Stanford Seminar - SMILE- Synchronized, Multi-sensory Integrated Learning Environment
Stanford University via YouTube
Overview
Syllabus
Introduction.
Observations.
Adoption Depends on Behaviors and Habits.
Some Implicit Criteria for Success.
Corollaries to the OHIO Principle.
An Hour in the Life of an OHIO Device Designed for a Five-year Mission.
Application-Specific Time Accuracy Requirements.
The Value is in Sharing Data.
Programing Today's Distributed System.
Programming in the Cyber-Physical Network.
A Perspective on our Challenges.
Platformization and lannucci's Law.
Computing Platforms: Past and Present.
Hypothesis: it will be the The Cyber-Physical Network.
Design Parameters of this New Computing Platform.
CCSG: Integrating Computing & Communications.
Projects.
LongShot: Long-Range Synchronization of Time.
Main Challenges.
How accurately can we timestamp?.
Semtech SX1276 Timing Characterization - Transmit.
Approach.
Two-Step Synchronization Result 3 Devices over a 2 hour period @ 4km.
PowerDue: Power / Energy Aware Programming.
Synchronized Multisensory Learning.
ClickBAIT: Click-Based Accelerated Incremental Training.
Results: Classification.
Taught by
Stanford Online