Trending February 2024 # Digitizing Books With The Help Of Millions Of People Around The World # Suggested March 2024 # Top 10 Popular

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I came across this video podcast episode of PBS’s Wired Science with Luis von Ahn, the guy who came up with “Captcha“, those fuzzy looking words that you have to enter on websites sometimes as proof that you are human.

“Captcha” was developed to prevent automation (usually via scripting) of a process, such as the creation of a user account. “Captcha” images are not readable by computers. Also the deployment of OCR (optical character recognition) technologies to identify letters within images does not work. To prevent OCR technology to be effective is actually the reason why the images always look so funny and distorted.

Luis von Ahn said that it takes in average 10 seconds for a human to solve a captcha and that humans solve about 200 Million captcha puzzles every day. That is a lot of time that is being wasted, because a captcha does not serve a purpose, except from keeping cheaters and spammers out.

So after being responsible for making mankind wasting thousands of hours every day to make up for it by developing something that will take the time spent on captcha and put them to good use.

You probably heard about the various book digitizing projects that are done around the world to convert old books in print format into digital format and make their content accessible online to users around the world, for example the Google Books Library Project. The project even got the attention of the New York Times who reported in great detail about the efforts. Another big project is the Universal Digital Library Initiative, which is supported by Microsoft among other major players in the industry.

The problem these and similar projects are facing are words that are not very clear (especially older books have this problem, where time took its toll on the paper and ink). Today’s OCR technology is unable to determine clearly what some of the words are. Where computers fail, humans are able to solve the problem. Well, the problem that the digital library projects have is solved every day about 200 million times by people around the world by solving “captcha” puzzles.

Now people help with the digital conversion of books by identifying words within scanned books that the computer was not able to identify. To prevent incorrectly solved captacha puzzles to falsify the results, for example caused by scripted attempts by cheaters and spammers to get around the captcha check, they show two words to the user, one where they know what it means and the other from a book where they don’t know the meaning. If the user solves the one for the image where they know what it means correctly, then they know that a human was solving the captcha and not a computer.

It was missed to mention how you can become part of this initiative, but it seems that Luis is working for Google on their Library project and another one that I will talk about in a second. I suggest contacting Google and ask them how you, if you are the developer of a captcha solution, can become part of this initiative and help with the digitization of books.

Another problem computers have is they are doing a terrible job at identifying objects and subjects in photographs. The technology improved a lot over the recent years, but they are still far away from having the computer understand and recognize the content of images as humans do, which goes way beyond simplistic properties like shapes and colors. The computer might be able to tell you that there is a human face in the image (add the parameter “&imgtype=face” to a query at Google Image Search to return only images with human faces in it, for example). It may be capable of telling you if it is an adult or child, or male versus female, but it is hard to impossible to determine a person’s mood expressed or the name and origin of a person.

Luis introduced a game called “The ESP Game” where humans describe images that they get shown by the game, using tags. To turn simple tagging into a game and humans play it without being paid money for doing it, they added a component into it that not only created the reason to play, but also solved the problem of getting obscure of fake tags attached to an image by cheaters and pranksters.

They show the same image to two people who have to describe the one image via tags at the same time. Whenever both people use the same word or phrase to describe the image, they get points and increase their ranking. Words and phrases that do not match are not counted. If two different people who do not know each other and cannot communicate with each other use the same word to describe what they see, this word is much more likely to be accurate and common. It is also hard to skew the results because of the mentioned reasons.

He mentioned also some other interesting figures that I did not include in my post. Check out the video recording for yourself. It is only 7 minutes in length. I am sure you will enjoy it as much as I did.

With all the talks and discussions about human powered search engine projects like Mahalo and Wikia Search, people sometimes forget that you need to make things searchable and findable first, before you can set out and create a service that performs searches across this content.

Cheers!

Carsten is an internet marketing strategy consultant, entrepreneur, blogger and performance marketer (aka affiliate) since early 2001. Beside from making is living as an affiliate who sells other people’s stuff for a commission, Carsten does some consulting to help small and big companies with their internet marketing strategy and goals. Because he likes to teach (and talk 🙂 ), he did create a free resources website at chúng tôi for fellow internet marketers like him and other marketing professionals and amateurs.

