Data Science Training in Chennai

Data Science Training in Chennai

There is an enormous ascent in the extent of information science and resultantly it has cleared route for Data Science Course in Chennai. In spite of the fact that there are a few information science foundations that offer Data Science Training in Chennai, SLA sparkles in the group due to its brilliant nature of preparing.

SLA Jobs furnishes the best information science course with capable resources who have an understanding of quite a while. Commonsense preparing is our unswerving concentration and this forms the abilities of the competitors in a superior way. Huge information, which is the use of information science, is additionally gathered in our course and it will have sway on the understudies.

About Data Science Courses

Softlogic's information science preparing will help you in acing aptitudes including insights, software engineering, bunching, choice trees, and so on. By the consummation of the course, you will increase an exhaustive comprehension of the main advancements in information science, covering AI, prescient demonstrating, perception systems, and so forth. Furthermore, you will increase common sense, hands-on understanding through our inside and out course.

Data Science Training in Chennai

The Key Focus of our Data Science Training

What Skills will you Learn in Data Science Training?

For what reason Should you Take Data Science Courses in Chennai?

Advantages of Data Science Training in Chennai 

Requirements to Learn Data Science Course in Chennai:

Who Should Attend?

Unmistakable Features of Data Science Course in Chennai

Softlogic Academy offers Data Science Course in Chennai with an attention on quality preparing.

Being in the business for more than 20 years, Softlogic comprehends the careful necessities of the up-and-comers. Regardless of whether it is fresher or prepared proficient, we modify the preparation as indicated by the adaptability of the competitors. Other than this, recorded beneath are the noticeable highlights of the course offered by us:

60 hours course period

Exceptionally capable resources who know about the business benchmarks

100% occupation centered preparing

Committed situation group

Little clump sizes for singular consideration

Information Science Course Duration and Course Fees

You can arrive at our advisors for More Details about Data Science Course in Chennai Fees and Training term.

Information Science Course Duration

Track Regular Track Weekend Track Fast Track

Course Duration 30 – 40 Days 5 Weekends According to your Convenience

Hours 2 hours a day 6 hours a day Fits your Requirements

Preparing Mode Live Classroom Live Classroom

Information Science Course Syllabus

Information Science Course Syllabus in SLA is readied remembering the Requirements of the Candidates, additionally conceived by the business models.

Information Science with Python

Prologue to Data warehousing

Kinds of Scripts

Distinction between Script and Programming Languages

Highlights of Scripting

Restriction of Scripting

Kinds of programming Language Paradigms

Prologue to Python

Who Uses Python?

Qualities of Python

History of Python

What is PSF?

Introduce Python with Diff IDEs

Highlights of Python

Constraints of Python

Python Applications

Various Modes in Python

Python File Extensions

SETTING PATH IN Windows

Python Sub Packages

Employments of Python in Data Science

Employments OF PYTHON IN IOT

Working with Python in Unix/Linux/Windows/Mac/Android

Python New IDEs

PyCharm IDE

Step by step instructions to Work on PyCharm

PyCharm Components

Investigating process in PyCharm

PYTHON Install Anaconda

What is Anaconda?

Coding Environments

Spyder Components

General Spyder Features

Spyder Shortcut Keys

Jupyter Notebook

What is Conda?

Conda List?

Jupyter and Kernels

What is PIP?

Python Sets

How to make a set?

Emphasis Over Sets

Python Set Methods

Python Set Operations

Association of sets

Worked in Functions with Set

Python Frozenset

Python Dictionary

How to make a lexicon?

PYTHON HASHING?

Python Dictionary Methods

Python OS Module

Shell Script Commands

Different OS activities in Python

Python File System Shell Methods

Python Exception Handling

Python Errors

Normal Run Time Errors in PYTHON

Special case Handling

Disregard Errors

Statements

Utilizing Assertions Effectively

Further developed PYTHON

Python Iterators

Python Generators

Python Closures

Python Decorators

Python @property

Python XML Parser

What is XML?

Contrast among XML and HTML

Contrast among XML and JSON and Gson

The most effective method to Parse XML

The most effective method to Create XML Node

Python versus JAVA

XML and HTML

Multi-Threading

What is Multi-Threading

Stringing Module

Characterizing a Thread

String Synchronization

Web Scrapping

The segments of a page

Excellent Soup

Urllib2

HTML, CSS, JS, jQuery

Dataframes

PIP

Introducing External Modules Using PIP

Succession or Collections in Python

Strings

Unicode Strings

Records

Tuples

cradles

xrange

Python Lists

Records are impermanent

Getting to Lists

Rundown records

Crossing a rundown

Python TUPLE

Points of interest of Tuple over List

Pressing and Unpacking

Looking at tuples

Making settled tuple

Utilizing tuples as keys in word references

Erasing Tuples

Cutting of Tuple

Tuple Membership Test

Propelled Python

Python Modules

The import Statement

The from… import Statement

Making User characterized Modules

Python Module Search Path

Bundles in Python

What is a Package?

