Creating and sharing knowledge for telecommunications
... Manuel dos Santos Neves

PhD Student

Manuel Neves

Academic position: PhD Student
Joining date: 01-09-2019
Roles in IT: PhD Student
Thematic Line: Optics and Photonics
Group: Optical Communication Systems and Networking – Av

Email: Send Email
Address: IT – Aveiro
Instituto de Telecomunicações
Campus Universitário de Santiago
Tel: +351 234 377 900
Fax: +351 234 377 901

Scientific Achievements

  • MSc, Universidade de Aveiro, 24-07-2020
  • Method for embeded data modulation over pilot symbols in QAM transmission systems, WO 2022/249033 A1, PCT, 24-05-2021, Portugal,
    | Abstract
  • Method and system for correcting and monitoring phase noise in coherent optical multi-carrier systems with chromatic dispersion, PCT/IB2021/053476, PCT, 27-04-2020,
    | Abstract

Currently running projects1

Acronym Name Funding Agency Start date Ending date
OptWire Next-Generation Optical Wireless Communications Enabled by Artificial Intelligence FCT 01-12-2021 30-11-2024
  • M. S. Neves, A. Ramos, F. Antunes Antunes, J. Maltez Maltez, V. Fernandes Fernandes, J. N. Matos, Third Place Award for Student Design Contest at the 2021 IEEE AP-S USNC-URSI, Design of an Array for DOA Detection and Visualization, granting the third place in the Student Design Contest at the 2021 IEEE AP-S USNC-URSI, Singapore, 2021., 31-12-2021
  • M. S. Neves, IEEE Outstanding Master Thesis Award 2020, Competition led by IEEE Portugal Section. The thesis earned the prize in the field of Optics and Photonics., 01-11-2020
  • J. N. Matos, A. Rocha, L. S. L. Leitão, M. S. Neves, T. Ferreira, IEEE Antennas and Propagation Society 2019 Contest Student 2nd Place Award, Goal: Propose a setup that characterizes/demonstrates the properties of an antenna system and provide educational material to explain these properties. Specifications The setup must be able to measure/demonstrate some properties of an antenna system. These properties include (but are not limited to) impedance, efficiency, frequency of operation, bandwidth, gain, polarization, beam width, RCS, MIMO performance… The results must be displayed in real time. The setup and procedure must be easy to understand for non-specialists. The setup must be easy to reproduce in a classroom. The setup must be designed using the non-dedicated/non-specialized equipment. The teams are encouraged to use devices as mobile phones, small drones, or any commercially available device that is NOT specifically intended for antenna/RF testing. The teams have to explain the theory behind their demonstration setup in a simple way (so that it can be understood by non-engineers.) Step-by-step instructions to allow reproducing the system for anyone who wants to use it for teaching purposes have to be provided. Merit will be assigned to designs based on the following criteria, equally weighted: - Creativity and justification of the design; - Capability of the system to show the properties of the system under test; - Use of non-standard equipment and DIY strategies; - Quality of the experimental model and results; - Educational value and clarity of the DIY/demonstration instructions. Existing licensed software at the university (e.g., electromagnetic simulation software) or free software may be used. Any other commercial software used for the project should be included in the budget. The total production cost for the entire system must be less than US$1,500., 01-07-2019