Radio Resource Management LTE Projects

Radio Resource Management LTE Projects presents a wide range of solutions for better communication in wireless networks. Without a doubt, the radio resource management is RRM that plays a vital role in long term evolution (LTE) to manage all the radio resources. By all means, a resource is the basic that assists in performing beamforming, modulation, handover and etc.

What happens if RRM is absent in LTE?

• Poor spectral efficiency
• Degradation of resource utilization 
• Attenuation and channel fading problems 
• Low fairness, QoS, and also QoE 
• Excess of co-channel and inter-cell interference 

   Despite the fact that the two broad categories are static RRM and dynamic RRM, which designs on Radio Resource Management LTE Projects. To illustrate, the static RRM operates with manual commands while the other operates in an adaptive way. 

Main Functions Performed in LTE on RRM

• Resource partitioning and allocation 
• Link Adaptation 
• Radio Admission control 
• Device handover management 
• Dynamic packet scheduling 
• Power control 
• Management of channel quality indicator 

   We are seeing that any one of the processes enables us to manage the radio resources in LTE. On account of this, it brings several growths to the network.  

Waiting to know the benefits of RRM in LTE? Then here you go,

• Increase Quality and grade of service
• High-speed data transfer 
• Efficient power management 
• Control congestion between nodes 
• Minimization of link failure 

   Later this topic on LTE also extends into LTE-A, LTE-R, LTE-U, and many more. In general, the protocol stack design consists of a user plane and control plane and then apply RRM functions. In fact, this function operates for both guaranteed bit rate (GBR) and Non-GBR. 

Topics on Radio Resource Management LTE Projects 

Static RRM

• Space diversity of antenna
• Channel allocation 
• TDMA and also FDMA

Dynamic RRM 

• DCA and also DFS
• MIMO 
• Channel dependent scheduling 

   So far, the growth of mobile users is billions, which is the key reason for RRM. At the same time, the normal channel and source coding methods fail to ensure high channel capacity. In order to break this, the RRM makes use of special coding schemes too. Now that we give you few methods in RRM LTE down below,

Admission control methods

• QA-CAC
• Delay aware method
• MPF-CQI
• Adaptive fractional guard channel
• Fuzzy approach 
• Stackelberg game 

Handover methods 

• Elman handover algorithm
• Bayesian regression
• Type-2 fuzzy 
• Q-learning algorithm  
• User mobility prediction method 
• AHP-TOPSIS 
• And many more

   In reality, LTE, as HetNet, also focuses on RRM. To be sure, the HetNet entails pico, femto, and macrocell so that the user count is high. Hence, as a result, the RRM need is high in LTE self organizing networks.

   Until now, we stay strong only on the topic of your choice. Now that this potent takes us to reach 65 to 75k success projects related to PhD research topics in lte network. On the whole, we will be ready to do our duty. At this point, you know the field grow from time to time. To be fair, we do learn new growth in the field. By the time we get you with all the advanced concepts that no one may be aware of.

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