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TED lecture - this could save your life!
*Why you should listen* It's a fundamental logistical problem: not everyone, or everywhere, has a traditional address, and GPS coordinates can be tough to use. While working in the music industry, Chris Sheldrick noticed that bands and equipment kept getting lost on the way to gigs, and he took up the mission to create a better addressing system for the world. He worked with a mathematician friend to devise the what3words algorithm that has named every 3-metre square in the world. Started in 2013, the system is being used by eight national postal services, and has a range of integration partners across the world in fields as varied as humanitarian aid, logistics, and in-car navigation. https://www.ted.com/talks/chris_shel...place_on_earth Chris Sheldrick is providing a precise and simple way to talk about location, by dividing the world into a grid of three-meter by three-meter squares and assigning each one a unique three-word address. |
#2
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TED lecture - this could save your life!
On Fri, 22 Nov 2019 22:50:29 +0000, David
wrote: *Why you should listen* It's a fundamental logistical problem: not everyone, or everywhere, has a traditional address, and GPS coordinates can be tough to use. While working in the music industry, Chris Sheldrick noticed that bands and equipment kept getting lost on the way to gigs, and he took up the mission to create a better addressing system for the world. He worked with a mathematician friend to devise the what3words algorithm that has named every 3-metre square in the world. Started in 2013, the system is being used by eight national postal services, and has a range of integration partners across the world in fields as varied as humanitarian aid, logistics, and in-car navigation. https://www.ted.com/talks/chris_shel...place_on_earth Chris Sheldrick is providing a precise and simple way to talk about location, by dividing the world into a grid of three-meter by three-meter squares and assigning each one a unique three-word address. How do you tile a sphere in squares? -- Eric Stevens There are two classes of people. Those who divide people into two classes and those who don't. I belong to the second class. |
#3
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TED lecture - this could save your life!
In article , Eric Stevens
wrote: Chris Sheldrick is providing a precise and simple way to talk about location, by dividing the world into a grid of three-meter by three-meter squares and assigning each one a unique three-word address. How do you tile a sphere in squares? go learn something about map projections. or just look at a mirrored ball |
#4
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TED lecture - this could save your life!
On 22/11/2019 23:31, Eric Stevens wrote:
How do you tile a sphere in squares? Make it out of Lego. -- Basil Jet recently enjoyed listening to Einstürzende Neubauten - 1981 - Kollaps |
#5
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TED lecture - this could save your life!
Eric Stevens wrote:
On Fri, 22 Nov 2019 22:50:29 +0000, David wrote: *Why you should listen* It's a fundamental logistical problem: not everyone, or everywhere, has a traditional address, and GPS coordinates can be tough to use. While working in the music industry, Chris Sheldrick noticed that bands and equipment kept getting lost on the way to gigs, and he took up the mission to create a better addressing system for the world. He worked with a mathematician friend to devise the what3words algorithm that has named every 3-metre square in the world. Started in 2013, the system is being used by eight national postal services, and has a range of integration partners across the world in fields as varied as humanitarian aid, logistics, and in-car navigation. https://www.ted.com/talks/chris_shel...place_on_earth Chris Sheldrick is providing a precise and simple way to talk about location, by dividing the world into a grid of three-meter by three-meter squares and assigning each one a unique three-word address. How do you tile a sphere in squares? Dude. The world is flat. This proves it. |
#6
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TED lecture - this could save your life!
On 22/11/2019 23:44, Chris wrote:
Eric Stevens wrote: On Fri, 22 Nov 2019 22:50:29 +0000, David wrote: *Why you should listen* It's a fundamental logistical problem: not everyone, or everywhere, has a traditional address, and GPS coordinates can be tough to use. While working in the music industry, Chris Sheldrick noticed that bands and equipment kept getting lost on the way to gigs, and he took up the mission to create a better addressing system for the world. He worked with a mathematician friend to devise the what3words algorithm that has named every 3-metre square in the world. Started in 2013, the system is being used by eight national postal services, and has a range of integration partners across the world in fields as varied as humanitarian aid, logistics, and in-car navigation. https://www.ted.com/talks/chris_shel...place_on_earth Chris Sheldrick is providing a precise and simple way to talk about location, by dividing the world into a grid of three-meter by three-meter squares and assigning each one a unique three-word address. How do you tile a sphere in squares? Dude. The world is flat. This proves it. It's a Clifford torus! -- Basil Jet recently enjoyed listening to Einstürzende Neubauten - 1981 - Kollaps |
#7
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TED lecture - this could save your life!
