This paper is concerned with inter-system and intra-system interference measurements of 2.5G and 3G mobile communication systems. The both systems UMTS and GSM/EDGE are assumed to operate in a common radio band of 900 MHz. The main system parameters are briefly introduced as well as the measurement scenario. Several simulations and key measurements were performed. Important results are described and commented along with a graphical representation, namely bit error ratio (BER) dependence on carrier to noise ratio (CNR) in the presence of additive white Gaussian noise (AWGN), the measurement of adjacent channel interference ratio of each system, the coexistence of both systems in same band and the impact of a carrier offset on BER
Abstract—This paper evaluates the level of interference caused by different ultra-wideband (UWB) sig...
The surest way to guarantee that multiple wireless systems can concurrently exist harmlessly, when o...
Communication systems evolve day after day at a very fast pace. People not only have high expectatio...
This paper is concerned with inter-system and intra-system interference measurements of 2.5G and 3G ...
Abstract. This paper is concerned with inter-system and intra-system interference measurements of 2....
The dissertation thesis deals with the investigation of the coexistence of GSM–EDGE and UMTS systems...
Signal to Interference ratio (S/I) calculations for corner excited cellular communications systems b...
An algorithm has been developed and implemented for receiving the broadcast data of base stations of...
Universal Mobile Telecommunications System (UMTS), is the third generation (3G) of mobile communicat...
Mobile users need more capacity and higher velocity to work with new data applications. In order ...
Mobile users need more capacity and higher velocity to work with new data applications. In order ...
This paper is concerned with the analysis of adjacent channel interference of the Long Term Evolutio...
MasterNext generation mobile communication (NGMC) systems have been replaced from voice-oriented ser...
The study evaluated interference in a dense heterogeneous network using third-generation universal m...
With National Telecommunications & Information Administration (NTIA) Advanced Wireless Services (AWS...
Abstract—This paper evaluates the level of interference caused by different ultra-wideband (UWB) sig...
The surest way to guarantee that multiple wireless systems can concurrently exist harmlessly, when o...
Communication systems evolve day after day at a very fast pace. People not only have high expectatio...
This paper is concerned with inter-system and intra-system interference measurements of 2.5G and 3G ...
Abstract. This paper is concerned with inter-system and intra-system interference measurements of 2....
The dissertation thesis deals with the investigation of the coexistence of GSM–EDGE and UMTS systems...
Signal to Interference ratio (S/I) calculations for corner excited cellular communications systems b...
An algorithm has been developed and implemented for receiving the broadcast data of base stations of...
Universal Mobile Telecommunications System (UMTS), is the third generation (3G) of mobile communicat...
Mobile users need more capacity and higher velocity to work with new data applications. In order ...
Mobile users need more capacity and higher velocity to work with new data applications. In order ...
This paper is concerned with the analysis of adjacent channel interference of the Long Term Evolutio...
MasterNext generation mobile communication (NGMC) systems have been replaced from voice-oriented ser...
The study evaluated interference in a dense heterogeneous network using third-generation universal m...
With National Telecommunications & Information Administration (NTIA) Advanced Wireless Services (AWS...
Abstract—This paper evaluates the level of interference caused by different ultra-wideband (UWB) sig...
The surest way to guarantee that multiple wireless systems can concurrently exist harmlessly, when o...
Communication systems evolve day after day at a very fast pace. People not only have high expectatio...