Friday 26 October 2018

Interesting Reads – 2018-10-26



Interesting Reads – 2018-10-26

Contents

Articles

  • 100 Websites That Shaped the Internet as We Know It
  • What the Hell Is a Quantum Computer and How Excited Should I Be?
  • Book: Network Propaganda: Manipulation, Disinformation, and Radicalization in American Politics
  • Networks of the future: What automation and IBN (intent-based networking ) can do for you
  • A Data Engineer's Guide To Non-Traditional Data Storages
  • Web Accessibility: Why W3C Standards Are Often Ignored
  • Common Mistakes in Client Communication: How to Not Frustrate Your Client
  • 34 Autocorrect Mistakes 2018 vs. 2012: iPhone Humor Evolution
  • Our meat addiction is going to kill our chances of beating climate change
  • 18 Bizarre Letters to the Future That Only '70s Kids Will Understand

Events / Announcements

  • CSI & IEEE CS: Presentation on “Current Tech Trends: A Valley Perspective” on 30th Oct 2018
  • eWIT: Book Release Event on 2nd Nov 2018
  • IITDM, Kancheepuram: Hands-on MOOC course on  "DIY Manufacturing Technology" from 5th Nov 2018
  • CSI-2018: 53rd Annual Convention of Computer Society of India 2018 at Udaipur  during 14-16 Dec 2018
  • INDICON 2018: Theme “Harnessing Technology For Humanity” at Coimbatore during 16-18 Dec 2018
  • First-ever QS Ranking of India’s Higher Education Institutions


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Articles

100 Websites That Shaped the Internet as We Know It

The World Wide Web is officially old enough for us judge what it’s produced. That’s right, it’s time for the world to start building a canon of the most significant websites of all time, and the Gizmodo staff has opinions.

What does a spot on this list mean? It certainly doesn’t mean “best.” A number of sites on this list are cesspools now and always have been. We’re not even sure the internet was a good idea—we’ll need another few decades before we come to any conclusions. In this case, we set out to rank the websites—not apps (like Instagram), not services (like PayPal)—that influenced the very nature of the internet, changed the world, stole ideas better than anyone, pioneered a genre, or were just really important to us. Some of these sites seemed perfectly arbitrary a decade ago and turned into monstrous destinations or world-destroying monopolies. Other sites have been net positives for humanity and gave us a glimpse of what can happen when the world works together. In many ways this list is an evaluation of power and who has seized it. In other ways, it’s an appreciation of the places that still make the web worth surfing.

Next year will be the 30th anniversary of Tim Berners-Lee’s first proposal to CERN outlining what he originally called the “WorldWideWeb” (one word). Since then, Berners-Lee has had a few regrets about what’s become a bit of a Frankenstein’s monster, and who knows what the future holds. Below you’ll find our somewhat arbitrary idea of the virtual destinations that mattered most, ranked and curated by the Gizmodo staff and illustrated with screenshots that exemplify their history, as we’ve played, shared, fought, and meme’d our way into the current millennium.


What the Hell Is a Quantum Computer and How Excited Should I Be?

They will never sit on your desk, and they will most certainly never fit in your pocket. Today, they’re fragile, and need to be kept at temperatures close to absolute zero. Quantum computers aren’t much like the desktop PCs we’re all so familiar with—they’re a whole new kind of machine, capable of calculations so complex, it’s like upgrading from black-and-white to a full color spectrum.

Lately, you’ve been hearing a lot about quantum computing. There are news stories about how it “could change the world” and “open new dimensions.” Universities are hyping up their quantum microchip prototypes, demonstrations of quantum mechanical ideas in silicon, and other devices and theories. But come on, how does it work? What does it do? Who’s doing it? And, most importantly, why should you care?

Despite what you’ve heard, right now, quantum computing is more or less in the era that classical computing was in the ‘50s, when room-sized hulks ran on vacuum tubes. But it could revolutionize computing. Potentially. Maybe.


Book: Network Propaganda: Manipulation, Disinformation, and Radicalization in American Politics

This book examines the shape, composition, and practices of the United States political media landscape. It explores the roots of the current epistemic crisis in political communication with a focus on the remarkable 2016 U.S. president election culminating in the victory of Donald Trump and the first year of his presidency. The authors present a detailed map of the American political media landscape based on the analysis of millions of stories and social media posts, revealing a highly polarized and asymmetric media ecosystem. Detailed case studies track the emergence and propagation of disinformation in the American public sphere that took advantage of structural weaknesses in the media institutions across the political spectrum. This book describes how the conservative faction led by Steve Bannon and funded by Robert Mercer was able to inject opposition research into the mainstream media agenda that left an unsubstantiated but indelible stain of corruption on the Clinton campaign. The authors also document how Fox News deflects negative coverage of President Trump and has promoted a series of exaggerated and fabricated counter narratives to defend the president against the damaging news coming out of the Mueller investigation. Based on an analysis of the actors that sought to influence political public discourse, this book argues that the current problems of media and democracy are not the result of Russian interference, behavioral microtargeting and algorithms on social media, political clickbait, hackers, sockpuppets, or trolls, but of asymmetric media structures decades in the making. The crisis is political, not technological.


