On the heavy tail properties of spatial node density for realistic mobility modeling. - Danielle Lopes Ferreira; Bruno Astuto A. Nunes; Katia Obraczka (SECON, 2014)

DIRESC: Um protocolo para descoberta e recuperação de dados em redes centradas em conteúdo e tolerantes a atraso. - Cláudio Diego Souza; Danielle Lopes Ferreira; Carlos A. V. Campos (SBRC, 2017)

A Protocol for Data Discovery and Retrieval in Content-Centric and Delay-Tolerant Networks. - Cláudio Diego Souza; Danielle Lopes Ferreira; Carlos Alberto Vieira Campos (VTC Fall, 2017)

Scale-Free Properties of Human Mobility and Applications to Intelligent Transportation Systems. - Danielle Lopes Ferreira; Bruno Astuto A. Nunes; Katia Obraczka (IEEE Trans. Intell. Transp. Syst., 2018)

Identifying User Communities Using Deep Learning and Its Application to Opportunistic Networking. - Danielle Lopes Ferreira; Cláudio Diego Souza; Katia Obraczka; Carlos Alberto Vieira Campos (MASS, 2019)

Employing Social Cooperation to Improve Data Discovery and Retrieval in Content-Centric Delay-Tolerant Networks. - Cláudio Diego Souza; Danielle Lopes Ferreira; Carlos Alberto Vieira Campos; Antonio Carlos De Oliveira Júnior; Kleber Vieira Cardoso; Waldir Moreira (IEEE Access, 2019)

A Deep Learning Approach for Identifying User Communities Based on Geographical Preferences and Its Applications to Urban and Environmental Planning. - Danielle Lopes Ferreira; Bruno Astuto A. Nunes; Carlos Alberto Vieira Campos; Katia Obraczka (ACM Trans. Spatial Algorithms Syst., 2020)

User Community Identification Through Fine-Grained Mobility Records for Smart City Applications. - Danielle Lopes Ferreira; Bruno Astuto A. Nunes; Carlos Alberto Vieira Campos; Katia Obraczka (IEEE Trans. Intell. Transp. Syst., 2022)

SAMRI-2: A Memory-based Model for Cartilage and Meniscus Segmentation in 3D MRIs of the Knee Joint. - Danielle Lopes Ferreira; Bruno Astuto A. Nunes; Xuzhe Zhang; Laura Carretero Gomez; Maggie Fung; Ravi Soni (CoRR, 2025)

SAS: Segment Anything Small for Ultrasound - A Non-Generative Data Augmentation Technique for Robust Deep Learning in Ultrasound Imaging. - Danielle Lopes Ferreira; Ahana Gangopadhyay; Hsi-Ming Chang; Ravi Soni; Gopal Avinash (CoRR, 2025)