP Overload Control
[[Westwood | TCP Westwood+]] over [[TCP_over_Umts|UMTS]] and HSDPA
TCP Congestion Control for gigabit networks
Quality of service over IEEE 802.11e
Introduction
Why Openmoko
Neo FreeRunner phone
Supported Hardware
FAQ
Getting Openmoko
Openmoko Inc.
Neo FreeRunner getting started guide
Applications
Features comparison table
[[Om 2008.8|Om 2008.8 (ASU)]] - Om 2007.2 (old stable)
Discussion Forums
Community Repository
Development resources
E-courseware
Openmoko developer guide
The toolchain
Introduction to Python
Projects hosted in our GForge
Openmoko dbus-based service level framework
The OpenEmbedded distribution building framework
Building Openmoko using the MokoMakefile
The Opkg package manager
Openmoko under QEMU
Mobile Robotics
Indoor Localization
Controllo di motori elettrici per guida autonoma
Low Delay Protocols
Reducing HTTP latency with Quick UDP Internet Connections (QUIC)
Congestion control for real-time flows:
Google Congestion Control for Web Real-time Communication (WebRTC)
Skype audio/video congestion control
Adaptive Live Video Streaming
Load Balancing and Resource allocation for Cloud-based multimedia delivery networks
SIP Overload Control
TCP congestion control:
[[Westwood | TCP Westwood+]] over [[TCP_over_Umts|UMTS]] and HSDPA
TCP Congestion Control for gigabit networks
Quality of service over IEEE 802.11e
Introduction
Why Openmoko
Neo FreeRunner phone
Supported Hardware
FAQ
Getting Openmoko
Openmoko Inc.
Neo FreeRunner getting started guide
Applications
Features comparison table
[[Om 2008.8|Om 2008.8 (ASU)]] - Om 2007.2 (old stable)
Discussion Forums
Community Repository
Development resources
E-courseware
Openmoko developer guide
The toolchain
Introduction to Python
Projects hosted in our GForge
Openmoko dbus-based service level framework
The OpenEmbedded distribution building framework
Building Openmoko using the MokoMakefile
The Opkg package manager
Openmoko under QEMU
Prova
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Contents
1
Prova
1.1
About Openmoko
1.2
Getting Openmoko
1.3
Getting started
1.4
Distributions
1.5
Openmoko community
1.6
Applications development
1.7
Integration and distributions
1.8
Emulation
Prova
News and events
New to Openmoko?
Mobile Robotics
Indoor Localization
Controllo di motori elettrici per guida autonoma
Low Delay Protocols
Reducing HTTP latency with Quick UDP Internet Connections (QUIC)
Congestion control for real-time flows:
Google Congestion Control for Web Real-time Communication (WebRTC)
Skype audio/video congestion control
Adaptive Live Video Streaming
Load Balancing and Resource allocation for Cloud-based multimedia delivery networks
SIP Overload Control
TCP congestion control:
TCP Westwood+
over
UMTS
and
HSDPA
TCP Congestion Control for gigabit networks
Quality of service over IEEE 802.11e
About Openmoko
Introduction
Why Openmoko
Neo FreeRunner phone
Supported Hardware
FAQ
Getting Openmoko
Getting Openmoko
Openmoko Inc.
for Users
for Developers
Getting started
Neo FreeRunner getting started guide
Applications
Distributions
Features comparison table
Om 2008.8 (ASU)
-
Om 2007.2 (old stable)
FSO
-
FDOM
-
Qt Extended
-
Debian
-
Gentoo
-
Android
Openmoko community
Discussion Forums
Community Repository
Development resources
E-courseware
Applications development
Openmoko developer guide
The toolchain
Introduction to Python
Projects hosted in our GForge
Openmoko dbus-based service level framework
Integration and distributions
The OpenEmbedded distribution building framework
Building Openmoko using the MokoMakefile
The Opkg package manager
Emulation
Openmoko under QEMU
Contents
1
Prova
1.1
About Openmoko
1.2
Getting Openmoko
1.3
Getting started
1.4
Distributions
1.5
Openmoko community
1.6
Applications development
1.7
Integration and distributions
1.8
Emulation
Prova
[
edit
]
News and events
New to Openmoko?
Mobile Robotics
Indoor Localization
Controllo di motori elettrici per guida autonoma
Low Delay Protocols
Reducing HTTP latency with Quick UDP Internet Connections (QUIC)
Congestion control for real-time flows:
Google Congestion Control for Web Real-time Communication (WebRTC)
Skype audio/video congestion control
Adaptive Live Video Streaming
Load Balancing and Resource allocation for Cloud-based multimedia delivery networks
SIP Overload Control
TCP congestion control:
TCP Westwood+
over
UMTS
and
HSDPA
TCP Congestion Control for gigabit networks
Quality of service over IEEE 802.11e
About Openmoko
[
edit
]
Introduction
Why Openmoko
Neo FreeRunner phone
Supported Hardware
FAQ
Getting Openmoko
[
edit
]
Getting Openmoko
Openmoko Inc.
for Users
for Developers
Getting started
[
edit
]
Neo FreeRunner getting started guide
Applications
Distributions
[
edit
]
Features comparison table
Om 2008.8 (ASU)
-
Om 2007.2 (old stable)
FSO
-
FDOM
-
Qt Extended
-
Debian
-
Gentoo
-
Android
Openmoko community
[
edit
]
Discussion Forums
Community Repository
Development resources
E-courseware
Applications development
[
edit
]
Openmoko developer guide
The toolchain
Introduction to Python
Projects hosted in our GForge
Openmoko dbus-based service level framework
Integration and distributions
[
edit
]
The OpenEmbedded distribution building framework
Building Openmoko using the MokoMakefile
The Opkg package manager
Emulation
[
edit
]
Openmoko under QEMU