Publications
Explore our publications to find useful evidence, lessons and recommendations from our work across Africa and Asia
Type
- Advocacy and positioning
- Advocacy briefs
- Advocacy reports
- Annual reviews
- Brochures
- Capacity statements
- Position statements
- Conference
- Briefing notes
- Posters
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- Guidance
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- Insight briefs
- Learning briefs
- Learning papers
- Newsletters
- Research and Technical
- Journal articles
- Project briefs
- Project reports
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- Synopses
- Technical briefs
Keyword
- AMR
- Advocacy
- COVID-19
- Capacity building
- Case management
- Child and maternal health
- Climate change
- Community delivery
- Costing and economic impact evaluation
- Diagnosis
- Digital health
- Elimination
- Future health
- Health system strengthening
- M&E and surveillance
- Malaria in pregnancy
- Maternal, neonatal and child health
- Policy development
- Preventive treatments
- Private sector engagement
- Public health communications
- Quality improvement
- Research
- Resistance management
- Seasonal malaria chemoprevention
- Treatment
- Use of evidence
- Vaccines
- Vector control
- iCCM
Country
Language
Reset all search optionsCurrent search filters (1 results match ALL terms):
Malawi
11/11/2020
Project brief
Using artificial intelligence on mobile devices to determine respiratory rate (AIRR)
This pilot study seeks to develop, and assess the feasibility of using, artificial intelligence on mobile devices to determine respiratory rate in children under five in low- and middle-income countries.
11/11/2020
This pilot study seeks to develop, and assess the feasibility of using, artificial intelligence on mobile devices to determine respiratory rate in children under five in low- and middle-income countries.
Malawi
11/11/2020
Project brief
Using artificial intelligence on mobile devices to determine respiratory rate (AIRR)
This pilot study seeks to develop, and assess the feasibility of using, artificial intelligence on mobile devices to determine respiratory rate in children under five in low- and middle-income countries.
11/11/2020
This pilot study seeks to develop, and assess the feasibility of using, artificial intelligence on mobile devices to determine respiratory rate in children under five in low- and middle-income countries.