Why you should learn machine Learning?

Artificial Intelligence (AI) is indeed moving tremendously. Its prospects have left

several upset, for it’s assumed that job automation portends nice danger to humanity. Arguing concerning the believably or otherwise of this claim is but not the intent of this text. Noteworthy, once mention is formed of AI, the average non-technical person thinks about high-end robots. This is but associate degree oversimplification of a rather broad thought.

It’s safe to mention AI could be a Brobdingnagian tree comprising varied however interlinking branches, among which include Natural Language Processing (NLP) and Machine Learning (ML). So, whereas self-driving cars ar AI applications, so is Siri on your iPhone as well as Youtube’s video recommendations. Being barely dis sociable from knowledge science, ML has particularly gained much attention in the business world. But what is it all about?

What’s Machine Learning?

One of the foremost fashionable definitions of machine learning was given by Arthur Samuel in 1959, which considered it a sub field of Computer Science that gives “computers the ability to learn while not being expressly programmed.” This is apt but shouldn’t be taken to mean ML systems are built without any programming effort, or that they acquire knowledge on their own from scratch.

Instead, milliliter systems ar created to make upon already nonheritable data. This makes them perform approach higher than programs designed with hardcoded rules. For example, besides being a pain, a program designed to detect cats in pictures would be quite ineffective if built by a programmer who manually defined the features of various cat species. Such a program would possible miscarry once round-faced with factors (eg: obstruction, reflections and presence of unaccounted features) that distort pictures and defy pre-determined rules. Using machine learning, all that’s needed is to accumulate massive datasets (tons of cats’ footage, within the on top of case) to coach a model, then optimize results so a program will turn out the simplest results once round-faced with completely new sets of knowledge.

In this case, such program is taken into account to be ‘learning’ from knowledge. There are 2 major varieties of issues ML Engineers attempt to solve: regression and classification issues. For the sake of simplicity, I won’t go in-depth into these or denote any milliliter algorithmic program. But the purpose is: you create use of ML merchandise daily, maybe while not realizing it.

When looking out Google, you’re interacting with associate degree algorithmic program that has learned (and continues to learn) a way to rank search results supported what’s thought-about to be most vital to your question. Facebook uses ML to suggest new friends to you, Netflix’s movies recommendation feature is built on top of it, Quora uses it to determine the type of questions you’d like to read about, just to mention a few examples.

Why You Should Learn Machine Learning

It’s a big deal: Machine Learning is the rave of the moment. Tons of companies are going all out to hire competent engineers, as ML is gradually becoming the brain behind business intelligence. Through it, businesses ar ready to master consumers’ preferences thereby increasing profits. In 2006, Netflix announced a prize of $1 million to the first person to improve the accuracy of its recommendation system by 10%. The prize is proof of the connection placed on ML and Netflix’s anticipation of considerable profits through a small improvement within the accuracy of its recommendations. It’s closely linked to data science: Just as humans learn from experience, ML systems learn from data. Thus, several ML engineers ar created to wear 2 hats (machine learning engineering and knowledge science) whereas endeavor their daily work , which is arguably a good thing. Recommended for You Webcast, March 13th: a way to Activate High-Value Customers investment language process and Machine Learning As you most likely apprehend, data science is rated as the sexiest job of the 21st century. Learning ML would make you more knowledgeable in data science and thus more attractive in the labor market.

To become unwary of the hazards of AI: several things are same concerning AI and whether or not or not it might very snatch jobs. Fortunately, however, data of machine learning might take you a step towards protection from any foreseen dangerous outcome of mass scale AI implementation, because, as of these days, most systems are built by humans. Also, there’s likely to be a positive demand of engineers, come what may.

How to Get Started

Gone are the days when ML knowledge used to be an exclusive preserve of Ph.D. researchers and students. Today, you can teach yourself ML without needing to enroll in a University – although a formal education may be quite beneficial. If you aren’t cut out for higher degrees, here are some useful tips to get started with ML.