You're reading Digitizing Books With The Help Of Millions Of People Around The World

Top 10 Biggest Data Centers From Around The World

The technological interface has opened new doors of ease and sophistication for global businesses. SME’s to large companies, all have shifted their data to the cloud, and Yes! Cloud has made sure to serve all these businesses smartly. The growth in cloud computing is unstoppable and we all have witnessed the pace at which it is growing. With the increment in cloud-based businesses, cloud data storage requirement has also increased proportionately. This has ultimately resulted in the establishment of some really big data centers listed below.  

1) Range International Information Group – Langfang, China

The data center was established only a year back to sustain the business boom initiated and progressing rapidly in China. Over last two decades, China has witnessed series of activities in businesses, which led to the need for big data centers like Range. The data center has a capacity of around 6.3 million square feet.  

2) Switch SuperNAP – Las Vegas, Nevada

The Switch data center at Las Vegas was leading the list of the biggest data center for quite some time. The center has a capacity of around 3.5 million square feet. The data center is still having an important place in switch diaries as they are planning for further expansions in around 2025.  

3) DFT Data Center – Ashburn, Virginia

The overhead photograph is a sight of one of the data centers by DuPont Fabros Technology (DFT). Presently, it occupies six  such buildings which collectively serves around 1.6 million square feet for the data space. DFT is not having any plans for expansion as of now.  

4) Utah Data Center – Bluffdale, Utah

The data center is code named as, Bumblehive, the motive being, it is established solely for cybersecurity program. The data center is used for monitoring, strengthening and protecting the nation against any of the data theft. Currently, the data center is operating at full capacity, dealing with around 12 Exabytes of data and is spread over an area of 1.6 million square feet.  

5) Microsoft Data Center – West Des Moines, Iowa

The big giant Microsoft has announced it’s another big data center back in 2014, and since then the data center work has been going on. The new data center has claimed to have a data space of around 1.2 million square feet. According to reports, Microsoft is planning to get the data plant in action around the year 2023 to 2025. The great thing of achievement is being a fact that Microsoft is already owning data space of around 4.1 million square feet.  

6) Lakeside Technology Center – Chicago

Trust is the key to run the Lakeside Technology Center, which is an epicenter for numerous diverse businesses counting Century Link, Facebook, and IBM. Owned by Digital Realty Trust, the Lakeside Technology Center is a hub having 1.1 million square feet data space located in Chicago. The huge data center is power backed up by around 50 generators to keep the data processing on track and avoid any kind of data outage.  

7) Tulip Data Center – Bangalore

Leading Indian telecommunications service provider, Tulip Telecom launched the Asia’s biggest data center at Bangalore, the tech city of India. It is spread over an area of 9, 00,000 square feet. The construction of the facility began in 2011. It was designed and well built by IBM engineering team. The data center has an operational capacity of around one million square feet of data space.  

8) QTS Metro Data Center – Atlanta, Georgia

The center was established in 1954. For several years it was used as the distribution center for the Sears Southeast province. It was reconstructed and renewed in 2000. For the power needs, the center is having two substations and two electrical networks. Additional 36 generators support 16 self-governing UPS systems of the data center.  

9) Next Generation Data Europe – Wales, UK

The Next Generation Data center was established way back in 1998. The data center is still the biggest in Europe with a capacity around 750,000 square feet. In the beginning, the building was an LG semiconductor plant and was reformed into a data center. The data center’s 19,000 server cabinets and additional storage are covered across three floors.  

10) The Citadel – Tahoe Reno, Nevada

Switch, a worldwide prime player in design and execution segment for data centers launched its first data center at Citadel – Tahoe Reno, Nevada in 2023. The campus has been recognized for its huge capacity. It is not yet completely in effect, but whenever it will, will serve around 7.2 million square feet space with up to 650 megawatts (MW) of power. The most appreciable fact about the data center is that around 2000-acre estate is powered by 100 % renewable solar energy. It would be the first data center to be such huge running over renewable energy.   Summary

