976 Matching Annotations
  1. Apr 2018
    1. ogies, this has to be used ethically and responsibly, and that’s why we’re actively ca

      stable over time - top level goal - and more and more interesting as well as created more of the stuffs.

    2. ipal long-term challenges are. “As these systems become more sophisticated, we need to think abo

      as these systems become more and more complex.

    3. lthough obviously not subject to the sort of official scrutiny that the government-led Apo

      were - operate - in the world.

    4. there is a way of guaran

      do about in the future as well - created - guraantee.

    5. w short life

      shorter - AI

    6. ent, this is what I’m thinking abou

      dreams as well - exciting and important and passion.

    7. any: how to

      how to scale and manage that - saw on the news on the that day.

    8. iplinary connections might be, in a sort of left-field way.” Applying the right benchmarks, these

      migth be in the left filed way and there are working groups resources here and there.

    9. e in a very fortunate position. The only limitation is how many people we can absorb with

      the culture - deep mind

    10. oss. Hassabis was d

      company roots - sillicon valley - london born and bread.

    11. a bit like the man hims

      man himself - video games - AI - infact - focus -

    12. ir combining of old and new AI techniques – such as, in Go, using traditional “tree s

      tree search - analyzing as well as more and different area of research - Deep Q

    13. azingly interesting algorithms.” Playing Go is more of an art than a science, he maintains, “and AlphaGo plays in a very human style, because it’s learned

      art then a science - human style as well as more and more - student parents. professional life. the most - this is not an expert system.

    14. for obvious reasons, have traditionally bee

      long considered and more and more pass - hope to crack it.

    15. more than 2,500 years old and is mentioned in writings by Confucius. Its branc

      and they are very hard to solve and atom in the universe.

    16. AG

      master in the life time - right insight - actionabel knowledge.

    17. ancer, climate change, energy, genomics, macroeconomics, financial systems, physi

      more and more - many of the system and more.

    18. ossibly imagine; and

      much that we can't - it is.

    19. be, and speech and facial recognition are not presented as “AI” as such. (“The

      facial - as such - and more and more - works - longer term.

    20. g to those who work with him, Hassabis also reckons he has found a way to “make science researc

      efficient - smartest human beings.

    21. telligence, and then use that to solve everything else”. Coming from almost anyone else, the statement would be laughable; from him, not so much. Hassabis

      solve everything else -

    1. rested in. (For exa

      jobs that they are interested in.

    2. Exchange offices and meet some of the people behind the product. It took basically one visit

      stack exchange and other stuff

    3. f only a few months earlier, I’d been planning to stay in academic research, particularly in t

      few months earlier and biology.

    4. ctive answerer on Stack Overflow for about a year at the time, and a less frequent answerer

      about the year - cross validation - cute idea.

    1. subjects such as statistics and ma

      stat and math - coding

    2. job offer, Lai said he also had a "Google Hangout quiz" that featured questions on machine learning, stats, and maths.

      google hangeout quiz

    3. f the smartest people in the w

      wanna work there - algorithm - best humans

    1. ight is that Bing has a bad rep

      reputatoin - came about the

    1. ors. Person

      personally - ask good question

    2. ely unpreparable and it

      collect your my thought and more and more

    3. t and may ask you deep technical

      deep tech questions.

    4. company and now you

      optimizaiation as well as most of the stuffs - shortest path and more.

    5. o mock interviews. Practise till you are at ease. Keep in mind — the interview

      practice are a ease

    6. portant to stay in focus. Slow down your

      slow - 1 be on time

      1. slow down
      2. confident
    7. st, so it’s very important that the interviewer gets a good impression abo

      get a good aspect of you.

    8. of data structures, algorithms and system design — preparing day-in and day

      day in and day out -

    1. r

      what to do and more and more - more and more - there are very good and hardships to overcome

    2. em

      video - and score it gets - no knowledge - very very well -

    3. e

      movement here and there and more - so fucking special and cool.

    4. fo

      agent have built to learn about these stuffs.

    5. t

      single - program - different game - more and more - watch the stream of the video game and more and more - video.

    6. Re

      backgammon - again and again - better than humans - investment here and there

    7. ur

      moving in the world - and robot see - next second - does not change that much

    8. I

      no reward - only signal and more and - the right action - trial and error - that was good an bad - no one actually say this is the best.

    9. d

      optimal control - gain theory - same question - fundemnetal - undersn

    10. ement Learning

      make decision and the other stuffs of the amazing aspect of stuffs

    1. t decision does not affect future d

      just at that instance

    2. hms to solve com

      more and more complex method and solution

    3. ecision ma

      supervised learning - decision making

    1. e Tensorflow network with added layers, activation functions, and different inpu

      added layers and more and differnet.

