Pinto CM, Rocha D, Santos CP. Hexapod robots: new CPG model for generation of trajectories. JNAIAM. J. Numer. Anal. Ind. Appl. Math.. 2012;7:15-26.Edit

García-Prada O, Gothen PB, I. Riera Mi. Higgs bundles and surface group representations in the real symplectic group. J. Topol.. 2013;6:64-118.Edit

Vasconcelos PB, Marques O., Roman J.. High-Performance Computing for Spectral Approximations. In: Constanda C, Pérez M.E., editors. Integral Methods in Science and Engineering, Volume 2: Computational Aspects. Birkhäuser Boston; 2010. 3. p. 351-360p. Edit

Broda S, Machiavelo A, Moreira N, Reis R. A Hitchhiker's Guide to descriptional complexity through analytic combinatorics. Theoret. Comput. Sci.. 2014;528:85-100.Edit

[2009-47] García-Prada O, Gothen P., I. Riera Mi. The Hitchin-Kobayashi correspondence, Higgs pairs and surface group representations .Edit

Reina S, Silva C, Gaio A., Correia A., Duarte R. HIV screening in tuberculosis patients, in the Northern Region of Portugal. The International Journal of Tuberculosis and Lung Disease. 2015;19(12).Edit

Rodrigues AA. Homoclinic bifurcations .Edit

Bessa M, Rocha J. Homoclinic tangencies versus uniform hyperbolicity for conservative 3-flows. J. Differential Equations. 2009;247:2913-2923.

Dias AP, Rodrigues A. Hopf bifurcation with S_n symmetry. Nonlinearity. 2009; 22:627-666.Edit

Díaz LJ, Rocha J. How do hyperbolic homoclinic classes collide at heterodimensional cycles? Discrete Contin. Dyn. Syst.. 2007;17:589-627.Edit

Rosales JC, García-Sánchez PA, García-García JI. How to check if a finitely generated commutative monoid is a principal ideal commutative monoid. In: Proceedings of the 2000 International Symposium on Symbolic and Algebraic Computation (St. Andrews). ACM, New York; 2000. 2. p. 288-291p. (electronic).Edit

Bessa M, Rocha J, Torres MJ. Hyperbolicity and stability for Hamiltonian flows. J. Differential Equations. 2013;254:309-322.Edit

Rito C, Sanchez MM. Hyperelliptic surfaces with $K^2 < 4\chi - 6$. Osaka Journal of Mathematics. 2015;52(4):929-947.Edit

Reis R, Rodaro E. Ideal regular languages and strongly connected synchronizing automata. Theoretical Computer Science. 2016;653:97-107.

Reis R, Rodaro E. Ideal regular languages and strongly connected synchronizing automata. Theoretical Computer Science. 2016;653:97-107.

Rosales J., García-Sánchez PA, García-García JI. Ideals of finitely generated commutative monoids. Semigroup Forum. 2003;66:305-322.Edit

Implementation and Application of Automata, 17th International Conference (CIAA 2012). Vol 7381. Moreira N, Reis R, editors Springer 2012.

Konstantinidis S, Meijer C, Moreira N, Reis R. Implementation of Code Properties via Transducers. In: Implementation and Application of Automata, 21th International Conference (CIAA 2016).; 2016. Edit

Gouveia S., Rocha AP, Laguna P, Van De Borne P., Lago P. Improved BRS assessment using the global approach in the sequences technique. In: {Computers in Cardiology}. Vol {33}.; 2006. {. {p. 641-644p. }.Edit

Almeida R, Martínez JP, Rocha AP, Olmos S., Laguna P. Improved QT variability quantification by multilead automatic delineation. In: {32nd Annual Conference on Computers in Cardiology}. Vol {32}. {IEEE}; 2005. {. {p. 503-506p. }.Edit

Gouveia S., Rocha AP, Laguna P, Lago P. Improved Time Domain BRS Assessment with the Use of Baroreflex Events. In: {34th Annual Conference on Computers in Cardiology}. Vol {34}. {IEEE}; 2007. {. {p. 813-816p. }.Edit

Rocha V, Marques C, Figueiredo J., Gaio A., Costa P., Lobo JM, et al. In Vitro Cytotoxicity Evaluation of Resveratrol-Loaded Nanoparticles: Focus on the Challenges of in Vitro Methodologies. Food and Chemical Toxicology. 2017;103:214-222.Edit

Maia E, Moreira N, Reis R. Incomplete Transition Complexity of Basic Operations on Finite Languages. Konstantinidis S, editor 2013.Edit

Maia E, Moreira N, Reis R. Incomplete Transition Complexity of some Basic Operations. Boas Pvan Emde, Groen FCA, Italiano GF, Nawrocki J, Sack H, editors 2013.Edit

Maia E, Moreira N, Reis R. Incomplete Transition Complexity on Finite and Infinite Regular Languages. Information and Computation. 2015;244:1-22.Edit