U-SOA: towards a ubiquitous platform based on service-oriented architecture. - Luciano Zanuz; Giovane Barcelos; Alexsandro Filippetto; Sérgio Crespo C. S. Pinto (WebMedia (Companion), 2008)

SOA engine: services compositions execution in ubiquitous environments. - Luciano Zanuz; Alexsandro Filippetto; Giovane Barcelos; Sérgio Crespo C. S. Pinto (WebMedia (Companion), 2008)

A project management model based on an activity theory ontology. - Alexsandro Filippetto; Jorge L. V. Barbosa; Rosemary Francisco; Amarolinda Klein (CLEI, 2016)

Kairós: Predictive Model Based on Context Histories for Time Management in Projects. - Felipe Chaves Rodrigues; Alexsandro Souza Filippetto; Jorge Luis Victória Barbosa (SBSI, 2019)

Smartalloc: a model based on machine learning for human resource allocation in projects. - Eduardo José Kieling; Felipe Chaves Rodrigues; Alexsandro Filippetto; Jorge L. V. Barbosa (WebMedia, 2019)

Um Modelo de Gerenciamento de Riscos para Projetos de Software com Equipes Distribuídas. - Alexsandro Souza Filippetto; Robson Lima; Jorge L. V. Barbosa (Braz. J. Inf. Syst., 2020)

Átropos: um modelo para predição de riscos em projetos baseado em históricos de contextos - Alexsandro Souza Filippetto (2020)

A ubiquitous project management model based on context. - Alexsandro Filippetto; Giovane Barcelos; Jorge Luis Victória Barbosa; Rosemary Francisco; Amarolinda Zanela Klein (Int. J. Bus. Inf. Syst., 2021)

Human resource allocation in projects: a systematic mapping study. - Eduardo José Kieling; Felipe Chaves Rodrigues; Alexsandro Filippetto; Jorge Luis Victória Barbosa (Int. J. Bus. Inf. Syst., 2021)

A risk prediction model for software project management based on similarity analysis of context histories. - Alexsandro Souza Filippetto; Robson Lima; Jorge Luis Victória Barbosa (Inf. Softw. Technol., 2021)

Towards ubiquitous requirements engineering through recommendations based on context histories. - Robson Lima; Alexsandro Souza Filippetto; Wesllei Felipe Heckler; Jorge L. V. Barbosa; Valderi R. Q. Leithardt (PeerJ Comput. Sci., 2022)