obriante

Ph.D. in Information Engineering.

Zurich, Switzerland

Pinned Repositories

awesome-config
my awesome configuration
Language:Lua10
capillary-aloha
This ns-3 module define ALOHA-based M2M capillary networks.
Language:C++21
capillary-matlab
Matlab simulator for ALOHA-based M2M capillary networks.
Language:Matlab21
capillary-network
This ns-3 module define abstract M2M capillary networks
Language:C++10
cSnake
Snake game
Language:C10
libtwitc
C Support Library for Twitter
Language:C42
lNDN-arduino
a lightweight NDN (lNDN) implementation for in-home communications over IEEE 802.15.4.
Language:C++10
lNDN-java
a lightweight NDN (lNDN) implementation for in-home communications over IEEE 802.15.4.
Language:Java10
ortpextension
The ortpextension library implement RTP extension (Realtime Transport Protocol - RFC 3550)
Language:C30
TwitCrusader
Twitter Client For Linux Desktop
Language:C11

obriante's Repositories

obriante/libtwitc
C Support Library for Twitter
Language:C42
obriante/ortpextension
The ortpextension library implement RTP extension (Realtime Transport Protocol - RFC 3550)
Language:C30
obriante/capillary-aloha
This ns-3 module define ALOHA-based M2M capillary networks.
Language:C++21
obriante/capillary-matlab
Matlab simulator for ALOHA-based M2M capillary networks.
Language:Matlab21
obriante/awesome-config
my awesome configuration
Language:Lua10
obriante/capillary-network
This ns-3 module define abstract M2M capillary networks
Language:C++10
obriante/cSnake
Snake game
Language:C10
obriante/GQuickTweet
GTK+ Desktop Gadget for quickly sending tweets
Language:C1
obriante/JavaLogger
Just Another Java Logger
Language:Java1
obriante/liblogc
C Library for video and file log
Language:C1
obriante/lNDN-arduino
a lightweight NDN (lNDN) implementation for in-home communications over IEEE 802.15.4.
Language:C++10
obriante/lNDN-java
a lightweight NDN (lNDN) implementation for in-home communications over IEEE 802.15.4.
Language:Java10
obriante/sun-harvester
We propose an extension to ns-3 to accurately model the harvesting capabilities of a device powered by a photo-voltaic panel. The proposed model takes into account the latitude where the devices is placed, the size of the photo-voltaic panel as well the orientation and tilt angle of this latter.
Language:C++11
obriante/TwitCrusader
Twitter Client For Linux Desktop
Language:C11
obriante/XBeeAPI
The arduino XBeeAPI library facilitate the management of XBee Devices configured in API Mode
Language:C++1

obriante

Pinned Repositories

awesome-config

capillary-aloha

capillary-matlab

capillary-network

cSnake

libtwitc

lNDN-arduino

lNDN-java

ortpextension

TwitCrusader

obriante's Repositories

obriante/libtwitc

obriante/ortpextension

obriante/capillary-aloha

obriante/capillary-matlab

obriante/awesome-config

obriante/capillary-network

obriante/cSnake

obriante/GQuickTweet

obriante/JavaLogger

obriante/liblogc

obriante/lNDN-arduino

obriante/lNDN-java

obriante/sun-harvester

obriante/TwitCrusader

obriante/XBeeAPI