Add to ORKGInternational audienceA new coding mechanism is provided to automatically detect and recover lost packets in wireless lossy networks. Contrary to the majority of automatic repeat request (ARQ) algorithms relying on acknowledgment, our mechanism extracts feedback on packet delivery by analyzing received network coded messages and automatically reacts when packet loss is sensed. Compared to traditional end-to-end ARQ, our proposed mechanism shows significant reduction in the number of transmissions required to exchange the same amount of data
Wireless communication is notoriously lossy due to channel fading, interference and multi-path effec...
Computer networks and data sharing applications are vital for our current society and fundamental fo...
A control theoretic analysis of a simple error correction scheme for lossy packet-switched networks ...
International audienceA new coding mechanism is provided to automatically detect and recover lost pa...
International audienceIn traditional store and forward protocols, lost packets have no impact on the...
In wireless sensor networks (WSNs), wireless links are unreliable and sensor nodes may be in sleep m...
Graduation date: 2008Forward Error Correction and retransmission are two approaches used to reliably...
This paper considers the reliable transmission for wireless multicast networks where multiple source...
International audienceIn this paper, we present new adaptive automatic repeat request (ARQ) schemes ...
Incorporating network coding into TCP has the advantage of masking packet losses from the congestion...
Packet loss is an inherent phenomenon in WiFi due to its underlying physical medium. At the time of ...
Retransmission based on packet acknowledgement (ACK/NAK) is a fundamental error control technique em...
The capacity gain of network coding has been extensively studied in wired and wireless networks. Rec...
The Internet has recently been experiencing an explosive growth in the use of audio and video applic...
Bit errors occur in wireless communication when interference or noise overcomes the coded and modula...
Wireless communication is notoriously lossy due to channel fading, interference and multi-path effec...
Computer networks and data sharing applications are vital for our current society and fundamental fo...
A control theoretic analysis of a simple error correction scheme for lossy packet-switched networks ...
International audienceA new coding mechanism is provided to automatically detect and recover lost pa...
International audienceIn traditional store and forward protocols, lost packets have no impact on the...
In wireless sensor networks (WSNs), wireless links are unreliable and sensor nodes may be in sleep m...
Graduation date: 2008Forward Error Correction and retransmission are two approaches used to reliably...
This paper considers the reliable transmission for wireless multicast networks where multiple source...
International audienceIn this paper, we present new adaptive automatic repeat request (ARQ) schemes ...
Incorporating network coding into TCP has the advantage of masking packet losses from the congestion...
Packet loss is an inherent phenomenon in WiFi due to its underlying physical medium. At the time of ...
Retransmission based on packet acknowledgement (ACK/NAK) is a fundamental error control technique em...
The capacity gain of network coding has been extensively studied in wired and wireless networks. Rec...
The Internet has recently been experiencing an explosive growth in the use of audio and video applic...
Bit errors occur in wireless communication when interference or noise overcomes the coded and modula...
Wireless communication is notoriously lossy due to channel fading, interference and multi-path effec...
Computer networks and data sharing applications are vital for our current society and fundamental fo...
A control theoretic analysis of a simple error correction scheme for lossy packet-switched networks ...