Okay, this is awesome (and easy to miss with a just a cursory skim): "5.3 Delicious Chocolate Chip Cookies Vizier is also used to solve complex black–box optimization problems arising from physical design or logistical problems. Here we present an example that highlights some additional capabilities of the system: finding the most delicious chocolate chip cookie recipe from a parameterized space of recipes... We prov…
It's great that they published this - I wasn't sure if I could share this externally. I see they left the ingredient that really improved the scores unexpectedly out, presumbly for proprietary reasons.
Google Vizier: A Service for Black-Box Optimization
51–60 of 86 posts
Re: Google Vizier: A Service for Black-Box Optimization
#52Re: Google Vizier: A Service for Black-Box Optimization
#53Okay, this is awesome (and easy to miss with a just a cursory skim): "5.3 Delicious Chocolate Chip Cookies Vizier is also used to solve complex black–box optimization problems arising from physical design or logistical problems. Here we present an example that highlights some additional capabilities of the system: finding the most delicious chocolate chip cookie recipe from a parameterized space of recipes... We prov…
Re: Google Vizier: A Service for Black-Box Optimization
#54Re: Google Vizier: A Service for Black-Box Optimization
#55Earlier quoted context omitted.
I know a guy who told me 8 years ago about an idea he had for a "black box" optimization consulting service. You give him a pile of data, he uses ML to optimize for whatever.
That's known nowadays as AutoML. Google recently released AutoML products for image and text classification. https://cloud.google.com/automl/
Re: Google Vizier: A Service for Black-Box Optimization
#56Re: Google Vizier: A Service for Black-Box Optimization
#57Whetlab, a startup founded by some former colleagues of mine, provided a service just like this 4 years ago (in fact, it's referenced in the Vizier paper as its open-source variant Spearmint), but unfortunately, it was acquired and shut down by Twitter: https://venturebeat.com/2015/06/17/twitter-acquires-machine-... Black-box optimization is a hugely important problem to solve, especially when experiments require rea…
Whetlab was the first startup in this domain. Then, followed by SigOpt ( https://sigopt.com/ ) which is doing a great job at popularizing the concept.
Re: Google Vizier: A Service for Black-Box Optimization
#58Okay, this is awesome (and easy to miss with a just a cursory skim): "5.3 Delicious Chocolate Chip Cookies Vizier is also used to solve complex black–box optimization problems arising from physical design or logistical problems. Here we present an example that highlights some additional capabilities of the system: finding the most delicious chocolate chip cookie recipe from a parameterized space of recipes... We prov…
I worked for Google at the time they went through the cookie iterations in the cafes. Personally I disliked all the cookies that ever came out of this project, mainly because they contained spices, I heard the same thing from many others. After you got handed a cookie you were asked to fill out a feedback form on a tablet, which almost always is annoying. But more importantly, the process of optimizing the ingredient…
Re: Google Vizier: A Service for Black-Box Optimization
#59Okay, this is awesome (and easy to miss with a just a cursory skim): "5.3 Delicious Chocolate Chip Cookies Vizier is also used to solve complex black–box optimization problems arising from physical design or logistical problems. Here we present an example that highlights some additional capabilities of the system: finding the most delicious chocolate chip cookie recipe from a parameterized space of recipes... We prov…
It's great that they published this - I wasn't sure if I could share this externally. I see they left the ingredient that really improved the scores unexpectedly out, presumbly for proprietary reasons.
And the recipe I found internally is "The Real California Cookie" in that paper:
Bake at 163C (325◦ F) until brown:
• 167 grams of all-purpose flour.
• 245 grams of milk chocolate chips.
• 0.60 tsp. baking soda.
• 0.50 tsp. salt.
• 0.125 tsp. cayenne pepper.
• 127 grams of sugar (31% medium brown, 69% white).
• 25.7 grams of egg.
• 81.3 grams of butter.
• 0.12 tsp. orange extract.
• 0.75 tsp. vanilla extract.
Re: Google Vizier: A Service for Black-Box Optimization
#60Earlier quoted context omitted.
It's great that they published this - I wasn't sure if I could share this externally. I see they left the ingredient that really improved the scores unexpectedly out, presumbly for proprietary reasons.
Are you talking about orange extract? or cayenne pepper? The post is here: https://ai.google/research/pubs/pub46507 and direct link to paper is here: https://storage.googleapis.com/pub-tools-public-publication-... And the recipe I found internally is "The Real California Cookie" in that paper: Bake at 163C (325◦ F) until brown: • 167 grams of all-purpose flour. • 245 grams of milk chocolate chips. • 0.60 tsp. baking…
• 5¼ oz. of all-purpose flour.
• 7 oz. of milk chocolate chips.
• scant ½ + ⅛ tsp. baking soda.
• ½ tsp. salt.
• ⅛ tsp. cayenne pepper.
• 4½ oz. of sugar (31% medium brown, 69% white).
• 1 oz. of egg.
• 2¾ oz. of butter.
• ⅛ tsp. orange extract.
• ¾ tsp. vanilla extract.
Or, equivalently:
• 167 grams of all-purpose flour.
• 245 grams of milk chocolate chips.
• 2.96 mL baking soda.
• 2.46 mL salt.
• 0.61 mL cayenne pepper.
• 127 grams of sugar (31% medium brown, 69% white).
• 25.7 grams of egg.
• 81.3 grams of butter.
• 0.59 mL orange extract.
• 3.7 mL vanilla extract.