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Artificial Intelligence (AI), a modern approach, is a new science-making machine that helps machines learn on their own with human-like intelligence through a combination of Deep Learning, Machine Learning and Data Science algorithms. Coding education While in the beginning AI started as machines performing only trivial human tasks and enhancing the speed of production processes, or computers teaching themselves how to play chess better, it has evolved greatly throughout the years. AI can be seen everywhere today, it enhances most phone cameras to allow better pictures, helps us manage our finances and is integrated in our daily lives in many ways. But besides helping us automate our world and enhance the efficiency of jobs, which a “computer intelligence” is expected to be able to do, there are examples of AI coming closer and closer to human intelligence. With robots being able to participate in conversations and even quizzes, or producing paintings and music and exhibiting creativity in different forms, even coming close to mimicking human emotions, one can start to wonder what the future of AI will bring to us.Wordpress Coding There have been multiple reports recently which claim that a major part of the human workforce will be replaced by automatons and machines in the years to come. With excessive research and development being conducted in the field of artificial intelligence, many fear that a major job crisis will unfold since multiple jobs are more accurately and efficiently performed with the utilization of machines. Artificial Intelligence Vs. Human Intelligence (AI vs. HI) Today, many AI-powered applications have faster execution speeds, higher operational efficiencies, better work efficiency and better decision-making accuracy than humans. We know that human intelligence stems from adaptive learning and personal experience; It does not depend on pre-fed data. But AI requires pre-fed data! It is true that for the hardware and software of a machine, or a robot, our human memory, brain computing power, and body composition as a whole seem insignificant. Is Human Intelligence replaceable Let’s get back to the debate of Artificial Intelligence Vs Human Intelligence. Recent AI achievements are imitating human intelligence closely but can't go beyond human brains. Our brains acquire knowledge with a sense of understanding, logic, learning, reasoning, and experience. The way we feel everything, most importantly, the emotions makes us different from the digital machines, robotics, AI technologies, and more. ( https://www.codeithub.com/ ) Your brain and heart make the importance of human intelligence above AI. However, with the growth of AI, the risks of artificial intelligence are increasing as we aren’t able to use our brains and hearts at their full capacity. No matter how many developments we see in the wide use of AI, it is still not possible for AI to replace human intelligence. The core aspect of human intelligence remains our ability to consider ourselves and others, feel empathy, make decisions based not only on data but also instinct, and read the emotions of people around us in order to adjust our behavior, a key aspect of human interaction. HTML Coding But the fact that computers are not able to mimic this currently does not mean it will always be impossible. This remains one of the biggest debates concerning AI today. Human and computer workforce processing together, working efficiently and accurately for the benefit of mankind appears to be a good artificial intelligence future. But, whether this will be possible or not, it is not known yet!

This article will guide you to choose the best laptop for programming and some of my top laptops picks for programmers in India. As a programmer or developer, it becomes really confusing to pick the best laptop from thousands of laptops available in the market. It becomes even more difficult for a person who is just starting programming. codeithub ] When choosing the best laptop for programming, there are several things you need to consider. Of course, you need plenty of power so having one of the best processors and fast RAM is very important, especially when you’re testing and running your codes. However, while cores, threads, and clock speeds are important, they aren’t the only things to consider. A speedy SSD is also necessary to help you save you time when accessing files and projects. As is a comfortable keyboard that is responsive and satisfying to use, and a display that is easy on the eyes you’re likely to spend hours upon hours staring at it. If you work remotely and sometimes travel, you might want to spend a bit more to get something that’s thin and light (maybe one of the best Ultrabooks). wordpress codding Below I have shared some key points that will definitely help you to pick a perfect laptop for working on any programming technology. How to Choose the Best Laptop for Programming? Choosing the right laptop for programming can be a tough process. It’s easy to get confused while researching the various options. There are many