    2. compared to the present reward. By up

      update this way - good expected awareed here and there

    3. our directions of movement), giving us a 16x4 table of Q-values. We start by initializin

      16 * 4 values here and there.

    4. her being the start block, the goal block, a safe frozen block, or a dangerous hole. The objective is to have an agent learn to navigate from the start to the goal without

      form start to finsih to the goal.

    5. art-0 of the series. It will hopefully give an intuition into what is really happening in

      what is really happening

    1. h time. As a result, you see in the video below that the pole is not kept stable for lon

      just random search here and there - there is noting

    1. thon for data science. We have 77 live courses in R and 33 in Python (along with courses in c

      wow very amazing and cool

    2. are R and Python. While Python can be used for many types of applications, in another p

      these are the good aspect

    3. e at teaching it.” Now that I’ve settled in, I’d like to talk about my plans in that direction (

      teaching it

    1. o I closed the Slack window and started doing something else. After a while. I think it was more than 5 minut

      slack window - 5 minutes window -

    1. undergrads

      seven undergrad - normal people.

    2. ndergrad to

      AI - our field -

    3. rs who have done so as well. S

      done so as well

    4. d can shrink quickly. B

      quickly - researcher -

    5. hem wouldn’t do much to

      22 rare - saying

    6. s such as Python, TensorFlow or Thean

      python etc....

    7. are currently seekin

      mentioned - deep learning and those things.

    1. this link wi

      we are really creating history and more and more - here we are going to see more and more

    2. hs

      Closer to the - workers - and more interesting and very cool - not that long ago actually - world we leave in

    3. are fo

      interent and more and more - 79 years - recent history

    1. an you personally have the most i

      personal impact on

    2. h in, pick one out. If you're reaction is disappointment, then that's not the one. If you f

      reaction - from one another

    3. its social networking

      Network - application - here and there

    4. s its goals are less research oriented and more commercial oriented which will result f

      more commercial - AI - google brain

    1. e for storing a sorted list of stri

      string - dictionary

    2. estions about features in python and C++, OOP, poly

      features in python - dynamic typing

    3. science and m

      these are so good - and very hard to really get in

    1. h bias which leads to Underfitting, we will generate lots of Models by training on Tr

      random forest stuffs and very cool

    2. ining(average) their Output Rules or their Hypothesis HxHx H_x to generate

      complex model - lead to over fitting - great combination - here and there

    1. r model, you tweak the parameters in sklearn, get a minimal improvement in ac

      accuracy - go home happy

    2. ose 7 lines of code do not explain how you did

      bias and trade off

    3. orld program in C++ in 24 hours, or a program to find the area of a circle in 24 hours, but

      not the point - OOP - is the good case as well as more around.

    4. of a programming language in 24 hours, but that doesn’t mean you’ve become adept at the art of programming. Because programming isn’t about a language at al

      programming at all - intelligent desing and more

    1. ssively sparse reward. I

      sparse reward - train in the short time frame

    2. Z2, but we need to be smart and fast about which options we evaluate, as the

      which options we need to choose and more - do more

    3. ion f.These two ingredients make for

      elegant way to learn these table games and more - and more

    4. valuate a state — are we

      list of actions here and there -> actionn

    5. and even surpass human abilities in the same contexts [Mnih2013, -2016]. Some

      amazing and very very cool

    6. nishment — did we achieve go

      did we make this goals?

    7. e a “correct” sequence of actions to achieve delayed future rewards. These living entities,

      future awares in the world - to the future.

    1. on the methodology of repeatedly proving theories with data. Even ones that we consider true today

      prove things - true today -

    2. me insight about the business or subject from those who know it best. When starting a new project, make a list of the topics and data you need and seek out tho

      there are many of the stuffs that we need to think about - new stuffs here and there.

    3. think, ask for their input and don’t hold them back. Let them know you support them and trust in their abili

      what they think - and make them create more and more

    4. with insurmountable value. Once you get that first win under your belt. Executiv

      on everything here and there - value of the project.

    5. ugh? If you can’t even trust your data. Our favorite quote from Sherlock Holmes

      thinking - trust the house - and the data

    6. thout their ownership, and funding, your project will not go on. When exe

      funding - not go one - drive the machine and stuffs.

    7. jects and thus, failed data science teams. Let us know if you think we missed s

      teams here and there - there are going to be problem here and there

    1. gent selects an action a t {\displaystyle a_{t}} , ob

      at certain cation t and create new state here and there.

    2. received earlier higher than those received lat

      So a good start is the greatest part we need to take upon.

    3. f the total reward r

      max achieveable

    1. Russ Salakhutdinov. Mr. Salakhutdinov studied at the University of Toronto under Geoffre

      google brain lab - protecting the services here and there

    2. or Apple, which many Silicon Valley executives and analysts view as lagging its p

      hire more and more - images and here and there.

