Argomenti del programma: Smart Wearables Architectures Introduction: course organization, design and hands-on lab activities team work Smart wearable architecture, design, challenges (size, power consumption, embedded machine learning) and case-studies (eye tracking, biosensing, context awareness...) Electronics development Guidelines for PCB design (materials, power and signal routing, decoupling, high frequency path and termination)…
Argomenti del programma: Smart Wearables Architectures Introduction: course organization, design and hands-on lab activities team work Smart wearable architecture, design, challenges (size, power consumption, embedded machine learning) and case-studies (eye tracking, biosensing, context awareness...) Electronics development Guidelines for PCB design (materials, power and signal routing, decoupling, high frequency path and termination)…
Argomenti del programma: Smart Wearables Architectures Introduction: course organization, design and hands-on lab activities team work Smart wearable architecture, design, challenges (size, power consumption, embedded machine learning) and case-studies (eye tracking, biosensing, context awareness...) Electronics development Guidelines for PCB design (materials, power and signal routing, decoupling, high frequency path and termination)…
Argomenti del programma: Smart Wearables Architectures Introduction: course organization, design and hands-on lab activities team work Smart wearable architecture, design, challenges (size, power consumption, embedded machine learning) and case-studies (eye tracking, biosensing, context awareness...) Electronics development Guidelines for PCB design (materials, power and signal routing, decoupling, high frequency path and termination)…
Argomenti del programma: Smart Wearables Architectures Introduction: course organization, design and hands-on lab activities team work Smart wearable architecture, design, challenges (size, power consumption, embedded machine learning) and case-studies (eye tracking, biosensing, context awareness...) Electronics development Guidelines for PCB design (materials, power and signal routing, decoupling, high frequency path and termination)…
Argomenti del programma: Smart Wearables Architectures Introduction: course organization, design and hands-on lab activities team work Smart wearable architecture, design, challenges (size, power consumption, embedded machine learning) and case-studies (eye tracking, biosensing, context awareness...) Electronics development Guidelines for PCB design (materials, power and signal routing, decoupling, high frequency path and termination)…
Argomenti del programma: Smart Wearables Architectures Introduction: course organization, design and hands-on lab activities team work Smart wearable architecture, design, challenges (size, power consumption, embedded machine learning) and case-studies (eye tracking, biosensing, context awareness...) Electronics development Guidelines for PCB design (materials, power and signal routing, decoupling, high frequency path and termination)…
Argomenti del programma: Smart Wearables Architectures Introduction: course organization, design and hands-on lab activities team work Smart wearable architecture, design, challenges (size, power consumption, embedded machine learning) and case-studies (eye tracking, biosensing, context awareness...) Electronics development Guidelines for PCB design (materials, power and signal routing, decoupling, high frequency path and termination)…
Argomenti del programma: Smart Wearables Architectures Introduction: course organization, design and hands-on lab activities team work Smart wearable architecture, design, challenges (size, power consumption, embedded machine learning) and case-studies (eye tracking, biosensing, context awareness...) Electronics development Guidelines for PCB design (materials, power and signal routing, decoupling, high frequency path and termination)…
Libri Universitari