Within the Digital Video Broadcasting (DVB) family of standards, DVB-SH (satellite to handheld devices) is the first standard for a hybrid system offering parallel reception of satellite and terrestrial signals. In this paper, we discuss the architecture and implementation of a full-featured DVB-SH receiver. In addition, a laboratory test bed including a DVB-SH signal generator that can be used for DVB-SH system validation and receiver characterization is presented. We provide some key results of receiver performance measurements in typical channel conditions. Finally, we highlight the advantage of a multi-frequency network configuration in case of a hybrid reception scenario
This paper provides a brief introduction to the DVB-S system based on [EN-300-421]. The DVB-S system...
The paper discusses quality of service for DVB-H reception on mobile receiver terminals. The paper a...
This paper deals with the latest digital TV standard DVB-SH (Digital Video Broadcasting - Satellite ...
In this paper, we will discuss the DVB-SH standard and address the need for mobile TV reception via ...
Nowadays, the development and improvement of the digital broadcasting techniques and video compressi...
In this paper, we will present and discuss selected results obtained for the ESA study on Scalable V...
This paper describes the conception and development of a solution for improved mobile reception of t...
This paper describes the conception and development of a solution for improved mobile reception of t...
This paper describes the conception and development of a solution for improved mobile reception of t...
This paper describes the conception and development of a solution for improved mobile reception of t...
This paper summarises the results of several sessions of measurements executed in the context of the...
Digital television is one of the biggest broadcasting media available. All over the world television...
Mobile TV was a service concept first adopted by the Japanese ISDB-T standard and soon afterwards it...
Abstract. This paper deals with the latest digital TV standard DVB-SH (Digital Video Broadcasting- S...
Mobile TV was a service concept first adopted by the Japanese ISDB-T standard and soon afterwards it...
This paper provides a brief introduction to the DVB-S system based on [EN-300-421]. The DVB-S system...
The paper discusses quality of service for DVB-H reception on mobile receiver terminals. The paper a...
This paper deals with the latest digital TV standard DVB-SH (Digital Video Broadcasting - Satellite ...
In this paper, we will discuss the DVB-SH standard and address the need for mobile TV reception via ...
Nowadays, the development and improvement of the digital broadcasting techniques and video compressi...
In this paper, we will present and discuss selected results obtained for the ESA study on Scalable V...
This paper describes the conception and development of a solution for improved mobile reception of t...
This paper describes the conception and development of a solution for improved mobile reception of t...
This paper describes the conception and development of a solution for improved mobile reception of t...
This paper describes the conception and development of a solution for improved mobile reception of t...
This paper summarises the results of several sessions of measurements executed in the context of the...
Digital television is one of the biggest broadcasting media available. All over the world television...
Mobile TV was a service concept first adopted by the Japanese ISDB-T standard and soon afterwards it...
Abstract. This paper deals with the latest digital TV standard DVB-SH (Digital Video Broadcasting- S...
Mobile TV was a service concept first adopted by the Japanese ISDB-T standard and soon afterwards it...
This paper provides a brief introduction to the DVB-S system based on [EN-300-421]. The DVB-S system...
The paper discusses quality of service for DVB-H reception on mobile receiver terminals. The paper a...
This paper deals with the latest digital TV standard DVB-SH (Digital Video Broadcasting - Satellite ...