The technological interface has opened new doors of ease and sophistication for global businesses. SME’s to large companies, all have shifted their data to the cloud, and Yes! Cloud has made sure to serve all these businesses smartly. The growth in cloud computing is unstoppable and we all have witnessed the pace at which it is growing. With the increment in cloud-based businesses, cloud data storage requirement has also increased proportionately. This has ultimately resulted in the establishment of some really big data centers listed chúng tôi data center was established only a year back to sustain the business boom initiated and progressing rapidly in China. Over last two decades, China has witnessed series of activities in businesses, which led to the need for big data centers like Range. The data center has a capacity of around 6.3 million square chúng tôi Switch data center at Las Vegas was leading the list of the biggest data center for quite some time. The center has a capacity of around 3.5 million square feet. The data center is still having an important place in switch diaries as they are planning for further expansions in around chúng tôi overhead photograph is a sight of one of the data centers by DuPont Fabros Technology (DFT). Presently, it occupies six such buildings which collectively serves around 1.6 million square feet for the data space. DFT is not having any plans for expansion as of chúng tôi data center is code named as, Bumblehive, the motive being, it is established solely for cybersecurity program. The data center is used for monitoring, strengthening and protecting the nation against any of the data theft. Currently, the data center is operating at full capacity, dealing with around 12 Exabytes of data and is spread over an area of 1.6 million square chúng tôi big giant Microsoft has announced it’s another big data center back in 2014, and since then the data center work has been going on. The new data center has claimed to have a data space of around 1.2 million square feet. According to reports, Microsoft is planning to get the data plant in action around the year 2023 to 2025. The great thing of achievement is being a fact that Microsoft is already owning data space of around 4.1 million square feet.Trust is the key to run the Lakeside Technology Center, which is an epicenter for numerous diverse businesses counting Century Link, Facebook, and IBM. Owned by Digital Realty Trust, the Lakeside Technology Center is a hub having 1.1 million square feet data space located in Chicago. The huge data center is power backed up by around 50 generators to keep the data processing on track and avoid any kind of data outage.Leading Indian telecommunications service provider, Tulip Telecom launched the Asia’s biggest data center at Bangalore, the tech city of India. It is spread over an area of 9, 00,000 square feet. The construction of the facility began in 2011. It was designed and well built by IBM engineering team. The data center has an operational capacity of around one million square feet of data chúng tôi center was established in 1954. For several years it was used as the distribution center for the Sears Southeast province. It was reconstructed and renewed in 2000. For the power needs, the center is having two substations and two electrical networks. Additional 36 generators support 16 self-governing UPS systems of the data chúng tôi Next Generation Data center was established way back in 1998. The data center is still the biggest in Europe with a capacity around 750,000 square feet. In the beginning, the building was an LG semiconductor plant and was reformed into a data center. The data center’s 19,000 server cabinets and additional storage are covered across three floors.Switch, a worldwide prime player in design and execution segment for data centers launched its first data center at Citadel – Tahoe Reno, Nevada in 2023. The campus has been recognized for its huge capacity. It is not yet completely in effect, but whenever it will, will serve around 7.2 million square feet space with up to 650 megawatts (MW) of power. The most appreciable fact about the data center is that around 2000-acre estate is powered by 100 % renewable solar energy. It would be the first data center to be such huge running over renewable chúng tôi huge data centers have become a backbone of worldwide technology infrastructure, building bricks of the digital economy. The growing internet is pouring a massive potential for data storage, crafting a new class of data centers. Undoubtedly, the haste of global business development is going to make us witness the establishment of even more big data hubs in future. Till then, the listed hubs will be topping the chart.

Hollywood, Science And The End Of The World A Three

Scene 2

Only the lowest 20 feet of the first two foreground buildings is real. It took three months to create digital models of the rest of the set. First, a team scanned 13 blocks of New York City using lidar–a laser-based distance scanner. Three other teams photographed each building from inside a building directly across the street. They mapped photos onto models, added water and people (only foregrounders are real), and voila–chaos!

A note to the reader: Certain scenes in the following account have been dramatized, Hollywood-style–entirely made up–but the description of the film, the scientific information and all the quotes are real.

Act 1: HOLLYWOOD

INT. MOVIE THEATER–NIGHT OF MAY 28, 2004

Camera pans a series of faces busy munching popcorn, slurping sodas, etc. Camera then rests on you, the SKEPTICAL MOVIEGOER. Your eyes roll during the previews of the space battles–

SKEPTIC: C’mon. You can’t hear explosions in the vacuum of space. . . .

