LTE Projects

LTE Projects is one of the vital categories that feature in the current networks. At first, know that What LTE means? LTE, i.e., Long Term Evolution, is a network that presents around the world. LTE is wireless broadband for 4G, and it offers nearly 10x speeds than 3G. Today’s high techs era, mobile devices become smarter, but it’s harder too. 

Through the LTE network, multiple devices as smartphones, tablets, and notebooks have connected. There are 1000’s of devices that can connect in time. In LTE, eNB is a core component that stands to eNodeB. The eNB is a base station to manage radio resources and mobile devices’ mobility in LTE. To begin with, the reason for LTE Simulator must know in the first place. Above all, it provides more rewards than 3G. As a matter of fact, we will follow on LTE to know its pros. 

WHY LTE?

• Supportability in all types of devices 
• Support a high data rate for all users 
• Offers QoS aware transmission speed
• Highly tolerate latency
• Overall increases QoS 
• Less processor load cost 
• Cell size is larger (cover up to 30miles)

   Despite these merits in LTE, now it’s widely focused on. Further to show that we represent it in another way. That is, we mention where LTE works nowadays. In the following areas, LTE Network Simulator places its huge importance. Besides, we continuously work on these areas. 

WHERE LTE IS ON-GOING?

• Ad hoc Networking 
• Large Scale Mobile Networks 
• M2M Communication
• D2D Communication 
• Energy-Efficient IoT
• Vehicular Networks 
• Mobile Edge Computing LTE

MOST IMPORTANT AREAS FOR LTE PROJECTS 

• Channel / Carrier Aggregation
• Interference Management
• Packet Scheduling 
• Spectrum Sharing 
• Uplink and Downlink Synchronization 
• Resource Allocation and Management 
• Scheduling Resources (Inter and also Intra Cell)

   In general, LTE spread out to various applications with high data rate speed. Further, it has interoperable support with other techs, too, like GSM and UMTS. Thus, we can access many applications with the use of LTE that follows. 

• Rich Voice (VoIP, and also High-Quality Video Conferencing)
• Browsing (Super-Fast Browsing and Upload Content Social Networks)
• Video On Demand (High-Quality Video Streaming)
• Music Streaming (HD Multimedia Download and also Storage)
• Mobile Data Networking (P2P file Transfer, and also Application Sharing)
• And also many more 

   In order to transmit packets and assign resources without any fail, certain ways and means make use in the LTE network simulation thesis. So far, the following four matters are the key ways for accessing the LTE network, and also now, we give you those methods in LTE as below.

4 MAIN MATTERS OF LTE 

• Duplexing Methods 
  • Frequency Division Duplex (FDD)
  • Time Division Duplex (TDD)
• Accessing Methods 
  • Orthogonal Frequency Division Multiplexing Access (OFDMA)  
  • Single Carrier Frequency Division Multiple Access (SC-FDMA)
• Adaptive Modulation 
  • DL Modulations (QPSK, 16-QAM, and also 64-QAM)
  • UL Modulations (QPSK and also 16-QAM)
• MIMO Technology
  • SU-MIMO and also MU-MIMO

   To be sure, we entail of tool to develop a project in LTE over any field. In the long run, we focus on tools that searching behaviors for researchers is high in LTE Network Simulator. Thus, as a result of huge expectations, look the below tools to learn more on this topic. 

EVERGREEN TOOLS TO SIMULATE LTE PROJECTS 

• Network Simulator 2 (NS2)
  • NS2.33 and also 2.32
• Network Simulator 3 (NS3)
  • LENA Module
• MATLAB 
  • LTE System Toolbox
• OPNET
  • Opnet Modeler 
• OMNeT++
  • SimuLTE
• LTESim and Qualnet

   To conclude our whole points, we say that we have a constant mind with lots of skills to work on above all tools and other tools too. For the most part, we will be standing by strong to do your job. At this instant, you know the worth of your assigned work to our great expert team.

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