Laura S. de Assis

Publication Activity (10 Years)

Years Active: 2018-2024
Publications (10 Years): 9

Top Topics

Topology Control

Top Venues

Wirel. Networks

Circuits Syst. Signal Process.

Publications

Filipe Igreja, Pedro Lara, Luís Tarrataca, Laura S. de Assis, Fernanda D. V. R. Oliveira, Ana L. F. de Barros, Diego B. Haddad
Analyzing the LMS Weight Error Covariance Matrix: An Exact Expectation Approach. Circuits Syst. Signal Process. 43 (7) (2024)
Douglas de O. Cardoso, Willian P. C. Lima, Guilherme G. V. L. Silva, Laura S. de Assis
An Approach for Probabilistic Modeling and Reasoning of Voting Networks. ICCS (3) (2023)
Willian P. C. Lima, Lucas C. Marques, Laura S. de Assis, Douglas de O. Cardoso
An Analysis of Political Parties Cohesion Based on Congressional Speeches. ICCS (3) (2023)
Sarah Ribeiro Lisboa Carneiro, Michael Ferreira de Souza, Douglas de O. Cardoso, Luís Tarrataca, Laura S. de Assis
A Custom Bio-Inspired Algorithm for the Molecular Distance Geometry Problem. BRACIS (1) (2023)
Jorge A. G. de Brito, Diego R. M. Totte, Fábio Silva, Jurair R. de P. Junior, Felipe da Rocha Henriques, Luís Tarrataca, Diego Barreto Haddad, Laura S. de Assis
Memetic algorithm applied to topology control optimization of a wireless sensor network. Wirel. Networks 28 (8) (2022)
Diego H. B. Zanchett, Jurair R. de P. Junior, André Felipe Monteiro, Diego B. Haddad, Laura S. de Assis
Collaborative information system to find efficient routes using public transport. WebMedia (2019)
Jorge A. G. de Brito, Jurair R. de P. Junior, Felipe da Rocha Henriques, Laura S. de Assis
Topology control optimization of wireless sensor networks for IoT applications. WebMedia (2019)
Laura S. de Assis, Jurair R. de P. Junior, Luís Tarrataca, Diego B. Haddad
Efficient Volterra systems identification using hierarchical genetic algorithms. Appl. Soft Comput. 85 (2019)
Diego B. Haddad, Laura S. de Assis, Luís Tarrataca, Andrea da S. Gomes, Marcos Bacis Ceddia, Rosane F. Oliveira, Jurair R. de P. Junior, Diego N. Brandão
Brazilian Soil Bulk Density Prediction Based on a Committee of Neural Regressors. IJCNN (2018)