Learn a Programming Language: You NEED to have some programming knowledge under your belt to get started. Python comes in handy, because it’s used in many machine learning projects due to its possession of tons of data science libraries. It’s also relatively easy to learn and comprehend.

Get a high-end PC: Chances are you’d make use of only small data sets when starting out. But as time passes by, you might want to delve into more complex projects. To get the best of the learning experience, you should ensure that your PC satisfies certain requirements, including possessing a good enough Random Access Memory (RAM) and storage. Also to play with Deep Learning (an ML algorithm), you’d need high-quality Graphical Processing Units (GPUs).

Learn the prerequisites: Machine Learning draws a lot from three areas in Mathematics: Statistics, Linear Algebra and Calculus. If you aren’t comfortable with Math, don’t fret. Many of the things you actually need to learn in order to get started, are quite basic.

Read ML Academic Papers: Many ML papers are published regularly, and reading tons of them is a good way to learn new things and keep up with the pace of ML research.

Read ML Academic Papers: Many ML papers are published regularly, and reading tons of them is a good way to learn new things and keep up with the pace of ML research.

Learn from Videos: YouTube is your friend.

Read Blogs and Follow Online Communities: Follow blogs and online communities that can help fast track the learning process. Reddit’s machine learning channel is a good example of the latter.

Practice: Practice makes perfect, they say. So, try your hands at machine learning projects and participate in contests hosted on Kaggle and similar sites.

In conclusion, there’s no stopping ML in today’s world.

If you’re forestall to supercharging your career, learning Machine learning may well be the thanks to go.

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Python vs R for Data Science: And the winner is..

Introduction

For a growing range of individuals, information science could be a central a part of their job. Increased information availableness, additional powerful computing, and a stress on analytics-driven call in business has created it a period of time for information science. According to a report from IBM, in a pair of 015 there have been 2.35 million openings for data analytics jobs in the US. It estimates that range can rise to a pair of.72 million by 2020.

The two most well liked programming tools for information science work area unit Python and R at the instant (take a glance at this information Science Survey conducted by O’Reilly). It is arduous to choose one out of these 2 surprisingly versatile information analytics languages. Both are free and and open source, and were developed in the early 1990s — R for statistical analysis and Python as a general-purpose programming language. For anyone inquisitive about machine learning, operating with massive data sets, or creating complex data visualizations, they are absolutely essential.

The graph above shows how Python and R have trended over time based on the use of their tags since 2008 (Stack Overflow was founded). While each languages area unit competitory to be the information scientist’s language of alternative, let’s inspect their platform share and compare 2016 with 2017.

A Brief Overview of Python and R History

Python

Python was free in 1989 with a philosophy that emphasizes code readability and potency. It is associate object-oriented programing language, which means it groups data and code into objects that can interact with and modify one another. Java, C++, and Scala are other examples. This refined approach permits information scientists to execute tasks with higher stability, modularity, and code readability. 

Data science is simply atiny low portion among the various Python scheme. Python’s suite of specialized deep learning and other machine learning libraries includes popular tools like scikit-learn, Keras, and TensorFlow, which enable data scientists to develop sophisticated data models that plug directly into a production system.

R

R was developed in 1992 and was the popular programing language of most information scientists for years. It is a procedural language that works by breaking down a programming task into a series of steps, procedures, and subroutines. This is a and once it involves building information models as a result of it makes it comparatively simple to grasp however advanced operations area unit carried out; but, it’s usually at the expense of performance and code readability.

R’s analysis-oriented community has developed ASCII text file packages for specific advanced models that an information person would otherwise ought to build from scratch. R conjointly emphasizes quality coverage with support for clean visualizations and frameworks for making interactive internet applications. On the opposite hand, slower performance and a lack of key features like unit testing and web frameworks are common reasons that some data scientists prefer to look elsewhere.

