Adaptive Playout is a solution in IP-based communication clients to compensate network issues using a dynamic receiver buffer. Whereas small buffers provoke loss artefacts due to delayed packets, large buffers result in high delay and loss of interactivity. Existing Voice over IP clients balance the trade-off between low delay and loss artefacts based on empirical values. Most often the degree of interactivity is not taken into account and adaptation parameters remain the same for long monologues and lively discussions. We present a novel playout adaptation scheme that not only adapts to changing network conditions but also to conversational interactivity. Using an integrated approach we improve conversations with high interactivity signifi...
Recent interest in supporting packet-audio applications over wide area networks has been fueled by t...
Abstract—Voice over IP (VoIP) is already of commercial quality when traversing corporate, or other h...
Delay and packet loss dramatically affect the quality of a voice-over-IP (VoIP) call and depend on t...
Abstract—The quality of service limitation of today’s Internet is a major challenge for real-time vo...
In this paper, we present new adaptive playout scheduling (POS) and loss-concealment (LC) schemes fo...
In Voice over IP, the quality of interactive conversation is important to users. Major factors affec...
Factors like network delay, latency and bandwidth significantly affect the quality of communication ...
Factors like network delay, latency and bandwidth significantly affect the quality of communication ...
We present an integrated approach for flexible playout adaptation for high quality audio transmissio...
We develop a joint playout buffer and Forward Error Correction (FEC) adjustment scheme for Internet ...
A novel playout algorithm for VoIP applications is presented. The playout times of voice packets are...
[[abstract]]Packet loss and delay are two essential problems to real-time voice transmission over IP...
As the Internet is a best-effort delivery network, audio packets may be delayed or lost en route to...
Audio communication over IP-based networks represents one of the most interesting research areas in...
We describe the design and the experimental evaluation of a playout delay control mechanism we have ...
Recent interest in supporting packet-audio applications over wide area networks has been fueled by t...
Abstract—Voice over IP (VoIP) is already of commercial quality when traversing corporate, or other h...
Delay and packet loss dramatically affect the quality of a voice-over-IP (VoIP) call and depend on t...
Abstract—The quality of service limitation of today’s Internet is a major challenge for real-time vo...
In this paper, we present new adaptive playout scheduling (POS) and loss-concealment (LC) schemes fo...
In Voice over IP, the quality of interactive conversation is important to users. Major factors affec...
Factors like network delay, latency and bandwidth significantly affect the quality of communication ...
Factors like network delay, latency and bandwidth significantly affect the quality of communication ...
We present an integrated approach for flexible playout adaptation for high quality audio transmissio...
We develop a joint playout buffer and Forward Error Correction (FEC) adjustment scheme for Internet ...
A novel playout algorithm for VoIP applications is presented. The playout times of voice packets are...
[[abstract]]Packet loss and delay are two essential problems to real-time voice transmission over IP...
As the Internet is a best-effort delivery network, audio packets may be delayed or lost en route to...
Audio communication over IP-based networks represents one of the most interesting research areas in...
We describe the design and the experimental evaluation of a playout delay control mechanism we have ...
Recent interest in supporting packet-audio applications over wide area networks has been fueled by t...
Abstract—Voice over IP (VoIP) is already of commercial quality when traversing corporate, or other h...
Delay and packet loss dramatically affect the quality of a voice-over-IP (VoIP) call and depend on t...