Prologue to Packages?

py document

Bringing in module from a bundle

Making a Package

Making Sub Package

Bringing in from Sub-Packages

Well known Python Packages

Document Handling

What is an information, Information File?

Document Objects

Document Different Modes

document Object Attributes

Catalogs in Python

Working with CSV documents

Python Class and Objects

Article Oriented Programming System

Characterize Classes

Making Objects

Access Modifiers

Python Namespace

Self-variable in python

Trash Collection

Python Multiple Inheritance

Over-burdening and Over Riding

Polymorphism

Reflection

Epitome

Python Regular Expressions

What is Regular Expression?

Normal Expression Syntax

Understanding Regular Expressions

Normal Expression Patterns

Exacting characters

Discovering Pattern in Text (re.search())

Utilizing re.findall for content

Python Flags

Techniques for Regular Expressions

Unit Testing with PyUnit

What is Testing?

Kinds of Testings and Methods?

What is Unit Testing?

What is PyUnit?

Test situations, Test Cases, Test suites

Prologue to Python Web Frameworks

Django – Design

Favorable circumstances of Django

MVC and MVT

Introducing Django

Planning Web Pages

HTML5, CSS3, AngularJS

GUI Programming-Tkinter

Presentation

Parts and Events

Including Controls

Section Widget, Text Widget, Radio Button, Check Button

Rundown Boxes, Menus, Combo Box

Information Science with R Training

Presentation

What are Data Analysis, Data Analytics and Data Science?

Business Decisions

Contextual investigation of Walmart

Different examination apparatuses

Graphic

Prescient

Web Analytics

Google Analytics

Different Analytics apparatuses

R and highlights

Advancement of R?

Huge information Hadoop and R

Working with R and RStudio

R and R Studio Installation

Information Types

Scalar

Vectors

Network

Rundown

Information outlines

Components

Taking care of date in R

Change of information types

Administrators in R

Bringing in Data

CSV records

Database information (Oracle 11g)

XML records

JSON records

Perusing and Writing PDF records

Perusing and Writing JPEG records

Sparing Data in R

Controlling Data

Cbind, Rbind

Arranging

Amassing

dplyr

Restrictive Statements

On the off chance that … else

For circle

While circle

Rehash circle

Capacities

Apply()

sApply()

rApply()

tApply

Factual Concepts

Unmistakable Statistics

Inferential Statistics

Focal Tendency (Mean,Mode,Median)

Theory Testing

Likelihood

tTest

zTest

Chi Square test

Connection

Covariance

Anova

Prescient Modeling

Direct Regression

Ordinary dissemination

Thickness

Information Visualization in R utilizing GGPlot

Box Plot

Histograms

Dissipate Plotter

Line diagram

Bar Chart

Warmth maps

Information Visualization utilizing Plotly

3D-see

Geo Maps

Misc. capacities

Invalid Handling

Consolidation

Grep

Sweep

Advance Topics in R

Content Mining

Exploratory Data Analysis

AI with R (idea)

Information Science with SAS Training

Begun Using SAS Software

The SAS Language

SAS Data Sets

The Two Parts of a SAS Program

The DATA Step's Built-in Loop

Picking a Mode for Submitting SAS Programs

Windows and Commands in the SAS Windowing Environment

Presenting a Program in the SAS Windowing Environment

Perusing the SAS Log

Review Your Results in the Output Window

Making HTML Output

SAS Data Libraries

Review Data Sets with SAS Explorer

Utilizing SAS System Options

Getting Your Data into SAS

Techniques for Getting Your Data into SAS

Entering Data with the Viewtable Window

Perusing Files with the Import Wizard

Revealing to SAS Where to Find Your Raw Data

Perusing Raw Data Separated by Spaces

Perusing Raw Data Arranged in Columns

Perusing Raw Data Not in Standard Format

Chosen Informats

Blending Input Styles

Perusing Messy Raw Data

Perusing Multiple Lines of Raw Data per Observation

Perusing Multiple Observations per Line of Raw Data

Perusing Part of a Raw Data File

Controlling Input with Options in the INFILE Statement

Perusing Delimited Files with the DATA Step

Perusing Delimited Files with the IMPORT Procedure

Perusing PC Files with the IMPORT Procedure

Perusing PC Files with DDE

Transitory versus Permanent SAS Data Sets

Utilizing Permanent SAS Data Sets with LIBNAME Statements

Utilizing Permanent SAS Data Sets by Direct Referencing

Posting the Contents of a SAS Data Set

Working with Your Data

Making and Redefining Variables

Utilizing SAS Functions

Chosen SAS Functions

Utilizing IF-THEN Statements

Gathering Observations with IF-THEN/ELSE Statements

Subsetting Your Data

Working with SAS Dates

Chosen Date Informats, Functions, and Formats

Utilizing the RETAIN and Sum Statements

Disentangling Programs with Arrays

Utilizing Shortcuts for Lists of Variable Names

Arranging, Printing, and Summarizing

Top software technologies to learn for future 2020

Top software technologies to learn for future 2020

As we enter a new decade, technology will continue to accelerate. We see a significant increase in the proliferation of software in space travel, quantum computing and in our daily lives.