Process of Data Science

Now, it’s time to appear at these 2 languages a bit bit deeper concerning their usage in an exceedingly information pipeline, including:

• Data Collection
• Data Exploration
• Data Modeling
• Data Visualization

Data Collection  -

Python

Python supports all kinds of different data formats. You can play with comma-separated value documents (known as CSVs) or you can play with JSON sourced from the web. You can import SQL tables directly into your code. You can also create datasets. The Python requests library could be a lovely piece of labor that enables you to require information from completely different websites with a line of code.

It simplifies hypertext transfer protocol requests into a line of code. You’ll be ready to take information from Wikipedia tables, and once you’ve organized the data you get with beautifulsoup, you’ll be able to analyze them in-depth.

You can get any quite information with Python. If you’re ever stuck, google Python and the dataset you’re looking for to get a solution.

R

You can import information from stand out, CSV, and from text files into R. Files inbuilt Minitab or in SPSS format is was R information frames in addition. While R may not be as versatile at grabbing info from the net like Python is, it can handle data from your most common sources.

Many trendy packages for R information assortment are engineered recently to handle this downside. Rvest can permit you to perform basic internet scraping, while magrittr will clean it up and parse the information for you. These packages area unit analogous to the requests and delightful soup libraries in Python.

Data Exploration -

Python

To unearth insights from the info, you’ll ought to use Pandas, the info analysis library for Python. It can hold large amounts of data without any of the lag that comes from Excel. You’ll be ready to filter, sort and display data in a matter of seconds.

Pandas is organized into knowledge frames, which can be defined and redefined several times throughout a project. You can clean knowledge by filling in non-valid values like NaN (not a number) with a worth that creates sense for numerical analysis like zero. You’ll be ready to simply scan through {the knowledge|the info|the information} you’ve got with Pandas and close up data that creates no empirical sense.

R

R was built to do statistical and numerical analysis of large data sets, so it’s no surprise that you’ll have many options while exploring data with R. You’ll be ready to build chance distributions, apply a variety of statistical tests to your data, and use standard machine learning and data mining techniques.

Basic R practicality encompasses the fundamentals of analytics, optimization, statistical processing, optimization, random number generation, signal processing, and machine learning. For some of the heavier work, you’ll have to rely on third-party libraries.

Data Modeling -

Python

You can do numerical modeling analysis with Numpy. You can do scientific computing and calculation with SciPy. You can access heaps of powerful machine learning algorithms with the scikit-learn code library. scikit-learn offers AN intuitive interface that permits you to faucet all of the facility of machine learning while not its several complexities.

R

In order to try and do specific modeling analyses, you’ll sometimes have to rely on packages outside of R’s core functionality. There square measure lots of packages out there for specific analyses like the distribution and mixtures of chance laws.

Data Visualization -

Python

The IPython Notebook that comes with Eunectes murinus includes a ton of powerful choices to envision knowledge. You can use the Matplotlib library to come up with basic graphs and charts from the info embedded in your Python. If you would like additional advanced graphs or higher style, you could try Plot.ly. This handy knowledge visual image resolution takes your knowledge through its intuitive Python API and spits out stunning graphs and dashboards which will assist you categorical your purpose with force and beauty.

You can conjointly use the nbconvert perform to show your Python notebooks into hypertext markup language documents. This can assist you implant snippets of nicely-formatted code into interactive websites or your on-line portfolio. Many people have used this perform to form on-line tutorials on a way to learn Python and interactive books.

R

R was engineered to try and do applied math analysis and demonstrate the results. It’s a strong surroundings suited to scientific visual image with several packages that specialise in graphical show of results. The base graphics module permits you to form all of the fundamental charts and plots you’d like from knowledge matrices. You can then save these files into image formats like jpg., or you can save them as separate PDFs. You can use ggplot2 for additional advanced plots like complicated scatter plots with regression lines.

Questions to raise Before selecting one among the Languages

1 — Do you have experience programming in other languages?

If you’ve got some programming expertise, Python may be the language for you. Its syntax is additional kind of like alternative languages than R’s syntax is. Python are often scan very similar to a verbal language.

This readability emphasizes development productivity, whereas R’s unstandardized code may be a hurdle to urge through within the programming method.

2 — Do you want to go into academia or industry?

