Research 4G Network Simulation Projects (Implementation)

4G Network Simulation Projects

4G Network Simulation Projects is our leading service that offers current research ideas for doctoral students and other research scholars. We have started our service for student’s research foundation to enhance their research career and academic excellence. Our organization is the world’s number one leading institute consisting of 150+ world-class employees to serve students worldwide. We provide complete solutions for your 4G Network Simulation Projects, including protocol development, algorithm implementation, and simulation completion.

We offer research ideas for students in the latest technologies and real time applications. We also support external research guidance such as research paper writing, thesis writing, paper publication, etc. Due to our vast experience and immense knowledge, we have successfully accomplished 5000+ Simulation Projects with our entire research team’s completed support.

Our knowledgeable experts are always knowledgeable because they have updated themselves with new ideas and invents new concepts to explore your research. Bring your ideas……we plan for your research success………………

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Recent Research Trends in 4G Networks

Upgrades in Networks
Software Defined Radio Technology
Advanced antenna systems
High-end smartphones using WiGig
NB-IoT deployment operators acceleration
Speed improvement (high-demand)
5G technology to influence market prospects

Network Simulation Projects

4G Network Simulation Projects is our ever-growing service that started to fulfill our dream researcher’s needs. We support our students and scholars to develop Simulation Projects even with the beginners we support them. This Network is the world’s high-speed Network; the transmission and reception rate is high than the traditional networks (2G, 3G, wi-fi, and Wi-Max). To develop Simulation Projects, we have used a variety of simulation tools, including NS2, NS3, Opnet, OMneT++, and Qualnet. For your reference, below, we described the 4G Network Simulation tools.

4G NS2 Network Simulation

LTE Patch Files are also used in NS2 for 4G network simulation. Now, let’s the procedure to patch LTE files in NS2.

In first, the LTE patch is download and save in ns-allinone-2.xx
Next, Cd ns-allinone -2.xx/ in command prompt
Patch LTE file by -p0<LTE. Patch
Cd ns-allinone-2.xx/ns-2.xx/
Install Sudo./install
Execute LTE modules
Write TCL script also for LTE simulation.

4G NS3 Network Simulation

NS3 is an open-source network simulator, and it supports LTE Model for the 4G Networks Simulation. It also supports the various aspects of functionalities for the evaluation of 4G LTE systems that are as follows:

QoS aware scheduling
Dynamic spectrum access,
Radio resource management
Inter-cell interference coordination
Multi RAT Network Solution
End-to-End QoE Provisioning
Load balancing and mobility management
UL and also DL LTE MAC schedulers
Coordination solutions also for inter-cell interference
Solutions also for heterogeneous networks
Cognitive LTE systems

4G Qualnet Network Simulation

Qualnet is a commercial simulator for modeling and also simulating the networks. It consists of a library for federation interfaces, sensor networks, UMTS, LTE, Urban propagation, and TIREM propagation interface. An LTE simulation model is used in the 4G Qualnet network simulation to model and simulate different protocol stacks on EPC and E-UTRA. Qualnet supports LTE library, which provides simulation for 4G cellular networks.

Qualnet Supported Protocols in 4G:

IPv6 Protocol
Network layer IPv4 Protocol
MAC/PHY and upper-layer protocols
Support also for FDD and TDD
Open-loop MIMO model
High fidelity SC-FDMA/OFDMA model

4G Opnet Network Simulation

LTE Specialized Model is used in OPNET for 4G networks simulation. It has specialized features that include:

QoS testing and achieving also in network applications
Custom scheduling algorithm evaluation also for LTE base stations
LTE network infrastructure also for performance visualization of live application
Network behavior validation on LTE access network and also IP backbone network

Configuration steps for 4G Opnet:

Application Config
LTE_Att_Definer_Adv
Profile Config
LTE_enodeb_4ethernet_4_atm_4slip_adv node
LTE_wkstn_ad node
Mobility Config
LTE_access_gw_atm8_ethernet8_slip8_adv node

4G OMNeT++ Network Simulation

4GSim and SimuLTE are simulation package of OMNeT++ that simulates 4G networks over the INET framework. Various performance evaluation parameters are also considered in OMNET+++ IDE: packet length, jitter, queue length, queuing time, throughput, number of packets, end-to-end delay, and link utilization. In order to simulate 4G networks in OMNeT++, we need to interface 4GSim in OMNeT++. The following steps are also described the 4GSim interfacing:

Download and extract 4GSim tarball
Modify the current directory into the 4GSim directory
Next, type ‘Make Makefiles’ and then type ‘make.’
Use make MODE=release also for building a released version
Run simulation “./run”

We hope that the aforesaid information is valuable also for your Simulation Projects. For further guidance or any doubts also from the abovementioned information, contact our top experts. For your comfort, our tutors are available online 24/7 for 365 days. Here’s we also have listed few development tools and softwares for your reference.

Development Tools and Software’s

LTE System Toolbox
4GSim
4GLTE
UeSIM-4G
OpenLTE
Gr-LTE
OpenAirInterface

Purpose of Tools and Software’s

LTE System Toolbox: Matlab toolbox that used for standard-compliant simulation and verification and also used to analysis of LTE and LTE-A systems and devices

4GSim: Freely available and open-source simulation package used in 4G networks. It can also be developed over OMNET/OMNeT++ INET framework.

4GLTE: Network emulator that provides comprehensive solution also for 4G Network load testing and emulation.

UeSIM-4G: Complete Package for LTE and LTE-A networks. It allows multiple LTE sectors also on a single system.

OpenLTE: Open source implementation of the 3GPP LTE specifications. Octave code is also currently available to test the downlink in transmission and reception.

Gr-LTE: GNU Radio framework LTE Receiver that also used to estimate the LTE synchronization.

OpenAirInterface: 5G Software allows users to create wireless innovations, and it is an open-source platform concerned with air interface standards such as LTE and 802.16E prevailing path to thesis on 5g technology.

Advanced Research Topics in 4G networks

Future growth of hotspots
SME prospects improvement also in 4G
QoE and QoS instigates 4G deployments
Gain traction on both LTE-FDD and also LTE-TDD
Carrier Aggregation Enhancement
Small cells gather stream 4G deployments
Wi-fi domain to 4G upgrade
4-G also for the healthcare sector
4G for App Developers
4-G also in the mobile communication sector
4G -1Gbps Downlink Peak Data Speeds also in LTE-A
M2M and also IoT in 4G
Seamless Mobile Cloud Services also in 4G
4G expansion also in OFDMA based LTE-A
Security Improvement in 4G
Augment Proficiency Enhancements of LTE in 4G
GPRS billing and also 4G/5G wireless billing systems
4G LTE for public safety operations
Improve potential opportunities also in the Automotive sector