Networks of the future: What automation and IBN (intent-based networking ) can do for you

Automating network management to get away from time-consuming manual configuration using command-line interface configuration is at the top of most enterprises' networking wish lists. Within network automation, intent-based networking, or IBN, is beginning to emerge as a way to enable network professionals to manage their networks by telling the network what they want it to do in direct language, then let the automated network take over and make it so. To find out how enterprises can get to automated management after decades of relying on manual processes, and keep up with compute and storage automation, this priority report will walk you through networks of the future in terms of what network automation and IBN can do for you, the tools you should consider and the vendors active in the network automation market.


A Data Engineer's Guide To Non-Traditional Data Storages

With the rise of big data and data science, many engineering roles are being challenged and expanded. One new-age role is data engineering.

Originally, the purpose of data engineering was the loading of external data sources and the designing of databases (designing and developing pipelines to collect, manipulate, store, and analyze data).

It has since grown to support the volume and complexity of big data. So data engineering now encapsulates a wide range of skills, from web-crawling, data cleansing, distributed computing, and data storage and retrieval.

For data engineering and data engineers, data storage and retrieval is the critical component of the pipeline together with how the data can be used and analyzed.

In recent times, many new and different data storage technologies have emerged. However, which one is best suited and has the most appropriate features for data engineering?

Most engineers are familiar with SQL databases, such as PostgreSQL, MSSQL, and MySQL, which are structured in relational data tables with row-oriented storage.

Given how ubiquitous these databases are, we won’t discuss them today. Instead, we explore three types of alternative data storages that are growing in popularity and that have introduced different approaches to dealing with data.

Within the context of data engineering, these technologies are search engines, document stores, and columnar stores.

  • Search engines excel at text queries. When compared to text matches in SQL databases, such as LIKE, search engines offer higher query capabilities and better performance out of the box.
  • Document stores provide better data schema adaptability than traditional databases. By storing the data as individual document objects, often represented as JSONs, they do not require schema predefining.
  • Columnar stores specialize in single column queries and value aggregations. SQL operations, such as SUM and AVG, are considerably faster in columnar stores, as data of the same column are stored closer together on the hard drive.

In this article, we explore all three technologies: Elasticsearch as a search engine, MongoDB as a document store, and Amazon Redshift as a columnar store.

By understanding alternative data storage, we can choose the most suitable one for each situation.


Web Accessibility: Why W3C Standards Are Often Ignored

The term du jour is web accessibility—in my opinion, one of the most frequently misunderstood and poorly applied aspects of web design. The common misconception is that accessibility is designed solely for disabled people. In fact, everyone benefits from accessible content, and your audience will increase by gaining access to accessible content on different platforms or in different ways, because they can use your content with fewer constraints.

Unfortunately, a lot of web developers do not make their content accessible and do not follow web accessibility guidelines; thus, many people experience unnecessary difficulties using their designs and enjoying content. In extreme cases, certain groups of users can’t use such a website effectively at all.

Building accessible content should be second nature to any developer, designer, or content creator, the same way the consideration of ramps, stairways, and lifts is to an architect designing a new building.

Let’s take a closer look at what’s behind the scenes and why so many developers seem to overlook web accessibility standards for no good reason.


Common Mistakes in Client Communication: How to Not Frustrate Your Client

When someone requests a project, we have to assume that it’s very important and that they deeply care about the product you’ll be working on. So, it is safe to assume that a client is bound to build a lot of expectation around the final product, and therefore may become emotional when it comes to delivery.

Throughout the course of the project, a client might get super excited about a delivered feature and love you, and on the next day he or she can discover something doesn’t work and that affection will be gone. More often than not, it’s just a matter of client communication gone wrong.

Although there are no recipes for success when it comes to remote software development, I believe there are a few things that must be avoided to maintain a healthy and productive relationship with clients that placed so much trust in your hands.


34 Autocorrect Mistakes 2018 vs. 2012: iPhone Humor Evolution

Phone is a smart phone. When you send a text message, it checks spelling mistakes and corrects your writing. Like Siri, iPhone autocorrect has a good sense of humor and often replaces original phases with funny, epic or even scandalous expressions.

Since coming to iPhone in 2012 autocorrect got much smarter, but unique textings are still hilarious. Compare best autocorrect failures of 2012 and 2018!


Our meat addiction is going to kill our chances of beating climate change

The case for shifting to a plant-based diet, immediately.

We’re now more than a week out from when the UN’s Intergovernmental Panel on Climate Change dropped its terrifying report detailing the urgency to dramatically reduce emissions and stop global warming in the next three decades or so. Meat eaters, we are sorry to report that we have bad news for you: You’re a big part of the problem.