The real distinction between Python and R comes in being production prepared. Python may be a full-fledged artificial language and plenty of organizations use it in their production systems.

On the opposite hand, R may be a applied math programming software package favoured by several academe. Only recently because of the provision of ASCII text file R libraries that the trade has started victimisation R.

3 — Do you want to learn “machine learning” or “statistical learning”?

Machine learning may be a subfield of computing, whereas applied math Learning may be a subfield of Statistics. Machine learning includes a larger stress on large-scale applications and prediction accuracy; whereas applied math learning emphasizes models and their interpretability, and precision and uncertainty. Since R was built as a statistical language, it suits much better to do statistical learning. It represents the approach statisticians assume virtually, thus anyone with a proper statistics background will use R simply.

Python, on the opposite hand, is a better choice for machine learning with its flexibility for production use, especially when the data analysis tasks need to be integrated with web applications.

4 — Do you want to do a lot of software engineering?

Python is for you. It integrates far better than R within the larger theme of things in AN engineering surroundings. However, to write down extremely economical code, you might have to employ a lower-level language such as C++ or Java, but providing a Python wrapper to that code is a good choice to leave higher integration with alternative elements.

5 — Do you want to visualize your data in beautiful graphics?

For rapid prototyping and working with datasets to build machine learning models, R inches ahead. Python has caught up some with advances in Matplotlib but R still seems to be much better at data visualization (ggplot2, htmlwidgets, Leaflet).

Conclusion -

Python may be a powerful, versatile language that programmers can use for a variety of tasks in computer science. Learning Python can assist you develop a flexible knowledge science toolkit, and it’s a flexible artificial language you’ll be able to devour pretty simply while a non-programmer.

On the other hand, R is a programming environment specifically designed for data analysis that is very popular in the data science community. You’ll need to understand R if you want to make it far in your data science career.

On the other hand, R is a programming environment specifically designed for data analysis that is very popular in the data science community. You’ll need to understand R if you want to make it far in your data science career.

Cloud Computing

Cloud computing continues to transform the way organization are doing business, proving to be a transformative innovation for many enterprises. Considering how far the cloud has come in recent years spurs questions of what the future will look like and what types of changes we can expect. Many are speculating about the pace of cloud adoption and what services and capabilities will become available in the future.

Some believe recent reports of online surveillance and data breaches at popular cloud applications resulting from hacking could impede the growth rate of cloud adoption.  But we believe recent events will lead to further innovations that will bolster security and corporate control and this will allow more companies to confidently move important processes online, ensuring the cloud continues its path of fundamentally transforming corporate IT. Broadly, the future for cloud computing will include clearly defined and standards-based security solutions and technology that will enable enterprises to retain full control of their sensitive information assets while continuing to move more business functions online (thereby reducing IT and other costs).  This year’s The Future of Cloud Computing survey by North Bridge, gave some great insights into what might be coming for the cloud and I’ve added a couple of additional ideas below.

Increase of Public Cloud Vs. Private Cloud Applications

At the enterprise level, the use of public cloud applications will continue and increase across IaaS, Saas and PaaS. Private cloud will continue to be the preferred approach where feasible, but at the enterprise app layer (applications like CRM, Human Capital Resource Management and IT Service Management) public cloud SaaS apps will reign.  As more companies enter the cloud application provider space, they will work to gain critical competitive advantages over the rest of the pack and enterprises will benefit from the associated innovations providers produce.

These innovations will allow enterprises to more fully employ public clouds and unlock the true potential they have for their organizations.  So it is clear that we’ll see large companies increase adoption of both private clouds and a series of critical enterprise-grade public cloud options, making the hybrid approach the most popular model.

