No. 1: Artificial Intelligence for Development
All Papers
An Agile and Accessible Adaptation of Bayesian Inference to Medical Diagnostics for Rural Health Extension Workers
PDFVoice as Data: Learning from What People Say
PDFInferring Macroeconomic Complexity from Country-Product Network Data
PDFMachine Learning Methods for Verbal Autopsy in Developing Countries
PDFSocial Navigation through the Spoken Web: Improving Audio Access through Collaborative Filtering in Gujarat, India
PDFHuman-Enabled Microscopic Environmental Mobile Sensing and Feedback
PDFLearning to Identify Locally Actionable Health Anomalies
PDFRouting for Rural Health: Optimizing Community Health Worker Visit Schedules
PDFWho’s Calling? Demographics of Mobile Phone Use in Rwanda
PDFUsing Data Mining to Combat Infrastructure Inefficiencies: The Case of Predicting Nonpayment for Ethiopian Telecom
PDFParameterizing the Dynamics of Slums
PDFRemembering the Past for Meaningful AI-D
PDFHuman Mobility in Advanced and Developing Economies: A Comparative Analysis
PDFQuantifying Behavioral Data Sets of Criminal Activity
PDFCase for Automated Detection of Diabetic Retinopathy
PDFPreface
PDFTraffic Flow Monitoring in Crowded Cities
PDFDocument Classification for Focused Topics
PDFCausal Structure Learning for Famine Prediction
PDFA Model for Quality of Schooling
PDFPeople, Quakes, and Communications: Inferences from Call Dynamics about a Seismic Event and its Influences on a Population
PDFReality Mining Africa
PDFDevelopment Projects for the CausalityWorkbench
PDFA Gender-Centric Analysis of Calling Behavior in a Developing Economy Using Call Detail Records
PDFAn Approach for Mining Accumulated Crop Cultivation Problems and their Solutions
PDFIntelligent Heartsound Diagnostics on a Cellphone Using a Hands-Free Kit
PDFContextual Information Portals
PDFMining Road Traffic Accident Data to Improve Safety: Role of Road-Related Factors on Accident Severity in Ethiopia
PDFSpeech Technology for Information Access: a South African Case Study
PDFA Step Towards Modeling and Destabilizing Human Trafficking Networks Using Machine Learning Methods
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