TedTest

From the Ted Talk by Alyssa-Amor Gibbons: How to design climate-resilient buildings

Unscramble the Blue Letters

We are at a piont now where we model an intelligent dgiaitl twin of each design in vturial reality. Think of it as a sort of computerized 3D carbon copy of each micro solution, so that we can stress-test it. We can throw real-world climate scenarios its way. And because we’re in that virtual environment, there's no loss of human life, there's no clstoy damage to infrastructure, and we can pick a building apart and figure out what it actually takes to make a more rnsieelit structure. We can, say, trhow a Category 5 hurricane wind simulation its way, and if it fails in that safe environment, we can fix it. We can tawek it, we can improve it, we can optimize the design, and we can do that iteratively until we get it right.

Open Cloze

We are at a _____ now where we model an intelligent _______ twin of each design in _______ reality. Think of it as a sort of computerized 3D carbon copy of each micro solution, so that we can stress-test it. We can throw real-world climate scenarios its way. And because we’re in that virtual environment, there's no loss of human life, there's no ______ damage to infrastructure, and we can pick a building apart and figure out what it actually takes to make a more _________ structure. We can, say, _____ a Category 5 hurricane wind simulation its way, and if it fails in that safe environment, we can fix it. We can _____ it, we can improve it, we can optimize the design, and we can do that iteratively until we get it right.

Solution

digital
virtual
tweak
point
throw
resilient
costly

Original Text

We are at a point now where we model an intelligent digital twin of each design in virtual reality. Think of it as a sort of computerized 3D carbon copy of each micro solution, so that we can stress-test it. We can throw real-world climate scenarios its way. And because we’re in that virtual environment, there's no loss of human life, there's no costly damage to infrastructure, and we can pick a building apart and figure out what it actually takes to make a more resilient structure. We can, say, throw a Category 5 hurricane wind simulation its way, and if it fails in that safe environment, we can fix it. We can tweak it, we can improve it, we can optimize the design, and we can do that iteratively until we get it right.

Frequently Occurring Word Combinations

Important Words

building
carbon
category
climate
computerized
copy
costly
damage
design
digital
environment
fails
figure
fix
human
hurricane
improve
infrastructure
intelligent
iteratively
life
loss
micro
model
optimize
pick
point
reality
resilient
safe
scenarios
simulation
solution
sort
structure
takes
throw
tweak
twin
virtual
wind