Improved Security and Reliability of Cloud Computing

While more companies are benefiting from the cloud and while the big cloud application providers have very secure data centers to secure data at rest, some companies have experienced well publicized security and reliability issues – including failed migration of data to cloud applications. In the coming years, cloud application providers will proactively tout the improved security and reliability measures they are putting in place.  In fact, you’ll see them visibly differentiating on security and compliance.  Cloud processes and techniques for securing data in motion will be dramatically improved.  A key part of this will be ensuring that a variety of protections and risk mitigation techniques are available to enterprise customers that will require a multi-faceted approach to controlling their data stewardship and application use. Giving enterprises the ability to control data assets, throughout their entire lifecycle, in motion at at rest, will allow cloud providers and their ISV partners to address legal and legislative blockers to cloud adoption.

Auditing and monitoring will also be improved and more predictive and alerting capabilities will be built directly into the cloud services.  We’ll see a rise of cloud security brokerage capabilities designed to safeguard cloud use and empower IT and Security organizations within the enterprise. Being able to anticipate issues and proactively address them with the appropriate remediation techniques will permit secure, uninterrupted use of the world’s most powerful and pervasive cloud services.

Future Of SAP

SAP : SAP is the world’s leading provider of business software which specialises in industry specific Enterprise Resource Planning (ERP) solutions. 

How ERP vendors see the future, not just of technology but of business, should be a top of mind question for all software users (not just current buyers). The future direction of these products and vendors is really telling as to how they see their firms positively impacting your firm. Will they get it? Will they be fast in re-tooling existing product lines or building new product lines? Have they lost their innovation edge and intellectual courage/curiosity?

The ERP market is bifurcating. There will be those vendors that see BIG, BIG, BIG change coming to businesses and are getting their heads around it as these changes will doubtlessly render, over time, most of the ERP solutions on the market obsolete. The vendors that continue with blinders on will perish (or die an even uglier death trying to play catch up). It’s time, folks, to start that dead pool for ERP vendors.

The big changes that businesses are facing are centered around: extraordinarily rapid, curvilinear innovation and changes impacting regulation, competition, finance, etc. The speed of business is not just increasing; it is growing at a skyrocketing pace while the ability of ERP solutions to change is approaching an asymptotic path. The gap between the speed of business and the speed of ERP is expanding not contracting at many firms.

Mobile technologies are becoming the de facto systems entry point for millions of ERP users. Desktops are in decline and more and more workers are bringing their own communication devices to work. The modern worker is mobile, often works from home, may be a contractor (not an employee) and may never have a cubicle with a desktop computer. They don’t want their parent’s work environment or work systems. They work on their terms with their technology. If you’re an ERP vendor and you don’t design first for the portable workforce and the devices they use (e.g., cell phones and tablets) (and subsequently for desktop devices), then you’re behind the curve. More interestingly, ERP vendors are competing with small software companies (think 1-2 people) that are developing apps directly for these cell and tablet users. These developers don’t force their users to purchase a million dollar database and spend millions more with an integrator to connect their apps to an old ERP solution. The big question for ERP firms is “Can you develop mobile apps at the same pace and price points of the people creating apps for iPhones, Androids, etc.?

SAP did a good job today of identifying their trinity. They laid out the change phenomena (via keynotes) and their co-CEOs spoke to how in-core (HANA), mobile and social innovations will be part of their vision for 2015. It’s clear that co-CEO Jim Snabe not only gets the changes impacting businesses, he knows how several of their technologies will address many of these changes.

Telling Tales: Niche of a Data Scientist!

“We are, as a species, addicted to story”
-John Gottschall
Author of The Storytelling Animal: How Stories Make Us Human

A Data Scientist Knows the Fact that Stories Sell!

Since time immemorial, storytelling has been an integral constituent of our cultures, and henceforth, of our being. We retain stories more than we understand and remember facts and figures. An ambitious hero progressing expeditiously towards his goal will always leave a lasting impact on the listeners, as compared to a dull and drab story about a layman wandering aimlessly without any significant goal in hand. A linear story with a protagonist, a quest motif, a resolution, preferably a positive outcome, is always cherished, remembered, and followed.
An American proverb says, “Tell me the facts and I’ll learn. Tell me the truth and I’ll believe. But tell me a story and it will live in heart forever.”

Facts are Dull, Stories are Interesting!

