LTE Projects are preferred by majority of scholars and students today due to its immense research scope. LTE [Long term evolution] is a high speed wireless communication technology used for Mobile phones and data terminals. It is based on UMTS/HSPA and GSM/EDGE network technologies and uses different radio interfaces to increase the speed and capacity of the network. LTE can be interfaced with 3G, 4G or 5G Network standard based on our needs. Most often LTE is interfaced with 4G or commonly known as 4G LTE. LTE-A has emerged as a standard for 5G Networks. Today most of the scholars are attracted towards this emerging field due to its key features like scalable bandwidth, all IP network support, improved spectral efficiency, increased downlink and uplink data rates etc. To accommodate the needs of budding scholars and students, we have started our service 7 years before with the only focus of- “Service for students”. We are proud to say that up to now, we have served 5000+ students worldwide with the satisfaction that students are contented with our service. If you want to be one among our contented student, commit with us today and enjoy our unlimited service. Now, let’s have a glance over few highlights about LTE along with its recent research areas and topics, for students to get a better understanding about LTE projects.

Highlights about LTE:

  • Peak data rate[DL:100Mbps, UL- 50Mbps]
  • Peak spectrum efficiency[DL- 3 to 4 times release 6 HSDPA, UL- 2 to 3 times release 6 enhanced uplink]
  • C-plane capacity[supports 200 users per cell in the active state for spectrum allocation up to 5 Mhz]
  • Mobility support[ supports mobility across the cellular network for various mobile speeds up to 350 km/h]
  • Other technologies[LTE-A[Advanced] and LTE-U[LTE in unlicensed spectrum]]
  • Use Orthogonal frequency division multiple access for downlink and Single carrier FDMA for Uplink
  • Supports FDD, TDD and half duplex FDD communication system
  • Supports Multicast broadcast single frequency network
  • LTE direct[a new protocol for enabling device to device communication]
  • Key driving factors of LTE:

                                   -Flexible spectrum allocation

                                  -Proficient spectrum utilization

                                 -Improved system coverage and capacity

                                -Reduced latency with high data rates

                               -Reduced cost for operator

Support for algorithm/protocol/techniques:

  • Diameter base protocol
  • SGs Application part protocol
  • Non access stratum protocol
  • Packet data convergence protocol
  • S1 Application protocol
  • X2 Application protocol
  • GPRS Tunneling protocol
  • MAC protocol
  • Voice over internet protocol
  • Delay limited scheduling algorithm
  • Video streaming protocol[UDP, RTP, dynamic adaptive streaming over HTTP] support
  • Resource management scheme[Lexicographic greedy algorithm, delay prioritized scheduling algorithm]

LTE Simulation:

  • LTE Network Simulator
  • NetSim
  • Valid8 LTE core Network simulator
  • Vienna
  • LENA
  • OpenLTE
  • SimuLTE
  • LTE-Sim

Other Simulation tools for LTE:

  • LTE with NS2[Supports ns 2.33 and 2.32]
  • LTE with NS3[LTE Module support-LENA]
  • LTE with Matlab[LTE system toolbox]
  • LTE with Opnet[supported by Opnet Modeler, LTE-A not supported]
  • LTE with Omnet++[SimuLTE, technological support- SAE, MIMO, OFDM]

Research areas  in LTE

  • LTE based high speed railway networks
  • Assessment of LTE 450 MHZ system
  • 4th generation radio technologies
  • Spectrum sharing system[for 4G and 5G]
  • LTE security issues
  • MIMO enhancement and OFDM
  • Energy efficient dynamic point selection and IEEE 802.11 WLAN discovery scheme
  • Multi cell cooperation Tx/Rx[CoMP]
  • Channel/carrier aggregation
  • Interference management in heterogeneous cell overly
  • Densification[Small cell solution]
  • Wimax and LTE
  • Policy management and control for LTE/4G
  • Tackling increased density of 5G Networks
  • Autonomics and policy based management
  • Scheduling method for Intra cell CoMP in LTE-Advanced
  • Packet scheduling scheme for Multimedia applications
  • Non repudiation and fast group discovery in M2M communication

Recent Research topics in LTE:

  • Stochastic modeling and measurement of Interruption time and handover delay of Smartphone real time applications in LTE Networks
  • QOS Optimization and cross layer adaptation in LTE- Advanced and beyond networks
  • Adaptive antenna systems for LTE using particle swarm optimization and genetic algorithm
  • Low complexity joint interleaving technique for PAPR reduction in LTE-A carrier aggregation
  • Resource partitioning and data offloading using Network economics approach in two tier LTE HetNets
  • OFDM-CDMA combinational method for capacity enhancement of voice over LTE Uplink in PMR context
  • Link adaptation algorithm and joint resource allocation with carrier aggregation in 5G LTE-A networks
  • Performance estimation of LTE-A downlink adopting higher modulation in Small cells
  • Functional models and 4G LTE architecture of VoLTE services and Video streaming
  • Threshold based multi traffic load balancing scheme for LTE-Advanced Networks
  • Coverage enhancement of PBCH in LTE-A Networks using reduced search viterbi
  • Experimental analysis of energy saving scheme for enodeB on/off in LTE Networks


   Hope you would have got some idea for your LTE projects. You can work on any of the above mentioned topics/research areas or can also bring your own concepts or novel ideas. We will offer you an all round support for your project with the help of our renowned experts and professionals. For further guidance, approach our experts through our online service [24/7 for you].




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