The use of mobile applications in the 800 MHz band, which forms part of the ‘Digital Dividend’, may cause interference to cable TV signals under certain conditions. The new mobile applications (called LTE, Long Term Evolution) use frequency bands also used in cable TV networks. This paper discusses the results of an investigation carried out by the Dutch Radiocommunications Agency and University of Twente. In this investigation an interference model has been derived which shows that the interference probability from mobile applications in the Digital Dividend band is low: on average 5000 Dutch households would experience interference per TV evening. In addition, we propose a number of measures for individual households that can reduce the i...
Abstract This paper presents results of the assessment of the interference between digital TV system...
The ever increasing demand for multimedia wireless communication systems is a key feature of more ad...
This paper examines the LTE UE (Long-Term Evolution User Equipment) in 800 MHz frequency band (the s...
This paper is concerned with the analysis of adjacent channel interference of the Long Term Evolutio...
Digital dividend spectrum, that is released after the digitalisation of analog TV broadcasting is ha...
With the introduction of digital terrestrial television (DTT) and the analogue television switch-off...
In this paper, we study the compatibility of operating multiple Long Term Evolution (LTE) mobile han...
In this paper, we study the compatibility of operating Long Term Evolution (LTE) services in the dig...
Recently, the issue of monitoring and repairing leakage from cable television networks have re-emerg...
The ever increasing demand for multimedia wireless communication systems is a key feature of more ad...
Australians have recently benefited from the switch-over to digital television which has freed many ...
In 2012 the Communications Regulatory Authority of Lithuania reallocated 790–862 MHz band used by te...
Because of the decision, taken during the ITU WRC-07, to allocate the upper part of the so-called di...
Nowadays, there is less free range of frequencies for 4G and television. For this reason, this thesi...
"(c) 20xx IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained fo...
Abstract This paper presents results of the assessment of the interference between digital TV system...
The ever increasing demand for multimedia wireless communication systems is a key feature of more ad...
This paper examines the LTE UE (Long-Term Evolution User Equipment) in 800 MHz frequency band (the s...
This paper is concerned with the analysis of adjacent channel interference of the Long Term Evolutio...
Digital dividend spectrum, that is released after the digitalisation of analog TV broadcasting is ha...
With the introduction of digital terrestrial television (DTT) and the analogue television switch-off...
In this paper, we study the compatibility of operating multiple Long Term Evolution (LTE) mobile han...
In this paper, we study the compatibility of operating Long Term Evolution (LTE) services in the dig...
Recently, the issue of monitoring and repairing leakage from cable television networks have re-emerg...
The ever increasing demand for multimedia wireless communication systems is a key feature of more ad...
Australians have recently benefited from the switch-over to digital television which has freed many ...
In 2012 the Communications Regulatory Authority of Lithuania reallocated 790–862 MHz band used by te...
Because of the decision, taken during the ITU WRC-07, to allocate the upper part of the so-called di...
Nowadays, there is less free range of frequencies for 4G and television. For this reason, this thesi...
"(c) 20xx IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained fo...
Abstract This paper presents results of the assessment of the interference between digital TV system...
The ever increasing demand for multimedia wireless communication systems is a key feature of more ad...
This paper examines the LTE UE (Long-Term Evolution User Equipment) in 800 MHz frequency band (the s...