Collective intelligence in law enforcement - The WikiCrimes system. - Vasco Furtado; Leonardo Ayres; Marcos de Oliveira 001; Eurico Vasconcelos Filho; Carlos Caminha; Johnatas D'Orleans; Mairon Belchior (Inf. Sci., 2010)

Open Government and Citizen Participation in Law Enforcement via Crowd Mapping. - Vasco Furtado; Carlos Caminha; Leonardo Ayres; Henrique Santos 002 (IEEE Intell. Syst., 2012)

Using Complex Networks for Mining Malicious Activities in a Collaborative Map. - Carlos Caminha; Vasco Furtado (J. Inf. Data Manag., 2012)

Micro-interventions in urban transportation from pattern discovery on the flow of passengers and on the bus network. - Carlos Caminha; Vasco Furtado; Vládia Pinheiro; Caio Silva (ISC2, 2016)

Mining the Networks of Supply and Demand of Public Transport for Overload and Waste of Resources. - Carlos Caminha; Vasco Furtado; Vládia Pinheiro; Caio Ponte (CoRR, 2016)

Micro-interventions in urban transport from pattern discovery on the flow of passengers and on the bus network. - Carlos Caminha; Vasco Furtado; Vládia Pinheiro; Caio Ponte (CoRR, 2016)

Human Mobility in Large Cities as a Proxy for Crime. - Carlos Caminha; Vasco Furtado; Tarcisio H. C. Pequeno; Caio Ponte; Hygor P. M. Melo; Erneson A. Oliveira; José S. Andrade Jr. (CoRR, 2016)

A data-driven approach to help understanding the preferences of public transport users. - Vasco Furtado; Elizabeth Furtado; Carlos Caminha; André Lopes; Victor Dantas; Caio Ponte; Sofia Cavalcante (IEEE BigData, 2017)

Towards Understanding the Impact of Crime on the Choice of Route by a Bus Passenger. - Daniel Sullivan; Carlos Caminha; Hygor P. M. Melo; Vasco Furtado (EPIA, 2017)

Impact of human mobility on police allocation. - Carlos Caminha; Vasco Furtado (ISI, 2017)

Towards Understanding the Impact of Human Mobility on Police Allocation. - Carlos Caminha; Vasco Furtado (CoRR, 2017)

Geracao Automatica de Paineis de Controle para Analise de Mobilidade Urbana Utilizando Redes Complexas. - Victor Dantas; Henrique Santos 002; Carlos Caminha; Vasco Furtado (CoRR, 2017)

Increasing the Likelihood of Finding Public Transport Riders that Face Problems Through a Data-Driven approach. - Vasco Furtado; Carlos Caminha; Elizabeth Furtado; André Lopes; Victor Dantas; Caio Ponte; Sofia Cavalcante (CoRR, 2017)

Análise comparativa de pesquisas de origens e destinos: uma abordagem baseada em Redes Complexas. - Charles Marques; Carlos Caminha; Vasco Furtado (CoRR, 2017)

Traveling heterogeneity in public transportation. - Caio Ponte; Hygor Piaget Monteiro Melo; Carlos Caminha; José S. Andrade Jr.; Vasco Furtado (EPJ Data Sci., 2018)

Graph mining for the detection of overcrowding and waste of resources in public transport. - Carlos Caminha; Vasco Furtado; Vládia Pinheiro; Caio Ponte (J. Internet Serv. Appl., 2018)

A Temporal Clustering Algorithm for Achieving the Trade-off between the User Experience and the Equipment Economy in the Context of IoT. - Caio Ponte; Carlos Caminha; Rafael Bomfim; Ronaldo S. Moreira; Vasco Furtado (BRACIS, 2019)

E-Totem, Digital Locative Media to Support E-Participation in Cities. - Vasco Furtado; Lanna Lima; Daniel Almeida Chagas; Vládia Pinheiro; Carlos Caminha; Elizabeth Furtado; Matheus Mafra (Int. J. Electron. Gov. Res., 2019)

Understanding the impact of the alphabetical ordering of names in user interfaces: a gender bias analysis. - Daniel Sullivan; Carlos Caminha; Victor Dantas; Elizabeth Furtado; Vasco Furtado; Virgílio A. F. Almeida (CoRR, 2020)

The ubiquitous efficiency of going further: how street networks affect travel speed. - Gabriel L. Maia; Caio Ponte; Carlos Caminha; Lara Furtado; Hygor P. M. Melo; Vasco Furtado (CoRR, 2021)

Understanding the Impact of the Alphabetical Ordering of Names in User Interfaces. - Daniel Sullivan; Carlos Caminha; Victor Dantas; Elizabeth Furtado; Vasco Furtado; Virgílio A. F. Almeida (SN Comput. Sci., 2021)

Building and Analyzing the Brazilian Legal Knowledge Graph. - Rilder S. Pires; Henrique Santos 002; Ricardo Guedes; João A. Monteiro Neto; Carlos Caminha; Vasco Furtado (AI4LEGAL/KGSum@ISWC, 2022)

A Machine Learning Approach to Solve the Network Overload Problem Caused by IoT Devices Spatially Tracked Indoors. - Daniel Carvalho; Daniel Sullivan; Rafael Almeida; Carlos Caminha (J. Sens. Actuator Networks, 2022)

Prompt-Driven Time Series Forecasting with Large Language Models. - Zairo Bastos; João David Freitas; José Wellington Franco da Silva; Carlos Caminha (ICEIS (1), 2025)

Evaluating LLMs and Prompting Strategies for Automated Hardware Diagnosis from Textual User-Reports. - Carlos Caminha; Maria de Lourdes Maia Silva; Iago C. Chaves; Felipe T. Brito; Victor A. E. de Farias; Javam C. Machado (CoRR, 2025)