A novel joint unequal error protection (UEP) and unequal power allocation (UPA) algorithm is proposed. UEP is performed through multiple radio bearers with different error correction capabilities. The perceived video quality is estimated based on the distortion calculation at the encoder. The transmission power on each bearer is controlled to maximize the expected perceived video quality for a given operating condition. The algorithm’s performance is evaluated for MPEG-4 coded video transmission over a simulated UMTS network. Simulation results show that the joint UEP and UPA scheme is more energy efficient than applying them individually
The huge amount of data embodied in a video signal is by far the biggest burden on existing wireless...
This paper describes a three-screen television system using a block recovery rate (BRR)-based unequa...
This paper describes a three-screen television system using a block recovery rate (BRR)-based unequa...
This paper presents a novel adaptation technique for optimisation of the source and error protection...
This paper presents a novel adaptation technique for optimisation of the source and error protection...
This paper presents a novel adaptation technique for optimisation of the source and error protection...
[[abstract]]This paper proposes an unequal error protection (UEP) method for MPEG-2 video transmissi...
In this paper, a novel unequal error protection (UEP) technique is proposed for video streaming over...
A novel adaptive resource allocation algorithm for video services over UTRAN is proposed. The propos...
A novel adaptive resource allocation algorithm for video services over UTRAN is proposed. The propos...
Proposed HQAM-multi-antenna UEP technique (a) H.264/AVC video encoding, CRC encoding, prioritization...
Universal Mobile Telecommunications System (UMTS) is a third-generation mobile communication system ...
The huge amount of data embodied in a video signal is by far the biggest burden on existing wireless...
Most multimedia source signals are capable of tolerating lossy, rather than lossless delivery to the...
The performance of a power-control algorithm suitable for multimode transceivers is investigated usi...
The huge amount of data embodied in a video signal is by far the biggest burden on existing wireless...
This paper describes a three-screen television system using a block recovery rate (BRR)-based unequa...
This paper describes a three-screen television system using a block recovery rate (BRR)-based unequa...
This paper presents a novel adaptation technique for optimisation of the source and error protection...
This paper presents a novel adaptation technique for optimisation of the source and error protection...
This paper presents a novel adaptation technique for optimisation of the source and error protection...
[[abstract]]This paper proposes an unequal error protection (UEP) method for MPEG-2 video transmissi...
In this paper, a novel unequal error protection (UEP) technique is proposed for video streaming over...
A novel adaptive resource allocation algorithm for video services over UTRAN is proposed. The propos...
A novel adaptive resource allocation algorithm for video services over UTRAN is proposed. The propos...
Proposed HQAM-multi-antenna UEP technique (a) H.264/AVC video encoding, CRC encoding, prioritization...
Universal Mobile Telecommunications System (UMTS) is a third-generation mobile communication system ...
The huge amount of data embodied in a video signal is by far the biggest burden on existing wireless...
Most multimedia source signals are capable of tolerating lossy, rather than lossless delivery to the...
The performance of a power-control algorithm suitable for multimode transceivers is investigated usi...
The huge amount of data embodied in a video signal is by far the biggest burden on existing wireless...
This paper describes a three-screen television system using a block recovery rate (BRR)-based unequa...
This paper describes a three-screen television system using a block recovery rate (BRR)-based unequa...