Smartphones.

Smartphones as mobile minilabs in physics = edited volume featuring more than 70 examples from 10 years The Physics Teacher-column iPhysicsLabs / by: (Electronic resources)

Emergent trends in personal, mobile, and handheld computing technologies by: (Language materials, printed)

Android Apps Security by: (Electronic resources)

Increasing student engagement and retention using mobile applications = smartphones, Skype and texting technologies / by: (Electronic resources)

Smartphones as locative media / by: (Language materials, printed)

Smartphone-based human activity recognition by: (Electronic resources)

Pro Android 5 by: (Language materials, printed)

Interference coordination for 5G cellular networks by: (Electronic resources)

iPhoneography = how to create inspiring photos with your smartphone / by: (Electronic resources)

3g, 4g and beyond = bringing networks, devices, and the web together / by: (Electronic resources)

Why are you always on the phone? = SMART skills with the Smartphone generation / by: (Electronic resources)

Mobile story making in an age of smartphones by: (Electronic resources)

Smartphone instrumentations for public health safety by: (Electronic resources)

Reliable post disaster services over smartphone based DTN = an end-to-end framework / by: (Electronic resources)

Urban mobility and the smartphone = transportation, travel behavior and public policy / by: (Electronic resources)

Smartphone-based real-time digital signal processing by: (Electronic resources)

Precision positioning with commercial smartphones in urban environments by: (Electronic resources)

Antenna architectures for future wireless devices by: (Electronic resources)

Social Media Usage in Crisis Communication: a Case Study of Samsung. by: (Electronic resources)

Practical forensic analysis of artifacts on iOS and Android devices = investigating complex mobile devices / by: (Electronic resources)