Master Thesis Network Communication LTE Projects

Master Thesis Network Communication LTE Projects

     Master Thesis Network Communication LTE Projects is our major service that created for students with the collaborative efforts of top experts and world renowned researchers. We are also working with Master Thesis Network Communication Projects for the past ten years and provide an interactive environment for thousands of students and scholars in the world’s broad range of countries.

Day by day, we have refreshed our minds with new concepts, and you can check out our articles regularly for a new look at our topics and also interest in current trends. A thesis is the full life cycle of a student’s research from the topic to the conclusion, and also writing a thesis is a complex task for current students. To do this successfully, we also prepare a rough draft for students that seems about just a simple flow of thesis, i.e., where it starts and where it ends with.

  • Title page
  • Abstract
  • List of Figures
  • List of Tables
  • Introduction


  • Literature Review


  • Methods/Proposed work


  • Results Discussion


  • Conclusion
  • Recommendations
  • Acknowledgements
  • References
  • Appendices
Master Thesis Network Communication LTE Projects Online

Network Communication LTE Projects

     Master Thesis Network Communication LTE Projects is our special area which we focus for students and research scholars. Our immense experience and expertise make us world-renowned researchers to stand as The World Number One Institute with more than 50+ branches. We are also proud to say that we have served nearly 5000+ research scholars from all over the world with the help of our world-class engineers. Our guidance starts with a pre tutoring service, which is an essential aspect of our immense guidance. Now, let’s look over the major aspects of LTE Network Communication.

LTE Specifications:
  • Peak Downlink Speed 64QAM (Mbps) : 100 (SISO), 326 (4*4 MIMO) and also 172 (2*2 MIMO)
  • Peak Uplink Speeds (Mbps): 57 (16 QAM), 50 (QPSK) and also 86 (64 QAM)
  • Data Type: No circuit switched and also all packet switched data
  • Channel bandwidths (MHz):4, 3, 5, 10, 15, and 20
  • Mobility: 0 to 15 km per hour and also 15 to 120 km per hour
  • Duplex schemes: TDD and FDD
  • Access Schemes: SC-FDMA (Uplink) and also OFDMA (Downlink)
  • Latency: Small packets at 10ms and idle to active less than 100ms
  • Spectral efficiency: Uplink (2-3* Rel 6 HSUPA) and also Downlink (3-4 times Rel 6 HSUPA)
  • Modulation Types Supported: 16 QAM, 64 QAM and also QPSK

Major LTE Technologies

  • OFDMA(Orthogonal Frequency Division Multiple Access)
  • MIMO (also in Multiple Input Multiple Output)
  • SAE (also based on System Architecture Evolution)
  • SC-OFDMA (Single Carrier-OFDMA)
  • Carrier Aggregation (CA)
  • LTE HetNets
  • LTE Relaying
  • Coordinated Multipoint (CoMP)
  • LTE Device 2 Device Communication

LTE Network Communication Technologies

  • 3G LTE
  • GSM
  • 3D HSPA
  • CDMA 2000
  • GPRS
  • 5G
  • VoLTE
  • Ans also in Backhaul

Major Research Aspects of LTE Networks

      We also focused on various research challenges and also solutions based on different research aspects of LTE networks and beyond. Depending on the 4G wireless communication, we also have classified the LTE issue into four different types:

  • Opportunistic, cognitive and also cooperative communications
  • Resource allocation and also  scheduling
  • Multicast services
  • Planning and also coverage of small cells

Other Research Aspects:

 Inter node pooling and Resilience:
  • AS Pooling
  • CSCF load balancing
  • MME Pooling also with S1-flex
  • P/S-GW load balancing
  • Redundant timing
  • Elasticity also for Network Virtual Functions
  • Automatic resource allocation and also load balancing
Connectivity and Routing:
  • Interface protection
  • Redundant diameter routing
  • Resilient IP network design also with fast re-routing
  • IPSec back-up and also emergency bypass
Automation and management:
  • Self-healing
  • Automatic reconfiguration
  • Outage detection
  • 3-site database replication
  • Oss in geographically distributed sites
Device 2 Device Communication:
  • Authentication
  • Authorization
  • Direct communication between devices
Support for Heterogeneous Networks:
  • 1X/EV-DO
  • Wi-Fi
  • And also Bluetooth Positioning

      We also hope that you would get an idea about Network Communication LTE Projects. We also have provided excellent service to our students and research scholars. Students from any of the disciplines to get start with your LTE Projects. For further guidance or tutoring service on Network Communication Projects, we approach our experts through our online tutoring service. Let us always meet each other with conversation also for the conversion is the beginning of the research.