If you’ve been following the news on exciting tech trends like artificial intelligence, then you’re probably aware that emerging technologies are changing the way we work and interact with others. In fact, with things like machine learning and touch commerce becoming increasingly popular across every industry from banking to healthcare, technology is revolutionizing the way we do business and making high-tech approaches an integral part of our lives.
Here are the top five technology trends you need to know to work in any industry.
The whole journey of communication started with the caveman. The cavemen used to gather around the fire to discuss their day-to-day activities. We can compare this to modern-day social networking sites such as Facebook. One sudden day they decided to record their activities or knowledge. The cavemen then started to inscribing on the caves. We can compare this to modern-day blogging. The problem with this communication method was it was localized. When people started moving out of the caves, long-distance communication became very important.
Smoke Signal This was the first long-distance communication. It was used in Northern America where each tribe has its own signaling system. Smoke from the top of the hill signified danger. The smoke signal was also used in Ancient China. The soldiers stationed at the Great Wall would alert for danger using the smoke signals from tower to tower. In this way, they could transmit messages as far as 750km within a few hours. The smoke signal is still used in the Vatican to indicate the selection of a new Pope.
AET is the Arts and EntertainmentTechnologies degree, so it is literally working with all of the technologies that make modern art and entertainment possible. Michio: There’s game design, their animation, Griffin: theatre lighting, music production, really anything you can imagine in the arts or entertainment industry that kind of takes place in a computer. Gwen: This program gets you out of the box with the professors, with the technology that you have. Michio: And it all comes together because we all collaborate, and then we build a game where we have music and sound.
Animations or our own music album or maybe it’s just something new. Griffin: We have access to so many different technologies: the entire Adobe suite, different music production workstations. For new performance technologies, there’s just an absurd amount of software and hardware for theater lighting or 3d pre-visualization and projection work. Michio: We each have a little something to give because some of us might emphasize music, while other people really want to do animation.
The students in the Medical Laboratory Technician program, they’re on an 18-month track to learn how to work in a clinical laboratory. They’re gonna study things like hematology, chemistry, microbiology, and blood banking in order to be able to work in that environment. They’re licensed after they complete our program provided they pass a national exam, and then they can work anywhere in the nation. -: For things like micro pipetting and stuff I wanna make sure that they’re getting those skills and they have the hands-on experience and know-how to do that. So I will help then one-on-one with that. -: You learn so much. And the professors are all super-nice, and knowledgeable. They actually work in the field so they get to tell you about what it’s like. And then you go on a field trip. You go to see what they do and things like that. So it’s really amazing.
Artificial intelligence is a broad area of computer science that makes machine seem like they have human intelligence the goal of AI is to mimic the human brain and create systems that can function intelligently and independently they say that the age of AI is here but then you might be wondering why don’t you see flying cars or robotic maids bringing you lunch why doesn’t your life look more like the Jetsonswell for starters that’s a cartoon and when it comes to AI a robot is nothing more than a shell concealing what’s actually used to power the technology can manifest itself in many different ways.
If you have ever asked Alexa to order your food or browse Netflix movie suggestions you are actually interacting with AI without realizing it and that’s kind of the point a is designed so you do not realize that there is a machine calling the shots in the near future is expected to become a little less artificial and a lot more intelligent asAI becomes more intelligent it will obviously take on the role of an intelligent worker while most of the repetitive and largely time-oriented tasks can be automated using AI.
We will still need human experts who can build and maintain these synthetic BOTS and work on the strategic and creative aspects of a job so in conclusion AI is a boon that can help optimize any job this means that as always it’s not AI versus humans rather it is a combination of humans and AI versus the actual problem statement so what are you waiting for pull up your socks and get ready to be apart of this AI revolution start learning this trending technology using Edureka’s expertly curated courses, until next time happy learning!
Energy Power Technology:
Over the past decade, prices for solar panels and wind farms have reached all-time lows, leading to hundreds of gigawatts worth of new renewable energy generation. As the saying goes though, the wind isn’t always blowing and the sun isn’t always shining. If, for example, it’s a beautiful sunny day and we’ve got a superabundance of electricity, we can’t use it. The question of how to firm renewables, that is, ensuring there’s always energy on demand no matter the time of day or weather, is one of the biggest challenges in the industry.
We need a good way to store energy for later. And the main option right now is lithium-ion batteries. You see them in products likeTesla’s home battery, the Powerwall, and utility-scale system, the Powerpack. But though lithium-ion is dropping in price, experts say it will remain too expensive for most grid-scale applications. To get to the battery for the electrical grid, we need to look at a further cost reduction of 10 to 20x. Right now, lithium-ion batteries just can’t store more than four hours’ worth of energy at a price point that would make sense.
Plus, they pose a fire risk, and their ability to hold a charge fades over time. To address this, there’s a cadre of entrepreneurs experimenting with a variety of different solutions. Now we’re seeing flow batteries, which are liquid batteries, and we’re seeing other forms of storage that are not chemical or battery-based storage. And each has serious potential.