Camera whips back to the Skeptical Moviegoer’s face: The smirk is gone. Destruction depicted this vividly can have that effect. But more: The Moviegoer vaguely recalls that the concept of abrupt climate change served up in the film was recently on the front pages–courtesy of the Pentagon, no less–and that story didn’t have a happy ending, either._

SKEPTIC (eyes darting, feet tapping): This is just Independence Day minus the aliens. Science fiction, weak on the science–right?

Camera zooms in on the SKEPTICAL SCIENCE WRITER, as he emerges from an on-lot screening of the film’s rough cut.

WRITER (voiceover): As I emerged from my preview screening into the light of day, I wasn’t quite sure what to think. For certain, flash-frozen pedestrians and tinseltown twisters did not have the ring of plausibility. Climate can’t change in a Hollywood minute.

But still. Ice ages happen. I’d even vaguely heard that they don’t take ages to happen. And so I decided to figure out if there was even a hint of good science in this special-effects extravaganza. And the logical first stop was the director of The Day After Tomorrow. Maybe he’d just grin and agree that the movie is a fun riff on a thin premise: show business.

ROLAND EMMERICH, director and producer of such movies as The Patriot, Independence Day and Godzilla, wheels up in a German supercar the color of a new pistol. Emmerich is handsome, graceful and well-tanned, with a glinting smile and hair that matches his car’s paint job.

INT. BUILDING 29

EMMERICH (with a moderate German accent): Your flight in was OK?

WRITER: Let’s get right to the point, Roland. Your movie purports to be built on a scientific premise, but there’s no way that the climate could change like that in a matter of days. What do you have to say for yourself?

Emmerich proceeds, with disarming candor, to acknowledge the unscientific speed of the movie’s plotline.

EMMERICH: The scientific community will say, “too fast.” And that’s OK. Otherwise there is no movie.

WRITER (voiceover): But that’s as far as he’d budge; he refused to crack on the underlying principle: Abrupt climate change could plunge the planet into an all new ice age, rendering much of it uninhabitable. And when I pushed him on the politics. . . .

EMMERICH: I started writing this script back when I was finishing The Patriot, before Bush was elected. By then it was already too late.

WRITER (voiceover): “Too late”? This guy really seemed to believe that rapid climate change is not only a real threat –it’s inevitable. But I couldn’t be sure that even a well-intentioned Hollywood director could be trusted not to mangle the science, particularly when the god of drama must be served. I needed to consult higher scientific powers. I had to visit the Oracles.

Act 2: SCIENCE

In his quest, Writer seeks three wise men: the ORACLES of WATER, HUMAN LIFE and the FUTURE. Each is a highly respected expert, a leader in his field.

EXT. GREENLAND–DAWN

_Writer goes in search of the ORACLE OF WATER. Richard Alley, a professor of geosciences at Penn State, has testified before the U.S. Senate about abrupt climate change, chaired the National Research Council committee on the subject, and is himself a leading real-life paleoclimatologist. He is an expert on ice cores, long tubes of ice dug from glaciers that reveal changes in Earth’s climate over millennia. If anyone knows whether the climate really undergoes such massive shifts, he does.

In the spooky half-light of an Arctic morning, Writer stumbles across the ice, calling to the Oracle. Suddenly, a whirring sound fills the air, becoming a vibration below. Then, with a pop, a spinning figure shoots from the ice, twirling like a mad gopher. As the figure slows we see it is the Oracle, busy drilling ice cores. He speaks._

ALLEY: Hi, it’s Richard Alley.

WRITER: Dr. Alley, I must know: Is the science behind this movie real, despite exaggerations and impossible timelines?

Cut to a montage of shots, in which the Oracle reveals how abrupt climate change works, illustrating his points with magazine-style infographics. (See a copy of the Oracle’s documents on page 61.)

WRITER (voiceover): The Oracle explained that abrupt climate change centers on something called the Great Ocean Conveyor, a loop of current that moves throughout the world’s waters. It keeps much of the Northern Hemisphere toasty by pulling warm tropical water north and pushing cold water south.

He said that when the warm water, which travels on the surface, reaches its northernmost point, near Iceland, it releases its heat into the atmosphere. This heat warms much of the Northern Hemisphere, especially Europe. The now cold water sinks to the ocean bottom–cold water is denser than warm–and this movement, this sinking, drives the entire current: It draws warm water north and shoves cold water south.

