5G Beyond Networks Projects Examples Using NS2

5G Beyond Networks Projects Examples Using NS2, which we have worked on and supported for scholars are listed below. If you seek expert guidance, please feel free to contact us. We possess all the necessary tools and resources to assist you. Kindly share your requirements via email at ns2project.com, and we will offer you prompt assistance. The followings are some project instances for 5G Beyond (6G) networks using NS2:

  1. Intelligent Resource Allocation in 6G Networks: Replicate a dynamic and intelligent resource allocation system using NS2 for 6G networks that AI/ML algorithms are used to enhance the delivery of bandwidth, power, and other network resources. We learn how it improves the network performance and user experience.
  2. 6G Terahertz Communication: Execute and mimic the Terahertz (THz) communication using NS2 that is a significant enabler of 6G networks for ultra-high-speed data transfer. Focus on the impacts of channel impairments like attenuation and noise on the THz communication.
  3. AI-Driven Network Management in 6G: Enhance an AI-driven network management framework using NS2 for 6G networks that machine learning techniques are used to expect the network traffic, detect anomalies, and also enhance the network parameters in real-time. Compute how AI enhances the network efficiency and security.
  4. Holographic Communication over 6G Networks: Replicate a holographic communication system within NS2 using 6G technology that real-time 3D holograms are sent for applications such as virtual meetings or remote surgery. Examine the performance such as latency, bandwidth, and computational requirements.
  5. 6G-based Internet of Everything (IoE): Execute an IoE framework using NS2 for 6G networks that all devices, objects, and sensors are interconnected. We concentrate on the difficulties and advantages of handling a massive number of devices and also managing the real-time data in an ultra-dense network environment.
  6. 6G-enabled Autonomous Networks: Replicate an autonomous 6G network within NS2 in which network management is comprehensively automated using AI and machine learning. Concentrate on how the system can self-optimize, self-repair, and adjust to modify in real-time without human intervention.
  7. 6G and Quantum Communication Integration: Execute a hybrid communication system using NS2, which shows the 6G and quantum communication technologies. We learn how quantum encryption can be improved the security of 6G networks, particularly for sensitive data transmission.
  8. Ultra-reliable Low-latency Communication (URLLC) in 6G: Replicate and improve the URLLC framework using NS2 for 6G that concentrate on applications such as autonomous vehicles, industrial automation, and remote control. Examine how 6G can be met the stringent requirements of low-latency and high-reliability communication.
  9. 6G Network Slicing for Personalized Services: Mimic network slicing within NS2 for 6G networks in which each slice is customised for particular applications like augmented reality (AR), virtual reality (VR), or IoT. We can learn how personalized slices are enhance the service delivery and user experience.
  10. Energy Harvesting in 6G Networks: Execute an energy-harvesting framework using NS2 for 6G networks that devices are gather the energy from the environment (e.g., solar, RF signals) to power communication. Focus on how energy harvesting influences network sustainability and device longevity.

Above projects are explore cutting-edge technologies and disputes in 6G networks, like AI integration, ultra-low latency, and energy efficiency.

In this manual, we had elaborately explained some projects instances helps you to get some idea on how to approach the 5D Beyond networks using NS2 virtual environment. Likewise, we will be offered additional samples on this topic in upcoming manual.