1. Mindfulness Via a Smartphone Application to Decrease Burnout in Nurses Martin, Heather 2023 Theses Nursing--Psychological aspectsPsychologyNurses--Job stressMindfulness (Psychology)Depression, MentalBurn out (Psychology)COVID-19 (Disease)--Social aspectsSmartphones
2. Delivering Next-Generation Public Services through Mobile Technology Bajpai, Nirupam; Beriya, Abhishek; Biberman, John; Sharma, Anchal; Wadhwa, Manisha 2022 Reports SmartphonesPublic administrationDigital divideBroadband communication systemsInformation technologyInformation technology--Government policy
3. How can Smartphones Bring About a Developmental Breakthrough in School Education? Bajpai, Nirupam; Sharma, Anchal 2022 Articles and Reports SmartphonesEducational technologyDigital divide
4. How Smartphones Can Bring About a Developmental Breakthrough in Agriculture Bajpai, Nirupam; Beriya, Abhishek 2022 Reports SmartphonesAgricultureFarms, SmallFarms, Small--Technological innovations
5. Signal Processing and Machine Learning Methods for Internet of Things: Smart Energy Generation and Robust Indoor Localization Chen, Leian 2022 Theses Electrical engineeringMachine learningInternet of thingsSmart power gridsSmart citiesSmartphones
6. Strengthening Early Childhood Education: Using Smartphones in India Bajpai, Nirupam; Iyengar, Radhika; Sharma, Anchal 2022 Articles and Reports SmartphonesEarly childhood educationEducation, Rural
7. An Analysis of Smartphone Camera and Digital Camera Images Captured by Adolescents Ages Fifteen to Seventeen Fatimi, Safia 2021 Theses Photography--Study and teaching (Secondary)Education, SecondarySmartphonesDigital camerasTeenagers--EducationPhotography, Artistic--TechniqueHigh school students
8. Bridging the Gap Between People, Mobile Devices, and the Physical World Xiao, Chang 2021 Theses Computer sciencePocket computersUser interfaces (Computer systems)Computer interfacesWearable computersSmartphonesDigital cameras
9. Human Mobility Patterns Linked to COVID-19 Prone Locations Kulkarni, Aditya 2021 Essays COVID-19 (Disease)SmartphonesUrban density
10. Validation of quantitative gait analysis systems for Parkinson’s disease for use in supervised and unsupervised environments Alberto, Sara; Cabral, Sílvia; Proença, João; Pona-Ferreira, Filipa; Leitão, Mariana; Bouça-Machado, Raquel; Kauppila, Linda A.; Veloso, António P.; Costa, Rui M.; Ferreira, Joaquim J.; Matias, Ricardo 2021 Articles Gait in humans--AnalysisWearable technologySmartphonesKinematics