The Oracle then went on to show me how, paradoxically, if Earth warms too much, the weather–at least in much of the Northern Hemisphere–will get cold. If global warming proceeds apace, and enough Arctic ice melts, this melted ice–cold, fresh water–will mix with the warm, salty water coming up in the current. Since freshwater is less dense than salty water, the lukewarm, brackish water won’t have any reason to sink, and the engine that powers the ocean current will shut down. Melting Arctic ice could snap the conveyor belt.

The consequences of this shutdown would be sudden and catastrophic: No more heat for Northern Europe or the east coast of North America; they would turn into frigid wastelands. Ocean temperatures would fluctuate dramatically and in turn disrupt weather patterns worldwide (remember El Nio?). Droughts, floods, apocalyptic storms, subarctic temperatures or searing heat become the norm, depending on which unfortunate corner of the globe you happen to call home.

WRITER: So there is some science behind what happens in the movie?

ALLEY: Well, it wouldn’t be anything like in the movie, with people freezing and shattering and such at minus 150

The Science Of Attraction: Why Do We Fall For Certain People?

The Science of Attraction: Why Do We Fall for Certain People? We’re attracted to people who like the same things as us—politics, music, books. But why? And could it mean we’re judging those who aren’t like us too harshly?

A series of Boston University–led studies found people who believe they have a core essence that drives their likes and dislikes were more likely to be drawn to people with similar interests. Photo by The Gender Spectrum Collection

Relationships

The Science of Attraction: Why Do We Fall for Certain People? We’re attracted to people who like the same things as us—politics, music, books. But why? And could it mean we’re judging those who aren’t like us too harshly?

Sometimes life’s most meaningful relationships grow from the briefest of connections. Like when you go to a party and meet someone wearing your favorite band’s T-shirt, or who laughs at the same jokes as you, or who grabs that unpopular snack you alone (or so you thought) love. One small, shared interest sparks a conversation—that’s my favorite, too!—and blossoms into lasting affection.

This is called the similarity-attraction effect: we generally like people who are like us. Now, new findings from a Boston University researcher have uncovered one reason why.

Charles Chu says his research has plenty of uses in the business world, from managing staff to making deals. Photo by Dave Green

In a series of studies, Charles Chu, a BU Questrom School of Business assistant professor of management and organizations, tested the conditions that shape whether we feel attracted to—or turned off by—each other. He found one crucial factor was what psychologists call self-essentialist reasoning, where people imagine they have some deep inner core or essence that shapes who they are. Chu discovered that when someone believes an essence drives their interests, likes, and dislikes, they assume it’s the same for others, too; if they find someone with one matching interest, they reason that person will share their broader worldview. The findings were published in the American Psychological Association’s Journal of Personality and Social Psychology.

“If we had to come up with an image of our sense of self, it would be this nugget, an almost magical core inside that emanates out and causes what we can see and observe about people and ourselves,” says Chu, who published the paper with Brian S. Lowery of Stanford Graduate School of Business. “We argue that believing people have an underlying essence allows us to assume or infer that when we see someone who shares a single characteristic, they must share my entire deeply rooted essence, as well.”

But Chu’s research suggests this rush to embrace an indefinable, fundamental similarity with someone because of one or two shared interests may be based on flawed thinking—and that it could restrict who we find a connection with. Working alongside the pull of the similarity-attraction effect is a countering push: we dislike those who we don’t think are like us, often because of one small thing—they like that politician, or band, or book, or TV show we loathe.

“We are all so complex,” says Chu. “But we only have full insight into our own thoughts and feelings, and the minds of others are often a mystery to us. What this work suggests is that we often fill in the blanks of others’ minds with our own sense of self and that can sometimes lead us into some unwarranted assumptions.”

Trying to Understand Other People

To examine why we’re attracted to some people and not to others, Chu set up four studies, each designed to tease out different aspects of how we make friends—or foes.

In the first study, participants were told about a fictional person, Jamie, who held either complementary or contradictory attitudes to them. After asking participants their views on one of five topics—abortion, capital punishment, gun ownership, animal testing, and physician-assisted suicide—Chu asked how they felt about Jamie, who either agreed or disagreed with them on the target issue. They were also quizzed about the roots of their identity to measure their affinity with self-essentialist reasoning.

