By 2030, I guarantee we'll all be wearing Zuckerberg's new AR glasses.
Not because they're cool.
Because they're the biggest tech revolution since the iPhone: 🧵
At the height of One Million Checkboxes's popularity I thought I'd been hacked. A few hours later I was tearing up, extraordinarily proud of some brilliant teens.
A thread about my favorite story from running OMCB....
The tube map always pops up when we discuss abstraction... less geography has been removed for this version, is it more or less useful? Easier or harder to read?
After eleven years, it's time to update my London Underground concentric-circles-and-spokes map. Completely redrawn from centre to edges, it's so much better than before, and more geographically accurate than the official map.
@Replit@craigndave1 6/? 🧵
@missionencode have some summer challenges - in addition to their standard offering of free, interactive, project-based tutorials https://t.co/82cau54k7A
@Replit 5/? 🧵
If you didn't use https://t.co/psngTh4ec2 for (or even if you did!) the challenges here are certainly worth a go!
Fully explained by @craigndave1 with resources to support even those who may not have studied GCSE CS! 👑
5. Introducing Google's newly revealed 'Project Greenlight'
Leveraging AI and Google Maps data, they predict traffic flow and suggest ways to optimize traffic lights.
🎄Our annual Christmas Cyber Advent Calendar is now open! Open to all Primary and Secondary pupils. Prizes up for grabs 🎁
More details at https://t.co/KaXSK1OKo2
#ChooseComputingScience#caschat#edutwitter
In case you missed it, catch our Senior Lecturer Dr Myra Wilson talking about AI with Evan Davis on Radio 4's PM programme yesterday. The AI discussion starts around 40:04 https://t.co/PLrExOsyOT
This is a B-2 caught in flight on google maps. I love that you can see the chromatic aberration which is a result of how satellite imagery works.
Typical digital cameras have a single sensor and take a single exposure, but high resolution satellite images don't.
They take one high resolution black and white image for detail, and then take lower resolution exposures for colour.