Add to ORKGThe intent of this paper is to put forth a novel technique for improvising the QoS of multimedia applications in by using Modified dynamic mapping algorithm and Multipath transport(MPT) and Multi Description Coding(MDC). The improvement is attained by applying the MDC at application layer along with UDPLite in transport layer and multipath at network layer and Modified dynamic mapping in MAC Layer.Thismethod attains an increase of 30.84% in Peak Signal to Noise Ratio (PSNR) and 18.57% decrease in delay in contrast to the conventional methods.The intent of this paper is to put forth a novel technique for improvising the QoS of multimedia applications in by using Modified dynamic mapping algorithm and Multipath transport(MPT) and Multi Descri...
Video is foreseen to be dominant in the Internet and Next Generation Networks, due to the increased...
This dissertation studies the impact of heterogeneous wireless networks on the design and implementa...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
The intent of this paper is to put forth a novel technique for improvising the QoS of multimedia app...
A novel MPEG-4 video cross-layer algorithm (MVCLA) is applied in the wireless network platform to ap...
In this paper we present ViStA-XL, a Cross-Layer (XL) design aiming to optimize the overall performa...
To cope with the rapid growth of multimedia applications that requires dynamic levels of quality o...
In recent years the growing proliferation of small wireless devices able to maintain wireless commun...
Mobile ad hoc networks (MANETs) offer an excellent scenario for deploying communication applications...
To cope with the rapid growth of multimedia applications that requires dynamic levels of quality of ...
Abstract — MANETs are becoming more essential to wireless communication because of increasing popula...
The rapid development of wireless communication imposes several challenges to support QoS for real-t...
Abstract—Mobile Ad hoc NETworks (MANETs) are becoming more essential to wireless communications due ...
Multimedia applications such as video conference, digital video broadcasting (DVB), and streaming vi...
The number of portable electronic devices capable of maintaining wireless communications increases d...
Video is foreseen to be dominant in the Internet and Next Generation Networks, due to the increased...
This dissertation studies the impact of heterogeneous wireless networks on the design and implementa...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
The intent of this paper is to put forth a novel technique for improvising the QoS of multimedia app...
A novel MPEG-4 video cross-layer algorithm (MVCLA) is applied in the wireless network platform to ap...
In this paper we present ViStA-XL, a Cross-Layer (XL) design aiming to optimize the overall performa...
To cope with the rapid growth of multimedia applications that requires dynamic levels of quality o...
In recent years the growing proliferation of small wireless devices able to maintain wireless commun...
Mobile ad hoc networks (MANETs) offer an excellent scenario for deploying communication applications...
To cope with the rapid growth of multimedia applications that requires dynamic levels of quality of ...
Abstract — MANETs are becoming more essential to wireless communication because of increasing popula...
The rapid development of wireless communication imposes several challenges to support QoS for real-t...
Abstract—Mobile Ad hoc NETworks (MANETs) are becoming more essential to wireless communications due ...
Multimedia applications such as video conference, digital video broadcasting (DVB), and streaming vi...
The number of portable electronic devices capable of maintaining wireless communications increases d...
Video is foreseen to be dominant in the Internet and Next Generation Networks, due to the increased...
This dissertation studies the impact of heterogeneous wireless networks on the design and implementa...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...