New research from the World Resources Institute finds that, taking into account trends in population growth and meat consumption, agriculture alone could eat through the majority of our emissions budget for keeping global warming below 2 degrees Celsius–the point at which climate-change effects would create wide-scale devastation. Under these circumstances, the real aim–limiting global warming to no more than 1.5 degrees Celsius–would be impossible to attain.


Related post & Report: Global Warming of 1.5 °C, an IPCC special report on the impacts of global warming of 1.5 °C above pre-industrial levels and related global greenhouse gas emission pathways, in the context of strengthening the global response to the threat of climate change, sustainable development, and efforts to eradicate poverty

18 Bizarre Letters to the Future That Only '70s Kids Will Understand

Will the year 2000 be filled with flying cars or polluted air? Push-button lunches or the start of World War III? These were just some of the predictions made by fourth grade kids in 1976, who had trouble deciding if the future was going to be filled with high-tech gadgets or nuclear war. Or maybe both.

The July 4, 1976 edition of the Grand Prairie Daily News in Texas published letters written by fourth grade kids that were addressed to the year 2000. Getting American kids to write letters to the future in the mid-1970s was an incredibly popular exercise. These examples give us a peek at not only the tech-filled dreams of tomorrow, but a country struggling with unemployment, pollution, and political corruption.


Related post: A New Great Depression and Ladies on the Moon: 1970s Middle School Kids Look to the Year 2000

Events / Announcements

CSI & IEEE CS: Presentation on “Current Tech Trends: A Valley Perspective” on 30th Oct 2018

CSI Chennai Chapter and IEEE Computer Society, Madras Chapter jointly organising a presentation on “Current Tech Trends: A Valley Perspective” by Mr. Rajkumar Madhuram, CTO, C1X Inc.,.Santa Clara, California, USA on Tuesday, 30th Oct 2018 at 6.00 p.m. at
Seminar Hall, CSI Education Directorate, Taramani, Chennai – 600113.

Formal invite at https://goo.gl/CsiBK3

The event is FREE to attend. But pre-registration is a must. Please register for the event on or before 29th Oct 2018 at https://goo.gl/KKXuE5

eWIT: Book Release Event on 2nd Nov 2018

eWIT invites you to Role Model Series for the release of the book “The New Plan A” on Friday, 2nd Nov 2018 at 4.00 p.m. at GAVs Technologies, No: 11, Old Mahabalipuram Road, Sholinganallur, Chennai – 600119.


To register to this free event, pl. visit https://goo.gl/TE9hwp

IITDM, Kancheepuram: Hands-on MOOC course on  "DIY Manufacturing Technology" from 5th Nov 2018

National Resource Centre for Design and Manufacturing Education at IITDM, Kanceepuram will be offering a hands-on MOOC course "DIY Manufacturing Technology" on MHRD's SWAYAM platform from Nov 5. The participants will learn the basics of Arduino, CAD, CAM, subtractive and additive manufacturing, and how to design and develop their own low-cost desktop CNC machines and 3D printers. The course is open to teachers of engineering colleges/universities, polytechnics, ITIs, as well as school teachers with interest in STEM education.


CSI-2018: 53rd Annual Convention of Computer Society of India 2018 at Udaipur  during 14-16 Dec 2018

The 53rd Annual Convention of CSI will be held at Hotel Inder Residency. Udaipur, Rajasthan, India during 14-16 Dec 2018.

For details visit the convention website at http://www.csi-2018.org

INDICON 2018: Theme “Harnessing Technology For Humanity” at Coimbatore during 16-18 Dec 2018

With the theme of “Harnessing Technology for Humanity”, the 15th IEEE India Council International Conference (INDICON 2018), being organized by the IEEE Madras Section during December 15-18, 2018, at Amrita Vishwa Vidyapeetham, Coimbatore, with technical support from the Indian Institute of Technology Madras, promises to be bigger and better than before. With plenary sessions, keynote addresses by reputed academicians, tutorials, workshops, Student Paper contests, industry exhibits and stalls and most importantly, high quality presentations from the best of the researchers in India, no effort is being spared to make INDICON 2018, the best so far.

For details visit the website at http://indicon2018.in/

First-ever QS Ranking of India’s Higher Education Institutions

QS Quacquarelli Symonds, the global higher education think tank responsible for the world’s most-consulted world university rankings, released their first standalone ranking of India’s higher education institutions. The inaugural edition of the QS India University Rankings, is designed to offer an independent analysis of the performance of Indian institutions. The rankings include Public Universities, Private Universities and H.E. Institutions or Deemed Universities. Single faculty specialist institutions or single level institutions (e.g. teaching principally at postgraduate level) are not included. IIT Bombay is named India’s leading institution. IITs take up seven of the top-10 places. IIS Bangalore takes the second spot. Twenty Indian institutions receive full marks in the Staff with PhD, the indicator designed to identify the extent to which institutions are cultivating a highly-qualified faculty body. In the research productivity indicator, nine institutions achieve a score between 98.4 and 100.


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