Performance Analysis of the 3GPP-LTE Physical Control Channels

Performance Analysis of the 3GPP-LTE Physical Control Channels

Maximum likelihood-based (ML) receiver structures are derived for the decoding of the downlink control channels in the new long-term evolution (LTE) standard based on multiple-input and multiple-output (MIMO) antennas and orthogonal frequency division multiplexing (OFDM). The performance of the proposed receiver structures for the physical control format indicator channel (PCFICH) and the physi...

Performance Analysis of LTE Physical Layer Based on 3GPP- Release-8

Long Term Evolution is the last step towards the 4th generation of cellular networks. This revolution is necessitated by the unceasing increase in demand for high speed connection on LTE networks. This paper mainly focuses on performance evaluation of LTE physical layer to study and analysis the effect of transmitting and receiving data over noisy channels and how to resist loss in data by this...

LTE Physical Layer Performance Analysis

Analysis of positioning capabilities of 3GPP LTE

The performance of Global Navigation Satellite Systems (GNSS) can be improved in certain environments (e.g. indoor or urban scenarios) by using additional complementary systems, such as the use of wireless communications signals. Indeed, multicarrier wireless systems provide many advantages for the integration of both communications and positioning capabilities, such as the Long Term Evolution ...

Fpga Implementation of 3gpp-lte Physical Downlink Control Channel Using Diversity Techniques

Long Term Evolution (LTE) of UMTS Terrestrial Radio Access and Radio Access Network is a Fourth Generation wireless broadband technology which is capable of providing backward compatibility with 2G (Second Generation) and 3G (Third Generation) technologies. LTE is able to deliver high data rate and low latency with reduced cost This paper proposes a novel architecture for Single Input Single Ou...