Titulo Estágio
Zero-touch management for a 6G network digital twin
Local do Estágio
Travessa Senhor das Barrocas, nº38, 3800-075 Aveiro / Remote
Enquadramento
Ubiwhere is a technology company with a strong focus on the research and development of cutting-edge solutions in Smart Cities and Telecommunications. Over the years, we have built an extensive portfolio of innovative projects, particularly in the realms of 5G and now 6G. Our involvement in numerous consortia and collaborative projects has placed us at the forefront of next-generation internet development, driving advancements that promise to reshape the telecommunications landscape.
Our experience with 5G has laid a solid foundation for our current efforts in 6G. We have successfully developed and implemented solutions that leverage the capabilities of 5G networks, such as enhanced mobile broadband, ultra-reliable low latency communications, and massive machine-type communications. These projects have equipped us with the expertise and insights necessary to tackle the complexities of 6G, which aims to further enhance network performance, efficiency, and intelligence.
In this dissertation, we aim to investigate and develop a proof of concept for Zero-Touch Management (ZSM) within the 6G framework. ZSM represents a significant leap forward in network automation, allowing for fully autonomous operations without human intervention. This capability is crucial for managing the increasingly complex and dynamic nature of 6G networks, which will integrate diverse technologies and services into a cohesive, intelligent system.
Objetivo
The primary goals of this work are:
1. Study the state-of-the-art in Zero-Touch Management in 6G:
- Conduct a comprehensive literature review and analysis of current advancements and practices in ZSM for 6G networks.
- Identify the key challenges and opportunities associated with implementing ZSM in a 6G environment.
2. Research and Develop a solution for ZSM in the context of 6G:
- Research and design an innovative solution that meets the requirements of Zero Touch Management within the 6G framework.
- Ensure the solution integrates seamlessly with existing 6G technologies and supports dynamic network operations.
3. Design and Develop the Proposed Solution:
- Implement the designed solution, ensuring it addresses the specific needs and challenges associated with ZSM in 6G networks.
- Focus on creating a robust, scalable, and adaptable framework that can be deployed in various 6G scenarios.
4. Validation and Testing:
- Conduct rigorous validation and acceptance testing to ensure the solution's reliability, performance, and compliance with ZSM standards in 6G networks.
- Use real-world scenarios and simulations to assess the effectiveness of the solution.
5. Dissertation Writing:
Document the entire research, development, and testing process in a detailed dissertation, highlighting key findings, methodologies, and the overall impact of the project.
By achieving these objectives, this project will significantly advance Ubiwhere's capabilities in 6G network management. It will provide a cutting-edge solution for zero-touch management that enhances the efficiency and reliability of future network infrastructures. Our extensive experience in 5G and ongoing contributions to 6G R&D ensure that we are well-equipped to meet the challenges and opportunities of the next generation of telecommunications. This project will reinforce our position as a leader in smart city and telecommunications innovation, driving forward the development of intelligent, autonomous network solutions for the future.
Plano de Trabalhos - Semestre 1
T1 – State-of-the-Art Analysis in 6G, Particularly in ZSM:
- Conduct a thorough analysis of current research and advancements in 6G technologies with a focus on Zero Touch Management.
- Review relevant literature, standards, and existing implementations to identify best practices and gaps.
T2 – Research and Develop a Solution for ZSM in 6G:
- Research existing solutions and design an innovative approach to implement ZSM in the context of 6G networks.
- Define the functional and technical requirements for the solution based on the state-of-the-art analysis.
T3 – Solution Development:
- Develop the proposed solution, ensuring it aligns with the requirements and integrates effectively with 6G network infrastructure.
- Focus on creating modular and scalable components that can be easily adapted to different 6G scenarios.
T4 – Validation and Acceptance Testing:
- Perform rigorous validation and acceptance testing to ensure the solution's reliability, performance, and compliance with ZSM standards in 6G networks.
- Use both simulated environments and real-world testbeds to evaluate the solution under various conditions.
T5 – Dissertation Writing:
- Document the entire research, development, and testing process in a detailed dissertation, highlighting key findings, methodologies, and the overall impact of the project.
- Include comprehensive analysis and discussion of the results, implications for future research, and potential for industry adoption.
Plano de Trabalhos - Semestre 2
T1 – State-of-the-Art Analysis in 6G, Particularly in ZSM:
- Conduct a thorough analysis of current research and advancements in 6G technologies with a focus on Zero Touch Management.
- Review relevant literature, standards, and existing implementations to identify best practices and gaps.
T2 – Research and Develop a Solution for ZSM in 6G:
- Research existing solutions and design an innovative approach to implement ZSM in the context of 6G networks.
- Define the functional and technical requirements for the solution based on the state-of-the-art analysis.
T3 – Solution Development:
- Develop the proposed solution, ensuring it aligns with the requirements and integrates effectively with 6G network infrastructure.
- Focus on creating modular and scalable components that can be easily adapted to different 6G scenarios.
T4 – Validation and Acceptance Testing:
- Perform rigorous validation and acceptance testing to ensure the solution's reliability, performance, and compliance with ZSM standards in 6G networks.
- Use both simulated environments and real-world testbeds to evaluate the solution under various conditions.
T5 – Dissertation Writing:
- Document the entire research, development, and testing process in a detailed dissertation, highlighting key findings, methodologies, and the overall impact of the project.
- Include comprehensive analysis and discussion of the results, implications for future research, and potential for industry adoption.
Condições
Data de início - A definir posteriormente
Data de fim - A definir posteriormente
Horário - Horário Flexível
Tipo de regalias oferecidas - 2 x IAS (509,26€), num total de 1018,52€ a pagar no final do estágio; 1 x IAS (509,26€) como prémio de bom desempenho se o estagiário obtiver média final de curso igual ou superior a 16 valores.
Tipo de formação oferecida aos estagiários - Formação mensal contínua.
Observações
Based in SCRUM.
Orientador
Ricardo Jorge Fernandes Vitorino
rvitorino@ubiwhere.com 📩