What is Machine Learning Infrastructure?
“We’re looking at AI for the enterprise, not just a few thousand bots right now. We’re talking about what it would take to actually transform that into something useful. And we believe there is the potential for AI and What is Machine Learning Infrastructure?…”
What is Machine Learning?
What is Machine Learning Infrastructure? Machine Learning (ML) is an area of computer science which deals with algorithms that allow machines to automatically learn without being explicitly written. This essentially means a system can use data, historical examples, and previously learned patterns to create new ones. The term ML is used in relation to Data Science as, after all, both involve some form of statistical analysis. So now, let’s talk about how this works. To do so, I have to explain what a supervised and unsupervised learning algorithm are. A Supervised Learning algorithm asks you what to tell it next and then uses that answer to make the prediction.
An example is predicting whether or not the weather will rain tomorrow. Whereas unsupervised learning is asking you if you want your image to be identified correctly or incorrectly and then gives you a label (“I really like my dog”, “I am feeling tired”). These two algorithms work a little bit different from each other but they share one thing in common: What is Machine Learning Infrastructure? they create outputs based upon previously existing inputs. For instance, given an image you might say “Okay, let’s look at the different colors of the apple and see which are closer to their actual color.
Once again, this doesn’t really change anything the way my neural network is doing it. It just says ‘yes this picture has more red apples than green apples. Let’s make sure we grab those apples because we need them before our forecast starts getting ruined.”
The three most popular types of Machine Learning:
Supervised Learning, Unsupervised Learning and Reinforcement Learning
Supervised Learning is when you give it lots of data, data has already been labeled by us humans, and so on, and in return its predicts the output. An example of this might be predicting the outcome of the football game tomorrow night. You give it tons of information about the team and some statistics. What is Machine Learning Infrastructure?
Maybe you’ve had 20 goals so far this season and it tells you it needs to score 15 to win. Well that’ll certainly help you, that’s kind of what supervised learning is doing. In some terms, it’s called a classification model which, depending on how you choose to define “model,” could mean a simple binary classifier, a decision tree-based solution or anything else. But first of all, let’s talk about the basics of Classification.
You have two sets of data and you make a supervised learning model in order to predict the result of this. That’s it. That’s why supervised models are also known as Regression Models.
You don’t tell it ‘yes yes, let me tell you the story of my life’ nor did you teach it any rules. Now the question is: how does the algorithm know what stories it can tell and which stories isn’t it can tell? The difference between these two is that while a model trained only using labels (inputs) makes a prediction, an unlabeled model creates a story. With unlabeled models we don’t have an answer. If we’re predicting future events, then you don’t have any answers yet. What is Machine Learning Infrastructure?
There’s no correct outcome (but that’s okay and you don’t need to worry about that). Also, unlabeled models can only tell stories and you have to find them yourself (unlabeled models are available as well): you have to feed them and then understand the process of finding unlabelings and having a good understanding of how to extract the answers. Therefore, unsupervised learning is similar to supervised learning except supervised learning is much more powerful in the sense that it can create the output of the model.
What is reinforcement learning? The name itself suggests that it should reward the system after a certain amount of time or an action has been taken. However here the agent doesn’t think of anything as rewards. Instead, it only knows what it should do. A very simple depiction and example would be finding something in your house. Like, you want to find where this water pipe is. When you try to solve this problem, there is always something wrong.
If you want to find the water pipe then you must either know where it is, how many times you have tried and how hard it was. What is Machine Learning Infrastructure? In short, the environment of the gym is completely unknown to the athlete. So the human must keep trying and figure out every little detail of this problem the best and at as soon as possible and the environment should get solved. This is basically reinforcement learning and it’s pretty much the same kind of things you find in video games as well. Here the human is rewarded because it found that he really wanted something. So, the reward comes from the fact that the system was able to learn.
Let’s go back to our imaginary problem first, then to the real world
So what happens in our scenario today is that we have access to some information about what we’re looking for and after we find some new information we are going to try and search for it, again, just like what we have done in the past.
How do they do it? They build an internal training dataset: they collect as much “cat”, “dog” and “mouse” photos as they can and with that data it tries. To find the hidden correlations. After trying to make predictions about your picture you can download which one is a cat, but you won’t know how many times before you find that specific photo. What is Machine Learning Infrastructure? The system has a high probability that it knows which pictures are a cat, therefore it can guess which other pictures are a cat. On the contrary, maybe the system had a poor training dataset and couldn’t make a proper prediction, so it made guesses and didn’t know what is it to be sure. But the system is learning. Or so you think.
The system also has the ability to adapt and adjust the model if the training data is changing. If the training set becomes richer, the system has the ability to improve the model. Another great feature it has is that, you can train a system without making changes to the code. They can run the whole experience in the cloud without downloading the necessary software.
This allows for more flexibility and faster development. No matter how complex a program is, as long as its written in c, the technology is very accessible. Even though it takes longer to write in c than in python, I believe it is worth it.
In conclusion, to sum up everything up:
Now that we’ve covered a couple points related to what a Supervised and Unsupervised Learning algorithm. Are and why I believe these two algorithms are important. I would like to share my thoughts about AI Quandale and my own personal opinion of them.
AI Quandale — Is it cool and awesome
Yes, I would say it is cool. And if we are talking about self driving cars, or autonomous robots. And a robot surgeon who can do surgery without any error. I think it’s amazing. All of us humans are smart enough to see the possibilities of such technologies. What is Machine Learning Infrastructure? Coming in our real lives and, to me personally. I think it would be so cool to watch my kid grow up and watch her become a doctor. A scientist, a engineer or a lawyer, all of whom, I suppose, should be able to do their job better than anyone I’ve ever met.
Such a person wouldn’t be alone in her skills, she would probably have many co workers to support her. Because they too would be skilled too. So I love the idea: everyone would have enough knowledge, abilities, and skills to be successful, successful and happy.