Joint source-channel coding (JSCC) has proven to be an effective solution for video transmission over bandwidth-limited, error-prone wireless networks. However, one major problem with the existing JSCC approaches is that they consider the network between the server and the client as a single ...
JSCCJoint Source-Channel Coding JSCCJapanese Society of Clinical Cytology(est. 1962) JSCCJames Sprunt Community College(Kenansville, NC) JSCCJoint Security Coordination Center(US DoD) JSCCJohn Stoddard Cancer Center(Des Moines, IA) JSCCJoint Service Coordination Committee ...
This expected number of source bits can be used as an objective function of joint source-channel (JSCC) algorithms. We also evaluate this estimator for various antenna, SNR and different number of substreams.Farshchian, MasoudDissertations & Theses - Gradworks...
As mentioned in Chapter 2, lossy compression is generally required for video transmission applications. It is well known that the theoretical bounds for lossless compression are the entropy of the source. In the same way entropy determines the lowest pos
This paper investigates mobile video delivery in a heterogeneous wireless network from a video server to a multi-homed client. Joint source-channel coding (JSCC) has proven to be an effective solution for video transmission over bandwidth-limited, error-
Luis Castedo 1 and Javier Garcia-Frias 2AbstractAnalog joint source-channel coding (JSCC) is a communication strategy that does not follow the separation principleof conventional digital systems but has been shown to approach the optimal distortion-cost tradeoff over additivewhite Gaussian noise channel...
Terms—Arithmeticcoding,imagetransmission,jointsource/channelcoding(JSCC),maximum(MAP)estimation.I.INTRODUCTIONTHEFUTUREoftelecommunicationsisbeingdrivenbytwoimpressiverecentphenomena,namelythewidespreaddiffusionoftheInternetandthedevelopmentofpersonalmo-bilecommunications.ThemigrationtothewirelesschannelofInternet-based...
Joint source-channel coding (JSCC) has proven to be an effective solution for video transmission over bandwidth-limited, error-prone wireless networks. However, one major problem with the existing JSCC approaches is that they consider the network between the server and the client as a single ...
Joint source-channel coding (JSCC) has proven to be an effective solution for video transmission over bandwidth-limited, error-prone wireless networks. However, one major problem with the existing JSCC approaches is that they consider the network between the server and the client as a single ...
This paper proposes a novel digital deep joint source-channel coding (DeepJSCC) framework that achieves robust performance across diverse communication environments without requiring extensive retraining and prior knowledge of communication environments. Traditional digital DeepJSCC techniques often face ...