The core objectives of this lab is to understand the concept of cell association of received power (Rx) and designing a modified network planning for an LTE services using multiple eNodeBs for an indoor premises (shopping complex). We are also going to compare the noise limited and interference limited systems along with its interference synchronization in radio access network.
To accomplish these objectives, we are going to perform the following tasks:
1. To expand the indoor design of LTE service for the shopping complex, we are going to use seven femtocell and will perform the SINR (signal-to-interference-plus-noise ratio) and bit-rate using the simulation tool Wireless Insite and MATLAB for coding. Furthermore we are going to consider the …show more content…
b) Performing LTE/LTE-A system when the interference between the femtocells are been coordinated using intercell interference coordination(ICIC).
2. The Next thing is to construct a simulation environment using a geometry of 7 femtocells ,7 Antennas (with a gain of 3dBi ), waveforms (with frequency of 2.0 GHz) along with 7 receivers(with transmit power of 23dBm and its height of 4.5m) for floor planning of the shopping complex.
3. To perform the Radio access network using two methods:
a) Using Wireless Insite (commonly known as built in post processing).
b) Using MATLAB (commonly known as the post-processing).
c) Cell association and cell dominance formation using wireless Insite to get UE to be associated(served) with single femtocell eNB(preferred to be robust signal) and viewing it (UE).
Fig2. Cell association for the UEs
4. Importing the information of transmitted power, received power ,cell association of eNBs into the MATLAB using ‘.p2m’ file extension .And then finding the serving cell for highest received power in 2D matrix.Calculating the SINR (signal interference plus noise ratio) for the intercell interference using the below
To accomplish these objectives, we are going to perform the following tasks:
1. To expand the indoor design of LTE service for the shopping complex, we are going to use seven femtocell and will perform the SINR (signal-to-interference-plus-noise ratio) and bit-rate using the simulation tool Wireless Insite and MATLAB for coding. Furthermore we are going to consider the …show more content…
b) Performing LTE/LTE-A system when the interference between the femtocells are been coordinated using intercell interference coordination(ICIC).
2. The Next thing is to construct a simulation environment using a geometry of 7 femtocells ,7 Antennas (with a gain of 3dBi ), waveforms (with frequency of 2.0 GHz) along with 7 receivers(with transmit power of 23dBm and its height of 4.5m) for floor planning of the shopping complex.
3. To perform the Radio access network using two methods:
a) Using Wireless Insite (commonly known as built in post processing).
b) Using MATLAB (commonly known as the post-processing).
c) Cell association and cell dominance formation using wireless Insite to get UE to be associated(served) with single femtocell eNB(preferred to be robust signal) and viewing it (UE).
Fig2. Cell association for the UEs
4. Importing the information of transmitted power, received power ,cell association of eNBs into the MATLAB using ‘.p2m’ file extension .And then finding the serving cell for highest received power in 2D matrix.Calculating the SINR (signal interference plus noise ratio) for the intercell interference using the below