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What Is Mobile Robotics?

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Although the idea of Mobile Robotics may sound like something out of a science fiction movie, it is, in fact, a reality in today's world. Mobile robots can improve various industries, including manufacturing, healthcare, and space flight. The study of mobile robots is referred to as mobile robotics. The concept of mobile robotics can be compared to that of a supercharged Roomba with even more astounding abilities. These robots can be as small as models that fit on a tabletop or as large as mainframe computers. They have the potential to be trained to carry out a wide variety of tasks, from the delivery of drugs to the construction of products. The application of sensors and intricate algorithms is an essential component of the technology that goes into mobile robotics. These robots utilize various sensors, such as cameras, LiDAR, and sonar, to detect and navigate obstacles and construct maps of their surroundings. They apply complex algorithms to use this data in their decision-making process. The subject of mobile robots is rapidly increasing, and their applications are being found in a wide variety of fields. Assembling items in factories, for instance, is a task that is better suited for robots since they can do it more quickly and effectively than humans. Robots have the potential to improve human practitioners in a variety of medical settings, including surgical procedures and the delivery of medications. When it comes to mobile robots, there is a healthy balance between work and play; the technology may also be put to use in fun and exciting ways. Some robots can play soccer, make dance, and even make pizza. There are even robots that can make pizza. However, the benefits of mobile robotics are full of potential downsides. For instance, designing robots capable of functioning in various environments and adapting to new situations can be challenging. Concerns have been raised about the potential impact of increasingly complex robotics on the labor market and the necessity of considering ethical considerations. Mobile robotics has an infinite number of possible applications in today's world. One day, you might have a robot assistant to help you with the activities that are part of your daily routine. Considering Roombas' reliability, we'll have to settle for that for now.

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Related Terms by Emerging Technology

Elastic Block Store

Elastic Block Store (Short for EBS) is a service Amazon offers that stores information for Elastic Compute Cloud (EC2) instances. It's like a cloud-based hard drive, only way more relaxed because it's in the cloud. What makes it so great? It is persistent block storage in the Amazon Web Services (AWS) cloud computing system. That means you can store and retrieve data from your EC2 instance at any time and never have to worry about losing it—because if you lose it, we'll make more! EBS is also built on new cloud computing models and state-of-the-art enterprise service architectures. So not only is it comfortable to use and reliable, but it's also super advanced and forward-thinking. An elastic Block Store is like an elastic band for your data. It's flexible and stretches to accommodate any size of problem. It also protects, so if something goes wrong with the component that stores your data, it's not like you'll lose all of it. It offers redundancy and backup, so you can still access your information if there's a failure in the system. Even though the word "block" is in its name, Elastic Block Store is lightweight. It doesn't take up much space on your server—you can fit many of them into one box! As you can set them up quickly, they're easy to scale up and down. Elastic Block Store (EBS) is an excellent example of how cloud power can be brought to storage. At first glance, it seems like a panacea. In the words of one blogger, "EBS violates the principle of boundaries." In other words, without physical disk storage, systems might experience problems with latency or hard-to-fix failures, even as they may realize higher performance benchmarks. So how far to go with vendor storage concepts is a trade-off for many engineers who recognize the pros and cons of sending data into a very diversified and highly partitioned storage environment.

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Electronic Frontier Foundation (EFF)

When you think of the Electronic Frontier Foundation, you probably picture a bunch of geeks in hoodies with computers. That's because you're right. The EFF is a nonprofit organization in the United States that supports civil liberties and other legal issues about digital rights. It is an advocacy group dedicated to protecting the First Amendment in telecommunications and computer technology. The EFF defends civil rights mainly in the courts and mobilizes people through its informative action center. The EFF was formed in 1990 by Mitch Kapor, founder of Lotus Software, and John Perry Barlow, one of the founders of the Electronic Frontier Foundation (EFF). They aimed to ensure everyone had equal access to technology resources, regardless of income level or social status. The EFF fights for technology users' rights by filing lawsuits against companies that are infringing on these rights. They also research ways to protect privacy on social media platforms like Facebook and Twitter by helping users understand how they can control their data while still enjoying the benefits of these platforms. The EFF's mission is to defend your rights and help you use technology that empowers you. Their nonprofit organization has been around since 1990 and is dedicated to ensuring your rights are protected online. They have a lot of different projects going on right now, but one of their most important things is to ensure that Internet service providers have little power over what information they can see. For example, imagine if your Internet provider decided they didn't want to allow content from Facebook, Twitter or YouTube anymore—that would be a massive problem for anyone who uses those services regularly! That's why the EFF works so hard to keep ISPs from censoring the internet. Another big project for the EFF is copyright protection: they want to ensure that creative people aren't being ripped off by people who steal their work without paying for it.

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Elastic Computing (EC)

Elastic Computing (EC) is a notion that allows the cloud service provider to scale up and down its computing resources efficiently without having to buy or take down existing equipment. When you need more power, your cloud service provider can give it to you. For example, suppose you are running a website that suddenly gets traffic. In that case, the elasticity of your cloud service provider will allow them to increase their power so that your site can handle the influx of visitors. Elasticity can also work on a smaller scale. If your business needs an extra processor for just one week, then elasticity would allow the same processor to be used by other companies during the additional 51 weeks of the year. This saves money and resources for both parties because they're not allocating resources unnecessarily or purchasing costly equipment when necessary. Finding the help you need can be challenging when you're a small business. You can only afford to employ part of the team or buy all the necessary equipment. What if we told you there was a way to do it without breaking the bank? That's where elastic computing comes in. Elastic computing is the process of scaling your resources automatically based on demand. This means they'll be ready and waiting for you without effort when you need more resources—like a different web server or a backup storage system. No more asking for help with your project or begging for favors from friends and family! Elastic computing can work for any business, from two people working out of their garage to a large corporation with hundreds of employees. It scales automatically, so there's no need to worry about doing things manually or hiring new people every time there's an increase in workload. When things slow down again? You don't have to worry about scaling back down, either!

