LTE (Long Term Evolution) and LTE-Advanced have been developed to respond to the

requirements of this era and to realize the goal of achieving global broadband mobile communications.

The goals and objectives of this evolved system include higher radio access data

rates, improved system capacity and coverage, flexible bandwidth operations, significantly

improved spectral efficiency, low latency, reduced operating costs, multi-antenna support, and

seamless integration with the Internet and existing mobile communication systems.

The LTE physical layer includes transmissions in uplink and downlink. The uplink transmissions are governed by PUSCH. The throughput performance of PUSCH is analyzed here-LTE (Long Term Evolution) and LTE-Advanced have been developed to respond to the

requirements of this era and to realize the goal of achieving global broadband mobile communications.

The goals and objectives of this evolved system include higher radio access data

rates, improved system capacity and coverage, flexible bandwidth operations, significantly

improved spectral efficiency, low latency, reduced operating costs, multi-antenna support, and

seamless integration with the Internet and existing mobile communication systems.

The LTE physical layer includes　transmissions in uplink and downlink. The uplink transmissions are governed by PUSCH. The throughput performance of PUSCH is analyzed here