On 22/11/2019 23:31, Eric Stevens wrote:
On Fri, 22 Nov 2019 22:50:29 +0000, David wrote: *Why you should listen* It's a fundamental logistical problem: not everyone, or everywhere, has a traditional address, and GPS coordinates can be tough to use. While working in the music industry, Chris Sheldrick noticed that bands and equipment kept getting lost on the way to gigs, and he took up the mission to create a better addressing system for the world. He worked with a mathematician friend to devise the what3words algorithm that has named every 3-metre square in the world. Started in 2013, the system is being used by eight national postal services, and has a range of integration partners across the world in fields as varied as humanitarian aid, logistics, and in-car navigation. https://www.ted.com/talks/chris_shel...place_on_earth Chris Sheldrick is providing a precise and simple way to talk about location, by dividing the world into a grid of three-meter by three-meter squares and assigning each one a unique three-word address. How do you tile a sphere in squares? You globetard! -- Basil Jet recently enjoyed listening to Fat White Family - 2013 - Champagne Holocaust |
#8
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TED lecture - this could save your life!
On 11/22/19 5:31 PM, Eric Stevens wrote:
[snip] How do you tile a sphere in squares? The squares would have to be distorted to fit, something related to the distortion that makes Greenland huge on a normal world map. -- 32 days until the winter celebration (Wed, Dec 25, 2019 12:00:00 AM for 1 day). Mark Lloyd http://notstupid.us/ "...in matters of faith, inconvenient evidence is always suppressed while contradictions go unnoticed." Gore Vidal |
#9
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TED lecture - this could save your life!
On 22/11/2019 23:50, David wrote:
*Why you should listen* It's a fundamental logistical problem: not everyone, or everywhere, has a traditional address, and GPS coordinates can be tough to use. While working in the music industry, Chris Sheldrick noticed that bands and equipment kept getting lost on the way to gigs, and he took up the mission to create a better addressing system for the world. He worked with a mathematician friend to devise the what3words algorithm that has named every 3-metre square in the world. Started in 2013, the system is being used by eight national postal services, and has a range of integration partners across the world in fields as varied as humanitarian aid, logistics, and in-car navigation. https://www.ted.com/talks/chris_shel...place_on_earth Chris Sheldrick is providing a precise and simple way to talk about location, by dividing the world into a grid of three-meter by three-meter squares and assigning each one a unique three-word address. Sounds like a brilliant idea...until you stop to think about it for two seconds. In fact it is a stupid idea. My home, when split into 3x3meter squares, would have around 10 'addresses', some of which fall partially outside of my property. When you examine the ten 3-word 'addresses' for the property, you would have NO clue they belong to the same physical property. Get one letter wrong in any of the words, and your GPS might take you to the other side of the planet. Now would you like to order an Uber? |
#10
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TED lecture - this could save your life!
On 23/11/2019 13:34, occam wrote:
On 22/11/2019 23:50, David wrote: *Why you should listen* It's a fundamental logistical problem: not everyone, or everywhere, has a traditional address, and GPS coordinates can be tough to use. While working in the music industry, Chris Sheldrick noticed that bands and equipment kept getting lost on the way to gigs, and he took up the mission to create a better addressing system for the world. He worked with a mathematician friend to devise the what3words algorithm that has named every 3-metre square in the world. Started in 2013, the system is being used by eight national postal services, and has a range of integration partners across the world in fields as varied as humanitarian aid, logistics, and in-car navigation. https://www.ted.com/talks/chris_shel...place_on_earth Chris Sheldrick is providing a precise and simple way to talk about location, by dividing the world into a grid of three-meter by three-meter squares and assigning each one a unique three-word address. Sounds like a brilliant idea...until you stop to think about it for two seconds. In fact it is a stupid idea. My home, when split into 3x3meter squares, would have around 10 'addresses', some of which fall partially outside of my property. When you examine the ten 3-word 'addresses' for the property, you would have NO clue they belong to the same physical property. Get one letter wrong in any of the words, and your GPS might take you to the other side of the planet. Now would you like to order an Uber? Let me check from here. Give me just ONE set of three words for your property and I'll see if I can find you. -- (A test to see if folk think I'm being serious!) |
#11
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TED lecture - this could save your life!