    1. you’re new you won’t be able to be your own lightning rod, seniority matters and different people can absorb different levels of damage. After some time you can start showing what you’re worth, but always remember that you aren’t the principal of most of the people you’ll be w

      level of damage - here and there.

    2. ew things they don’t understand. You must find the way to limit the number of people that will see you as a pain in the neck, I say limit b

      see you as a pain in the neck.

    3. well, people are going to see you as Anton Chigurh (the guy in the pic): a weird guy approaching with

      there are very real values here and there.

    4. ictions and insig

      insights here and there - excel monkey

    5. wer. I know this seems

      a lot - there are correct policy.

    6. inefficient

      truely are - happen - someone - data cleaned

    7. ople who know they’re not data driven and hired you to get some help. But chances are that you will find people who think they are data driven and data literate, “I check ever

      some help - data driven - check the month - area - okay - sure. worst - icing on the cake.

    8. hat you can get bet

      better - far away from the truth.

    9. d so on. This is generating a lot of hype and buzz that we can clearly see in the numbers of job postings requiring in some way a data science-y

      data science y approahc here and there.

    10. ime and call “Bulls**t!” on myself. The truth is that reality is much more nuanced, and the fact the field is still far away from being matu

      this is not the thing we need or want to do - this is much more thing to do

    1. genome, phenotype and clinical data. HLI is developing and applying large scale computing and machine learning to make novel discoveries to revolutionize health. In addition to the HLIQ™ Whole Genome and HLIQ Oncology, HLI's business a

      more and mroe complex data.

    2. world's largest database of clinical, biological and behavioral information, including comprehensive genome and phenotype c

      information and type and more and more

    3. e holds several degrees from Stanford University and UCLA, including M.D., Ph.D. and M.S. in Computer Science from Stanford, and M.S. and B.S. in Physics, and B.S in Mathematics, from UCLA.  He is an ACM and AAAI fellow.  "I am excited to join HLI as I believe my exp

      so he is good at everything as well as more and mroe

    1. more. I’ve internalized these concepts and now my mind actually works differen

      change client seeing the world.

    2. thrilling to uncover deeper layers of understanding that I didn’t even know e

      deeper layer as well as more complex./

    3. Dalio’s company, the largest hedge fund in the world, records every conversation (meeting or phone call) inside the company and has built several custom app

      allow any rate it to the other ones.

    1. ashamedly bold and proactive with your ambiti

      more and more - do more - and do so much more best version of myself.

    2. icine at UCL starting this a

      so he would have finished the part right now

    3. allenges we f

      there are so much more trouble - organization - too young.

    4. riven solutions and why pursuing an MSc in Data Science, before qualifying as a medical doctor

      medical doctor - and more and more- outlining - story and goals - my self.

    1. ently, he was a “yes” to

      interview - meet up and speak to people.

    2. considering you application and view your work to back up your CV. When w

      view my work and cv and more

    3. ppy to write a blog post about something if someone asked me to do so becaus

      love knowing that useful to others here and there.

    4. ng my PhD work in it. If you need to learn how to use particular tools like Git/Git

      git github = online - there are so much tools here and htere.

    5. audience that even

      so there are good and good - aspect here and there.

    6. t in short I learnt some very important things. One of the most important being that I a

      very important skills here and there - latest or not.

    7. veryday there’s a new algorithm or technology that you need to know and if you do

      there is such a fast moving past as well as so good.

    8. e of years. I was proficient in a few programming languages including Python (I don’t use R but I had used it once

      few programming languages - no R - learn it over the time - regression and

    9. Kalman filters, which I needed for some of the work I was doing. Data science in p

      kalman filters.

    10. ed above so I know th

      not the only ones.

    11. o realising my disillusionment with the above there were other reasons for wanting t

      leave academia - software tools biological central to the filed - family - short term - not good and good

    12. have a mutual objective. In contrast, ideas are kept private in industry because you need to be selfish to make money.There wouldn’t be much pressure t

      get things done - more optimal work

    13. ition isn’t completely straightforward. It’s different for many people so I’m writing this piece in the hope that it’ll help those that are still uncertain about how to make

      however - there are some areas that this is not the best.

    1. s also a hot research area and closely related to better disease assessment. The domain

      more and more research are coming along with the more and more settings here and there.

    2. goal of producing a commercially-available emotional test battery for use in clinic

      settings here and there

    3. UK-based partnerships, including with Moorfields Eye Hospital in London, in which th

      degeneration in the eyes here and there

    4. to a 2015 report issued by Pharmaceutical Research and Manufacturers of America, more than 80

      cancer were in trial and create new and new and more

    5. llect and use lots of different types of data for better analysis, prevention, and treatme

      lot of different here and there

    6. ata come from? If we could look at labeled data streams, we might see research and development (R&D); physicia

      care givers and more and more

    1. ng any dependencies, you should get a h

      what I am missing and what I should do

    2. y is a collection of test problems — environments — that you can use to work out your reinforcement l

      open in the environement.