Does it mean that Data Scientists are aware of our natural inclination and inborn affinity with stories? Probably yes! Analytics data, usually tagged as dull and boring, fails to seep into our minds to create a long-lasting impact. For a Data Scientist, the art of weaving facts and figures into a soulful narrative is a must-have skill. The facts transformed into a narrative will take all the controls – it will communicate data analytics to non-analytical people, narrative along with visual analytics will make analytical data look impressive, it will persuade people into meaningful actions, it will generate goal-oriented activities, and last but not the least, it will motivate people in achieving their final goal.

Wisdom Loaded Stories Work Wonders!

Even the folk tales of all the cultures across the globe have some morals to teach. Essentially didactic in nature, stories teach us, motivate us, and even guide us to find the right directions or ways of functioning. This kind of wisdom is expected out of a Data Scientist, who should know how to impart knowledge, accumulated through diverse experiences. Presumably, a Data Scientist possesses great analytical abilities, but he should couple his abilities with level-headed maturity and considerable insights, in order to tell a great story that communicates, persuades, and works wonders.

Will Negative Stories leave a Negative Impact?

It is true that stories can be both negative and positive. For a Data Scientist, the ultimate goal of storytelling remains the communication of analytical data. To this end, positive stories are powerful, and negative stories can be even more powerful! Where positive stories tell about what went right, negative narratives can tell people about “what to avoid” or “what went horribly wrong” such as which course of action proved disastrous for an organization, which elements altered the smooth functioning of processes, how ambiguous policies led to failures, and so on. Such a story can then become an elaborate piece of information which not only tells one about the ultimate goals, the desired end, the process to be followed, but also the other significant details about the anticipated loopholes and impending dangers. Surely, a smart way to communicate!

Myriad ways of Telling Tales

Someone has rightly said, “Storytelling is the mother of all ‘pull’ marketing strategies. It encourages dialogue, engagement and interaction among equals – an exchange of meaning between people.”  As a matter of fact, the first and the foremost story is “the story before the story” – a story that springs from an idea. There will be no investments in data science projects, if there is no convincing story woven strategically and aesthetically around an idea or a concept. Every data science project begins with no data in hand. There are only ideas, and a story about the idea. The idea and the allied story lead to the actual implementation and data collections, followed by extensive data analytics, and finally paving way for another set ofdata-driven stories.

These data-driven stories may have at their hearts data from past and present. Analytical stories that center around events, patterns, and other aspects from the past, are usually termed as Reporting stories. While on the other hand,stories may also originate from the surveys done primarily to have an insight into the latest trends in varied sectors such as finance, healthcare, anthropology, Human Resources, Business, and so on. These stories are descriptive in their nature, and throw light on the present scenario. However, bothanalytical stories from the past, and descriptive stories from the present pave way for Predictive Analysis, in which a Data Scientist, based on some assumptions and probability, predicts the future activities or patterns.

Not limited to this, Data-driven stories have multiple manifestations. “What-Stories” and “Why-Stories” are equally important because these stories entail detailed analysis of the concerned event and of the underlying causes. For instance, an objective reporting about a sudden rise in the online shopping, can be termed as a “What-Story” and the detailed analysis of why this happened, would provide crux to the “Why-Story.” Causation, in this way, is central to data analysis. 

Data Scientists analyse volumes of data to find out the cause and effect relationship among multiple variables. They also seek if there is any correlation in the variables- if rise in one variable led to the rise in the other, or vice-versa.

Data-driven tales are central to Data Analytics, in the same way, as these are to the profile of a Data Scientist. A Data Scientist has to have the storytelling ability – the ability which will make his words interesting to listen to, and meaningful enough to think over. The profile of a Data Scientist is considered to be the most “sought-after” profile, who knows storytelling abilities may have added to the charm. Not only storytelling, but also other attributes such as knowledge and wisdom play key role in the career of a Data Scientist. Such a skill set comes after getting trained in the niche skill.

