Packet loss concealment (PLC) aims to mitigate speech impairments caused by packet
losses so as to improve speech perceptual quality. This paper proposes an end-to-end PLC …

Communication technologies like voice over IP operate under constrained real-time
conditions, with voice packets being subject to delays and losses from the network. In such …

In this paper, we compare air‐conducted (AC) speech with bone‐conducted (BC) speech for
the purpose of utilizing them in packet loss concealment (PLC) for speech quality of voice …

Speech enhancement aims to improve speech quality by eliminating noise and distortions.
While most speech enhancement methods address signal independent additive sources of …

Real-time audio communications over IP have become essential to our daily lives. Packet-
switched networks, however, are inherently prone to jitter and data losses, thus creating a …

This paper presents a deep learning model for audio Packet Loss Concealment (PLC) for
real time communications that is accurate, lightweight, with a low inference time suitable for …

Background: Audio signal reconstruction using machine/deep learning algorithms has been
explored much more in the recent years, and it has many applications in digital signal …

In networked music performances, real-time Packet Loss Concealment is a task of pivotal
importance to compensate the detrimental impact of loss or late delivery of audio portions …

Due to the network constrain, the packet loss is inevitable in the real-time speech
communication. The packet loss often leads to the short interruption of the voice …

Abstract Packetloss occurring in Voice-Over-IP (VoIP) is the main source of degradation in
quality of experience (QoE) during a call, especially in the world when we rely heavily on …