different laptop models out there, each with a different set of trade-offs. You can write code on most laptops. Yet, your productivity will improve if you use a machine suited to the type of tasks that you perform. There are different types of development, and various tools are required with each specialization. So, there is no one-size-fits-all approach to buying a development machine. RAM It is the first most important thing that you should look for. A laptop with 8GB RAM is an ideal choice but 16GB RAM would be the best choice. If your budget is too low then you can go with 4GB RAM also. Believe me it really sucks working on a low performance machine. Earlier I used to do android app development on a laptop with 4GB RAM. It was so annoying because everything works really slow. So I would highly recommend you a 16GB RAM laptop if you are a mobile app developer. Best Choice: 16GB RAM Ideal Choice: 8GB RAM Mobility Laptops come in all shapes and sizes. You need to figure out how portable you want your laptop to be. If you do not need to carry your laptop around often, you might want to consider a 15-inch laptop. These will usually have better specs and more screen estate for multitasking. If you work in different locations or travel a lot, a 13 or 14-inch laptop may be best for you. They are lighter and provide longer battery life. Wordpress Customization Unless you’re buying a 2-in-1 laptop, a touch screen does not provide enough benefits to justify the extra cost. I’d suggest you avoid the touchscreen. Display A laptop’s screen is one of its most important features, especially for programmers. Developing applications involves staring at the screen for long periods. You need to pay close attention to the details. Most budget laptops ship with a 1366 x 768 display, which I consider to be mediocre at best. The display doesn’t have enough screen estate for multitasking. Also, the text isn’t sharp enough for you to have a comfortable reading experience. A 4k display is overkill for a laptop, especially when you consider the added costs and the battery drain that you will encounter. Whatever you do, don’t buy a laptop with less than a Full HD 1920 x 1080 (1080p) display. If you have to pay a little extra to get 1080p, do it. Also make sure the display has good viewing angles; your laptop’s screen should not double as a mirror! ( code it hub ) Screen Quality To code properly, you need a laptop with excellent screen quality. After all, you’ll spend hours in front of it, so you have to get it right. It also has to be the right size, or you may experience strain while writing code. Avoid any laptop that ships with a 1366 x 768 screen resolution for two reasons. First, this display has a lower pixel count. That means you have less screen real estate than similar screen sizes with more pixels per inch. Secondly, your images won’t be as clear or as crisp, and you won’t read or write code well. Storage type and capacity Getting an SSD (Solid State Drive) should be near the top of your priorities. This will give you significant performance improvements over a standard hard drive. Every operation will be a lot faster with an SSD: including booting up the OS, compiling code, launching apps, and loading projects. A 256GB SSD should be the baseline. If you have more money, a 512GB or 1TB SSD is better. If cost is a factor, opt for a smaller SSD, where your Operating System will live alongside your apps and frequently accessed documents (such as project files). Your remaining stuff, such as music or videos, can rest in a larger external hard drive. Hard Drive As far as hard drives go, it isn’t so much about storage capacity. Read-and-write speeds make all the difference to a developer. Faster speeds are always better, no matter the task you’re running. In this case, choose a Solid-State Drive (SSD) or flash over a standard Hard Disk Drive (HDD). SSDs will give you exponential speeds, which means your laptop will boot in seconds where a HDD would boot in minutes. Since SSDs have no moving parts, you won’t deal with mechanical failure if you accidentally drop your laptop. Also, they won’t consume much power, which translates to better battery life. Keyboard You can’t afford to compromise on your laptop’s keyboard quality since it is what you’ll use to bang out code all day. I tend to go for laptops with a more compact keyboard layout. The most important thing is to try out a laptop’s keyboard thoroughly before you buy. Make sure the keys are comfortable and easy to reach with good travel. A back-lit keyboard is useful if you intend to work in low-light conditions often. Battery Life Most modern laptops have excellent battery life, so you won’t have to worry much here. Most of the time you’ll always be next to a power outlet anyway. But if you ever move away from your desk or are a digital nomad, get a laptop with a long-lasting battery. A good example is the 2-in-1 Dell Latitude 9510 laptop. It’s easy to tell how long a laptop battery lasts. Customer reviews on websites like Amazon will tell you much about a laptop’s battery performance. Don’t rely on manufacturer estimates.