ETLhive organises comprehensive lectures on Data Science, during which the highly-qualified industry-experienced training Professionals at ETLhive impart knowledge on varied concepts and skills associated with Data Science. At ETLhive, you will go extensive training with hands on experiences in Data Science and Machine Learning, Data Manipulation using R, Machine Learning Techniques Using R, Supervised Learning Techniques and the implementation of various Algorithms, Unsupervised Machine Learning Techniques – Implementation of different algorithms, Regression Methods for Forecasting Numeric Data, and Deep Learning – Neural Networks and Support Vector Machines. Get trained at ETLhive and get hired for the hottest job of the century – a Data Scientist!

R is Our Mighty Programming Language

R – The name comes from the initials of its developers Ross Ihaka and Robert Gentleman, who created R programming language for statistical analysis, graphics representation, and reporting. With the passage of time, R has diversified and entered innumerable sectors, with many people declaring it “hot” and many adjudging it as “getting even hotter”.If you are gauging the success of R programming, you need to have a look at the list of companies that use it for handling variety of issues which they face on daily basis. Revolution Analytics creates a list of companies that use R programming as a fundamental tool for data management and data analytics. However, to understand the expanding horizon for R programming, and to know how mighty R Programming has become, have a look at the following data that discussesabout various sectors wherein R Programming is valued incessantly.

Banking Sector

According to data collected by Revolution Analytics, Banks and Financial sector depend heavily on R Programming for various functions such as that of Credit Risk Analysis and Reporting. The names that can be associated with R Programming are Bank of America, and ANZ, one of the leading banks in Australia

Non-Profit Organisations:

Non-profit organisations such as Benetech and Human Rights Data Analysis Group (HRDAG) use R programming for answering geopolitical questions and for analysing human rights data respectively (Revolution Analytics).

Real Estate:

Real-estate agencies depend on R programming and Data Science for predictive analysis. They perform data analysis on the collected data in order to predict sales and purchase, and to formulate and finalise prices of the property

Media and Newspapers:

Media and Newspapers rely on R Programming for the tasks it can perform. Many newspapers such as The New York Times depend on R Programming for Data Visualisation. Similarly, newspapers and media import data for weather forecasting from weather forecasting agencies, which in turn are heavily dependent on R programming for predicting weather forecasts wherein R programming is as efficient as generating graphics for flood/drought/or other famine possibilities

Social Networking Sites:

Social Networking sites such as Twitter and Facebook make use of R programming for multiple functions. Data Scientists working in the Twitter Analytics Domain try to extract meaningful data out of millions of tweets and after analysing the emotional and sentimental quotient hidden within tweets, they try to find out some common observations for the benefit of the concerned entities or organisations.

Aerospace and Flight Aviation Industry:

Aviation industry is one such industry where R Programming is considered as one of the essential “must-haves” since it helps in predicting the flight status, delays, scheduled time, and actual inflight time.

Stock Market Exchange:

R programming is equally reliable in Stock Market Exchange. It has emerged as a brilliant programming language that ensures smart Business Intelligence in terms of prediction, analysis, and the formulation of policies in the process.

While going through the above mentioned sectors and their dependency on R programming, one finds an appropriate answer to the question that asks “What is the future of R Programming?” The answer to this question is “Future is here and now”. Learn R Programming, build a strong foundation for a remarkable career in Data Science, become an efficient Data Scientist – the mightiest, with the hottest job in your pocket!

You may definitely have a remarkable career in Data Science if you are able to get hands-on training in it. ETLhive organises comprehensive lectures on Data Science, during which the highly-qualified industry-experienced training Professionals at ETLhive impart knowledge on varied concepts and skills associated with Data Science. At ETLhive, you will go extensive training with hands on experiences in Data Science and Machine Learning, Data Manipulation using R, Machine Learning Techniques Using R, Supervised Learning Techniques and the implementation of various Algorithms, Unsupervised Machine Learning Techniques – Implementation of different algorithms, Regression Methods for Forecasting Numeric Data, and Deep Learning – Neural Networks and Support Vector Machines. Get trained at ETLhive and get hired for the hottest job of the century – a Data Scientist!