However, in the modern era, everything around us seems to be constantly changing and improving; So it's hard to know what trends to look for, and look for technology trends that could lead to significant growth in innovation over the next year and the next decade.

Fig 1.1 Software technologies to learn

Automation

Automation is a great technical term, and it is often not clear what it means. Ultimately, it means technologies like cloud computing, updated robotics, big data. For most software companies at the moment, automation is the key technology engine of your business.

Fig 1.2 Automation

Bank automation, automated manufacturing and automation ultimately reduce human effort, while maximizing profit potential.

When you look at the future of automation, there are endless possibilities. Experts believe that taking advantage of all the advanced technologies that come with automation will make our lives better and easier, and that they will continue to operate at a faster rate than today.

5G

5G technology was the topic of the CES conversation this year, and it will become a driving factor in the development of wireless technology. 5G will see its largest scale of operation in 2020, as manufacturers are bringing more 5G phones, and the world's largest telecommunications companies are rapidly using their 5G technology for purposes.

Fig 1.3 5G

5G implementation globally will bring greater broadband speeds with more reliable wireless and mobile networks. Ultimately, this will allow greater levels of automation and technology proliferation in cities and remote areas. 5G's high data transfer speed will allow driverless cars to operate easily, as they may receive real-time data in the entire city.

Not only will 5G networks accelerate your phone, it will speed up everything.

With 5G, there is growth and functionality of WiFi 6. Different technologies, both dramatically improved wireless communication protocols. WiFi 6 can increase data download speed by 3 times. The new network protocol will allow more devices connected to a given network and provide greater amounts of data.

This efficient network protocol will better support the load as it increases the amount of data consumed by Wi-Fi.

As we look forward to 2020 and the next decade, we expect wireless technology to accelerate its potential. Need cables already?

AI

AI plays with the biggest automation trend, but its advances are enough to warrant its own debate. This technology has topped the technology trend listings for many years and will continue to be one of the first in the next decade.

Fig 1.4 Artificial Intelligence

Computers can learn about the world just like humans, meaning that with AI, with the increase in computer power, computers can begin to perform more complex human tasks at lightning speed. .

Modern research projects in the field of AI allow these technologies to use facial recognition, speak through voice technologies, and interpret messages and reports. Over the next decade, we will begin to see AIs that do not need human intervention to learn and grow intelligently ... a somewhat intimidating program!

The Voice

We have seen advances in voice technology like Siri, Alexa and others, but they often do not meet human expectations, or even be useful in everyday life.

Voice is a medium that flows organically and freely and does not translate easily into digital technology. As AI and computer learning programs grow over the next decade, you can expect voice interpretation and creation software to move through your current mysterious valley and into a realm of parallel to humans.

Fig 1.5 Voice

In the future, voice commands and voice assistants will be more useful to our daily lives, blurring the line between the human technology interface. As the basic technology of these industries improves (AI, voice processing, machine learning), it will only be of high technical importance.

In the world of voice technology, a particular avant-garde feature is neural programming. This programming region, called the NLP, allows computers and systems to understand the true meaning of voice. This new programming language will give computers an understanding of deeper contextual clues such as basic human tone, teasing, pun and dual meanings.

NLP technologies will be the technology that pulls voice technology through its messy value and brings it to its full use.

Blockchain

Ah, blockchain, everyone's basic cryptocurrency technology. While the future of cryptocurrency is sometimes uncertain, blockchain is here to stay.

Blockchain technology has only been implemented in a few different fields at this time, but is ready to provide a secure infrastructure for many aspects of our digital life.

Fig 1.6 Blockchain

Blockchain is a technology that allows the technology to communicate in a secure and verifiable manner, and does an excellent job of preventing harmful actions during data transmission.

Blockchain has been a concept since the 1980s and since cryptocurrencies have attracted the most attention in recent years, blockchain has been slowly progressing in all its technology. Make sure you look for space in the years and decades to come.

Analytics

Analytics plays an increasingly important role in the growth and scale of companies around the world. Analysis cannot tell you whether you are successful in your market, but it can help you predict where the markets will move later.

Fig 1.7 Analytics

Analytics, while simple on the surface, actually involves significant amounts of data processing to make large volumes of raw data usable and useful.

With the growth of cloud computing, IoT and big data, data becomes confused and blurred. Analytical tools that use machine learning will require a much larger scale than is currently implemented to understand data, diagnose problems, and suggest actions.

In essence, analysis is a specialty in which artificial intelligence and machine learning technologies are particularly useful. Analysis will be the perfect application event for many of the emerging technologies of the next decade.