    1. t creating a “supervisor” is almost impractical. For example, in a chess game, there are tens of thousands of moves

      there is no point - to have a supervisior.

    2. to stay standing. Now the real task for the child is to start walking. But it’s easy to sa

      stay standing here and there

    3. g to walk. So now

      there are many steps from one place to another place -

    4. ward signal. The learner is not told whi

      which action would take (x) - rather the most thing

    5. le you will have a thorough understanding of Reinforcement Learning and its practical impleme

      practical implementation

    6. arning from interaction

      learning from interactiion - with the parts

    7. nswer is obvious – if we can understand this, we can enable human species to do things we might not ha

      might not have done before - machines to do more and more

    1. opting the AI-mindset management can have a big impact on the rest of the organi

      organization - change the process here and there

    2. s to be convinced that it is necessary. So from the moment a startup designs and writes their application, adopting the AI mindset, will have a huge impact on the decisions that w

      AI - is the hhuge impact here and there - more and more

    3. o on one side wants to reduce costs and on the other side wants to have the best possible te

      more and more special are the ones that we need to think of

    4. implemented AI model and logic positively

      logic positivally - here and there - revenus and profits here and there.

    5. his case AI is the rational agent that uses algorithms to achieve the best outcome for a speci

      for example - very important.

    6. mputational

      system - data - go get the value out of it

    7. ore secured or stored in a different way. By ensuring that during each process the co

      secured in the different way

    8. e right type of data can be log data, transactional data, either numerical or categorial

      transactional and more

    9. blems. Other wise known as the Cold Start Problem with Artificial Intelligence.

      useful data -

    10. e 1990’s or the 2000’s or even a large part of the 2010’s in the workforce, it is sometime

      GPU - part data - reports here and there - analytics - here and there.

    1. ou look at it)

      how people word as well as - critcal path and goal.

    2. xample, if all that’s needed is a static spreadsheet that is produced once a quarte

      some value - tot the company - different skills

    3. use you know all of this and you obviously have access to ALL of the data, you are

      data realative - this is not the truth

    4. perception of you. That may mean tha

      right people at the right time - to do this.

    5. to study Support Vector M

      machines - this is really cool - but...

    6. hin the company. In reality, if the company’s core business is not machine learning (my previous emplo

      compnay - core business - provide small gains here and there.

    7. ibly come up with an e

      list of some of the reasons - many

    8. s everyone else is doing it, so everyone claims they are doing it… — Dan Ariely

      no body really knows how to do it

    9. ulating and rewarding. T

      very interesting devils

    10. ng for a new job, at 14.3 per cent. Data scientists were a close second, at 13.2 per ce

      what is happening?

    1. Variant, an

      tf records here and there - Genomic here and there

    2. ion to Tens

      reduction in cost - complex and simple models - CNN - image classification - sequence model - deep varient. Small Varient - goals - easy apply tensorflow.

    3. on code for

      small varience in cancer etc... oppourtunitity

    1. solve the problem. The problem setup was: neural network commands a robot arm to grasp objects. The robotics te

      more and more - real world expert and creative

    2. wS) is an early stage open source project with the aim to improve usability of TensorFlow. It has many design a

      open source project on swift and more and more

    3. g, and filtering common genomics file formats for conversion to TensorFlow examples. In his talk, he gave a basic i

      google cloud

    4. low Lite and the benefits of having machine learning models on mobile and other edge devices. The tool also provides support for Raspberry Pi and ops/models (including custom ops) . Here is the general wor

      general work flow and more and more stuffs are happening

    5. talk discussed the different ways to train a model on a single machine and multiple GPUs. The tf.contrib.distribute is a modul

      model on a single machine and GPU

    6. periments, with just a few lines of code. He explained, with a case study, how high level APIs can be used to be more effi

      more and more modeing and few lines of code and friendly

    7. rovided an overview for users on how to optimize training speed of their models on GPUs and TPUs. Starting wit

      optimization and faster and faster - three

    8. ame code to generate the equivalent graph for training at scale using the Estimator high-level API. This was la

      scale using high level API

    9. that helps users get all of their data into TensorFlow. It works as an input pipeline. Derek Murray introduced the tf.data library and talked about its performance. He explained in detail about the flexibility,

      data - and MNIST etc..

    10. orms TensorFlow works on, which now includes Cloud TPU. A beta version of cloud TPU was launched in February and it provides 180 teraflops of computation per device. Have a look at the Reference m

      more and more scientific and creation

    11. l

      more and more creation and very interesting

    12. he various fields where machine learning is currently being used extensively. A few examples she quote

      currently being used here and there - mission - new things.