David wrote:
occam wrote: My home, when split into 3x3meter squares, would have around 10 'addresses', some of which fall partially outside of my property. When you examine the ten 3-word 'addresses' for the property, you would have NO clue they belong to the same physical property. Get one letter wrong in any of the words, and your GPS might take you to the other side of the planet.Â* Now would you like to order an Uber? Let me check from here. Give me just ONE set of three words for your property and I'll ... .... stalk you forever |
#12
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TED lecture - this could save your life!
On 23/11/2019 14:08, Andy Burns wrote:
David wrote: occam wrote: My home, when split into 3x3meter squares, would have around 10 'addresses', some of which fall partially outside of my property. When you examine the ten 3-word 'addresses' for the property, you would have NO clue they belong to the same physical property. Get one letter wrong in any of the words, and your GPS might take you to the other side of the planet.Â* Now would you like to order an Uber? Let me check from here. Give me just ONE set of three words for your property and I'll ... ... stalk you forever Did you scroll down, Andy Burns?!!! Dopey! :-P |
#13
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TED lecture - this could save your life!
On 23 Nov 2019, David wrote
(in article ): On 23/11/2019 14:08, Andy Burns wrote: David wrote: occam wrote: My home, when split into 3x3meter squares, would have around 10 'addresses', some of which fall partially outside of my property. When you examine the ten 3-word 'addresses' for the property, you would have NO clue they belong to the same physical property. Get one letter wrong in any of the words, and your GPS might take you to the other side of the planet. Now would you like to order an Uber? Let me check from here. Give me just ONE set of three words for your property and I'll ... ... stalk you forever Did you scroll down, Andy Burns?!!! No need, we all know what you do. Apart from being a filicide. Dopey! :-P |
#14
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TED lecture - this could save your life!
David wrote:
Did you scroll down, Andy Burns?!!! I did see all the "spoiler space" when I replied, but the "sig" had been stripped by then. |
#15
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TED lecture - this could save your life!
On 23 Nov 2019, David wrote
(in article ): On 23/11/2019 13:34, occam wrote: On 22/11/2019 23:50, David wrote: *Why you should listen* It's a fundamental logistical problem: not everyone, or everywhere, has a traditional address, and GPS coordinates can be tough to use. While working in the music industry, Chris Sheldrick noticed that bands and equipment kept getting lost on the way to gigs, and he took up the mission to create a better addressing system for the world. He worked with a mathematician friend to devise the what3words algorithm that has named every 3-metre square in the world. Started in 2013, the system is being used by eight national postal services, and has a range of integration partners across the world in fields as varied as humanitarian aid, logistics, and in-car navigation. https://www.ted.com/talks/chris_shel...d_address_for_ every_place_on_earth Chris Sheldrick is providing a precise and simple way to talk about location, by dividing the world into a grid of three-meter by three-meter squares and assigning each one a unique three-word address. Sounds like a brilliant idea...until you stop to think about it for two seconds. In fact it is a stupid idea. My home, when split into 3x3meter squares, would have around 10 'addresses', some of which fall partially outside of my property. When you examine the ten 3-word 'addresses' for the property, you would have NO clue they belong to the same physical property. Get one letter wrong in any of the words, and your GPS might take you to the other side of the planet. Now would you like to order an Uber? Let me check from here. Give me just ONE set of three words for your property and I'll see if I can find you. Achtung!! Hatari! Stalker at six o’clock low! (he’s David Brooks, they don’t come any lower! and the little back-stabbing filicide just loves to attack from the rear!) Action stations! Make ready for slime attack! |
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