Chu found the more a participant believed their view of the world was shaped by an essential core, the more they felt connected to the Jamie who shared their views on one issue.

In a second study, he looked at whether that effect persisted when the target topics were less substantive. Rather than digging into whether people agreed with Jamie on something as divisive as abortion, Chu asked participants to estimate the number of blue dots on a page, then categorized them—and the fictional Jamie—as over- or under-estimators. Even with this slim connection, the findings held: the more someone believed in an essential core, the closer they felt to Jamie as a fellow over- or under-estimator.

“I found that both with pretty meaningful dimensions of similarity as well as with arbitrary, minimal similarities, people who are higher in their belief that they have an essence are more likely to be attracted to these similar others as opposed to dissimilar others,” says Chu.

In two companion studies, Chu began disrupting this process of attraction, stripping out the influence of self-essentialist reasoning. In one experiment, he labeled attributes (such as liking a certain painting) as either essential or nonessential; in another, he told participants that using their essence to judge someone else could lead to an inaccurate assessment of others.

“It breaks this essentialist reasoning process, it cuts off people’s ability to assume that what they’re seeing is reflective of a deeper similarity,” says Chu. “One way I did that was to remind people that this dimension of similarity is actually not connected or related to your essence at all; the other way was by telling people that using their essence as a way to understand other people is not very effective.”

Negotiating Psychology—and Politics—at Work

Chu says there’s a key tension in his findings that shape their application in the real world. On the one hand, we’re all searching for our community—it’s fun to hang out with people who share our hobbies and interests, love the same music and books as us, don’t disagree with us on politics. “This type of thinking is a really useful, heuristic psychological strategy,” says Chu. “It allows people to see more of themselves in new people and strangers.” But it also excludes people, sets up divisions and boundaries—sometimes on the flimsiest of grounds.

“When you hear a single fact or opinion being expressed that you either agree or disagree with, it really warrants taking an additional breath and just slowing down,” he says. “Not necessarily taking that single piece of information and extrapolating on it, using this type of thinking to go to the very end, that this person is fundamentally good and like me or fundamentally bad and not like me.”

Chu, whose background mixes the study of organizational behavior and psychology, teaches classes on negotiation at Questrom and says his research has plenty of implications in the business world, particularly when it comes to making deals.

“I define negotiations as conversations, and agreements and disagreements, about how power and resources should be distributed between people,” he says. “What inferences do we make about the other people we’re having these conversations with? How do we experience and think about agreement versus disagreement? How do we interpret when someone gets more and someone else gets less? These are all really central questions to the process of negotiation.”

“There are ways for us to go through life and meet other people, and form impressions of other people, without constantly referencing ourselves,” he says. “If we’re constantly going around trying to figure out, who’s like me, who’s not like me?, that’s not always the most productive way of trying to form impressions of other people. People are a lot more complex than we give them credit for.”

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How To Play World Of Warcraft With A Controller

Still quite possibly the most popular Massive Multiplayer Online Role Playing Game (MMORPG) in the world, World of Warcraft (WoW) is coming up on its eighth expansion. Though WoW continues to make strides in storytelling, combat, and class identity, after fifteen years it still remains content in its archaic approach to how the game is played.

Unlike newer, more modern MMORPGs which have seen fit to add a gamepad option, World of Warcraft has remained stubbornly traditional in its keyboard and mouse interface. This comes as no real surprise seeing as the game is tailored toward the use of PC peripherals. 

Table of Contents

However, opting for the comfort of a couch-bound session may be preferable at times to the back pain incurred putting hours into a game from behind a desk. Thankfully, ConsolePort is here to assist you with playing World of Warcraft with a controller.

How To Play World of Warcraft With a Controller

ConsolePort is a World of Warcraft add-on that supports PlayStation DualShock4 (DS4), Xbox 360 and Xbox One, as well as Steam controllers. It’s an add-on that doesn’t have the official support of the WoW development team over at Activision-Blizzard, but works just like any other add-on available to the WoW community.

The setup is surprisingly simple and doesn’t require much more than the ConsolePort add-on, one of the aforementioned controller options, WoWMapper, and the World of Warcraft game itself.

Setting Up a Controller For Use With World of Warcraft

Connecting the gamepad of your choice will be the first step. Both the Xbox and Steam controllers connect to a PC easily as they can be connected by either dongle (Xbox) or Bluetooth (Steam). The DS4 will require an additional download in the form of DS4Windows.