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Trending Definitions

X Terminal

When you think of an X terminal, what do you see? A room full of high-tech computers with flashing lights, each with a mouse and keyboard attached? A line of people waiting to use the machine? Maybe it's all in black and white. Perhaps it looks like something out of Star Trek. Whatever your imagination conjures up, we can tell you that an X terminal is none of those things. X is a client/server architecture developed in the 1980s at MIT. The term “client” refers to an application, while “server” refers to an entire computer system that can support multiple clients. X is an acronym for eXtensible Window System, which is apt because X provides a graphical user interface (GUI) that third-party applications can extend. X uses a client/server architecture, meaning that X clients usually run inside servers but also can run inside client machines. X clients and the X server communicate via the X Protocol. In short: X was developed at MIT in the 1980s and is used to develop graphical user interfaces (GUIs). If you were to walk into one today, no one would notice that it was there - except for the person who has to dust around it once a week. An X terminal is an input terminal with a display, keyboard and mouse - but no touchpad or processing power. Instead, it uses X server software to render images from applications running on a network server. It does not perform application processing - the network server handles this. X allows applications to run on a network server but is displayed on the X terminal or desktop. During the 1980s-1990s, this industry stride was significant because servers were much more powerful than personal computers. Therefore, x and the X terminal were the forerunners of modern thin clients (network computers) and network server operating systems.

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Dual-Mode Device

Dual-mode devices are like the Goldilocks of mobile computing—they're just right. They're not too hot, and they're not too cold. They're just right. Dual-mode devices are mobile computing devices that provide the best of both worlds: they're great for talking and texting but also support Wi-Fi. So you can stay connected to work and friends no matter where you are. Dual mode is also a Converged data, and voice applications enable data to be transmitted via voice rather than traditional cellular or Wi-Fi connections. The use of converged data and voice applications is often referred to as "tetherless" communication, "hands-free" communication, or "mobile office" because they allow employees to work from anywhere without the need to plug in via a cable or manually enter data. Dual-mode devices are often used in teleworking and remote office scenarios. In teleworking, dual-mode devices enable employees to work remotely by connecting to a company's network using Wi-Fi instead of a cellular connection. Remote offices often lack reliable cellular connections, but employees working from these locations may have access to Wi-Fi. Dual-mode devices have CDMA and GSM antennas, allowing them to work on any cellular network. Unlike tri- or quad-mode devices, dual-mode phones don't require a hardware upgrade to operate on 5G networks. Instead, the device has software that allows it to work on a 5G network when available. Dual-mode devices are the best of both worlds, allowing switching between networks to find the best signal and data speeds at any given time. When you think of VoIP, you probably think of a cordless phone that connects to your internet. Did you know that there are two types of VoIP phones? One type is called a "dual-mode" device. A dual-mode device is a wired phone with Voice over Internet Protocol (VoIP) and plain old telephone service technology, meaning it can make regular VoIP calls. These phones need compatible routers and modems to make VoIP calls.

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Orthogonal Frequency Division Multiplexing (OFDM)

OFDM, or Orthogonal Frequency Division Multiplexing, is a mouthful! Don't worry; we'll do our best to explain it in simple terms. Consider yourself at a party where everyone is talking at the same time. Since there is so much noise, it is challenging to hear what one person is saying. This is similar to when you try sending data over a wireless network. There is a lot of "noise" in the airwaves, making it difficult for your data to pass through. This is where OFDM enters the picture. It is a method of dividing a wireless signal into smaller sub-signals or sub-carriers, each of which can carry its information. It's similar to breaking up an extensive conversation into smaller groups so that everyone can hear what everyone is saying. Let's get a little technical now. OFDM operates by dividing a high-speed data stream into multiple sub-carriers transmitted in parallel. These sub-carriers are carefully selected to be orthogonal, which means they do not interfere with one another. This allows for more data to be transmitted at once without causing interference. Each subcarrier is modulated using Quadrature Amplitude Modulation, a complex signal processing technique (QAM). This enables each sub-carrier to carry a distinct piece of data. With so many sub-carriers, OFDM can transmit a large amount of data simultaneously, making it an excellent choice for high-speed wireless networks. Let's return to our party analogy. Instead of everyone talking simultaneously, imagine smaller groups of people conversing. Since there is less noise, hearing what is said in each group is much easier. That's similar to what happens with OFDM. It is easier to transmit more data at once without causing interference by dividing the signal into smaller sub-carriers. Division of Orthogonal Frequency Multiplexing is a fancy way to say that we can split a wireless signal into smaller sub-signals, each carrying different information. This allows us to send more data simultaneously without causing interference. While it may appear complicated, it is simply a method of improving wireless communication efficiency and reliability. It is similar to how breaking up a party into more minor conversations can make hearing what is being said easier.

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