• demonstrate that LTE works in a

stable way and to prove the radio

link performance assumptions

under realistic initial LTE

deployment scenarios in typical

suburban/urban campus and wide

area environments

• demonstrate that LTE delivers high

transmission performance at the

cell edge and to show which data

rates can be achieved there by

using suitable antenna heights and

near line of sight (LOS) propagation

conditions in urban areas

• explore achievable throughput

rates in a single and multi-user

environment, both outdoors and

inside buildings

• verify the optimal scheduler

behavior of LTE base stations for

mixed QoS scenarios under

various channel conditions-•　demonstrate that LTE works in a

stable way and to prove the radio

link performance assumptions

under realistic initial LTE

deployment scenarios in typical

suburban/urban campus and wide

area environments

•　demonstrate that LTE delivers high

transmission performance at the

cell edge and to show which data

rates can be achieved there by

using suitable antenna heights and

near line of sight (LOS) propagation

conditions in urban areas

•　explore achievable throughput

rates in a single and multi-user

environment, both outdoors and

inside buildings

•　verify the optimal scheduler

behavior of LTE base stations for

mixed QoS scenarios under

various channel conditions