Scaling Machine Learning at Uber with Michelangelo
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Re: Scaling Machine Learning at Uber with Michelangelo
#2We recently potted some models from Stan to Pyro (SVI on PyTorch), and it’s been reallly exciting (except for the dark corner of poutines), it really has the performance of something being used in production, except the occasional nan explosion.
edit we are lazy and use our GitLab CI/CD to drive model development iteration. It’s not as fully featured as what’s in the article but it’s a zero effort start.
Re: Scaling Machine Learning at Uber with Michelangelo
#3And if you use express pools it will always say to go the wrong side of an intersection. I like uber because of the drivers, but their fancy technology is flawed.
Re: Scaling Machine Learning at Uber with Michelangelo
#4It's kinda funny they tout their usage of GPS. I use Uber on a near daily basis and drivers by an large use Google maps. They have out right said "Uber sucks for directions" And if you use express pools it will always say to go the wrong side of an intersection. I like uber because of the drivers, but their fancy technology is flawed.
Re: Scaling Machine Learning at Uber with Michelangelo
#5I love what Uber does with machines (ML), hate what it (currently) does to people. We recently potted some models from Stan to Pyro (SVI on PyTorch), and it’s been reallly exciting (except for the dark corner of poutines), it really has the performance of something being used in production, except the occasional nan explosion. edit we are lazy and use our GitLab CI/CD to drive model development iteration. It’s not as…
Re: Scaling Machine Learning at Uber with Michelangelo
#6It's kinda funny they tout their usage of GPS. I use Uber on a near daily basis and drivers by an large use Google maps. They have out right said "Uber sucks for directions" And if you use express pools it will always say to go the wrong side of an intersection. I like uber because of the drivers, but their fancy technology is flawed.
Re: Scaling Machine Learning at Uber with Michelangelo
#7It's kinda funny they tout their usage of GPS. I use Uber on a near daily basis and drivers by an large use Google maps. They have out right said "Uber sucks for directions" And if you use express pools it will always say to go the wrong side of an intersection. I like uber because of the drivers, but their fancy technology is flawed.
I've never seen an Uber driver not use Waze in London.
Re: Scaling Machine Learning at Uber with Michelangelo
#8I love what Uber does with machines (ML), hate what it (currently) does to people. We recently potted some models from Stan to Pyro (SVI on PyTorch), and it’s been reallly exciting (except for the dark corner of poutines), it really has the performance of something being used in production, except the occasional nan explosion. edit we are lazy and use our GitLab CI/CD to drive model development iteration. It’s not as…
Re: Scaling Machine Learning at Uber with Michelangelo
#9It's kinda funny they tout their usage of GPS. I use Uber on a near daily basis and drivers by an large use Google maps. They have out right said "Uber sucks for directions" And if you use express pools it will always say to go the wrong side of an intersection. I like uber because of the drivers, but their fancy technology is flawed.
I've never seen an Uber driver not use Waze in London.
Re: Scaling Machine Learning at Uber with Michelangelo
#10I love what Uber does with machines (ML), hate what it (currently) does to people. We recently potted some models from Stan to Pyro (SVI on PyTorch), and it’s been reallly exciting (except for the dark corner of poutines), it really has the performance of something being used in production, except the occasional nan explosion. edit we are lazy and use our GitLab CI/CD to drive model development iteration. It’s not as…
Can you elaborate a bit more about your usage of GitLab CI/CD for model management/development. I am currently working on a platform [1] that tries to solve some of the issues mentioned in the article, i.e. improving data scientists' productivity and velocity, compare models, solve reproducibility issues... [1] https://github.com/polyaxon/polyaxon