Steam Controller Setup

In order to use the Steam controller with ConsolePort it will require that you configure either your Steam desktop or overlay profiles.You’ll also need to download the ConsolePort Original add-on.

Another way to enable the Steam controller for ConsolePort is through the overlay.

WoWMapper

WoWMapper is a free and easy to use executable file that you’ll have to boot up prior to logging into World of Warcraft. It will search for the game, the controller, and the ConsolePort add-on and formulate an interaction between them.

All you need to do is download the .zip from GitHub, extract it, and have it running in the background while you game. Make sure to run the application from the browser dialogue, and you’ll be good to go.

ConsolePort

Download the ConsolePort add-on for free from chúng tôi Unzip it and add it to your WoW Addons folder. This can typically be found at C:Program FilesWorld of WarcraftInterfaceAddOns. Drag the unzipped version of ConsolePort directly into the AddOns folder.

ConsolePort Calibration And Layout

You can now launch World of Warcraft. 

From here you can customize the remainder of the buttons on your controller to fit the most sensible use of abilities in-game. Where you place the keybinds will be determined by your own playstyle and whatever works for you.

ConsolePort provides a more versatile take on the world’s most successful MMORPG. It’s limited due to Blizzard’s lack of native controller support, but still does a fantastic job with its default calibration. The add-on can be easily enabled or disabled directly from the Addons menu and your preferences will remain regardless if active or not.

Top 10 Impacts Of Ethereum And Nfts On The Art World

The adoption of Ethereum and NFTs by artists, collectors, and art institutions to produce, market, and acquire digital art has a profound impact on the art industry. The ownership of a distinctive piece of content, such as digital artwork, music, film, or even tweets, is represented by NFTs, which are digital tokens built on the blockchain.

Top 10 Impacts of Ethereum and NFTs on the Art World

NFTs have created new opportunities for artists and collectors alike, challenging traditional notions of art ownership and value. In this article, we will discuss the Impacts of Ethereum and NFTs in the art world.

The Rise of Digital Art

The development of digital art has also been aided by Ethereum and NFTs. Digital art used to frequently be thought of as being inferior to more traditional kinds of art, such as painting or sculpture. NFTs, however, have given digital art a fresh sense of legitimacy and worth.

The Democratization of Art Ownership

The democratization of art ownership is one of Ethereum and NFTs’ most important effects on the art world. In the past, only the affluent elite could afford to purchase and display works of art in their homes or private collections. Yet, NFTs have made it possible for anyone, regardless of their financial situation, to own a work of digital art.

Increased Transparency in Art Transactions

The transparency of art transactions has also grown because of Ethereum and NFTs. Buyers and sellers can quickly confirm the validity and ownership of artwork because NFTs are recorded on the blockchain, lowering the possibility of fraud or counterfeiting.

Challenges for Traditional Art Institutions

While Ethereum and NFTs have given artists and collectors new opportunities, they have also raised difficulties for established art organizations like museums and galleries. These organizations could find it challenging to keep up with emerging platforms and technologies, as well as the shifting nature of the art world.

New Revenue Streams for Artists

The development of new sources of income for artists is another big effect of Ethereum and NFTs on the art world. Artists used to frequently receive a one-time payment for their work in the past, and they had little choice over how it was utilized or disseminated. NFTs, on the other hand, give artists the chance to keep control of their creations and profit from each sale by taking a cut of the proceeds.

The Impact on The Environment

Concerns regarding the environment have also been expressed about Ethereum and NFTs. Several environmental activists have criticized NFTs since they take a lot of energy to produce and trade, which is why they exist.

The Potential for New Collaborations and Partnerships

New prospects for collaborations and partnerships between artists and other industries, like gaming and virtual reality, have been made possible by Ethereum and NFTs. This could lead to the development of fresh, cutting-edge artistic mediums that straddle traditional and cutting-edge media.

The Need for Education and Awareness

The Blurring of Boundaries Between Art and Technology

Another factor in the blending of the lines between art and technology is Ethereum and NFTs. Software and technology are frequently used to create digital art, and the creation and exchange of NFTs using blockchain technology only serves to emphasize this relationship.

The Potential for Further Innovation

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