Archive for 2018

List of Top 5 Programming Languages that may have highest demand in the Future.

As we all are familiar by the fact that I.T (Information & Technology) is among the most dynamic industries in the world. How? It’s because every day we see lots of stuff and technological innovations going around us.
This makes it a very demanding and challenging field, where Developers had to really work hard and learn those newly trending programming languages so that they can keep themselves more updated and efficient.
In contrast to this One more interesting fact is that Programming is the Highest paying industries in the world. Wanna know more about it?

List of Top 5 Programming Languages that may have highest demand in the Future.


1. Kotlin

kotlin- Top 5 Programming Languages that may Dominate Future.
The first programming language in our list is Kotlin. The current hold of Kotlin on Android development clearly hinted its dominance over Android development.
This newly launched masterpiece had some powerful key features which made Java feel a bit outdated.
Kotlin is open source general purpose and object-oriented programming language which runs on JVM (Java Virtual Machine). It also proves to be very useful when you want to work on custom android apps. This also features easy coding, android studio support and much more.
Though Java is also a very powerful and preferred language for Android, but now by the introduction of this language, developers have shifted to Kotlin. There are many reasons behind this sudden shift, to know more about them.

2. Swift

Swift -Top 5 Programming Languages that may Dominate Future.
A few years back Apple decided to launch a new language which could take over its predecessor (Objective C) for Ios development. And to our surprise, it did pretty well.
So If you are a fan of “Apple” then you must be familiar with this programming language. Why? mainly because it was used to develop apps for almost every Apple device. Devices such as iPhone, iMac, MacBook, or AppleTV and much more.
it has also been observed that from past couple of years, “Swift” was getting ranked in the list of top 10 programming languages. How? mainly because of its features and syntax.
Every Ios developer had a swift certification in his pocket. Not only because swift is popular but because swift has some features and functionalities which was not offered by other Ios specific languages.
Many experienced developers also stated that there will be no competition of Swift in upcoming years as well. Which makes it to be counted into the list of  Programming Languages that may Dominate Future.

3. Python

Python- Top 5 Programming Languages that may Dominate Future.
Recently Python took over Java because of its simplicity and easy to go syntax. This language is so simple that even a 6-year old kid can code in it. It is also considered as one of the most popular object-oriented languages as it lets you focus more on the solution rather a problem itself.
Many experienced developers who were using C++ and Java have shifted to this language, as it offered them more reliability and a great set of code functionalities as well.
Well, there are some other reasons as well which made python more dominant than others such as
  • its free and open source
  • Highly-extensile and portable
  • Also has a huge set of Standard libraries in it.
This clearly made Python to be counted in the list of top 10 programming languages in the world.

4. MATLAB

Matlab- Top 5 Programming Languages that may Dominate Future.
Developed by Mathworks this language is widely preferred for data science.
It integrates computation, visualization, and programming in an easy-to-use environment where problems and solutions are expressed in familiar mathematical notation.
The algorithms written in this language is considered as fast, stable and more powerful than others in terms of mathematical problems. Also used for statistical analysis which is performed by data scientists.

5. Rust

Rust -Top 5 Programming Languages that may Dominate Future.

Rust is the most pampered language on the internet. This year according to the survey conducted by the Stack Overflow, Rust ranked the “Most Loved” programming language. This clearly signals that Rust is more popular than of its competitors such as Kotlin, java, and python.
The story behind this love was as clear as a mirror. Rust is open-source, safe, simple and has a concrete syntax as compared with legendary C and C++. The syntax is friendly to new developers who have little or almost no experience in programming. Widely used for web and operating system contexts.
Sunday 4 November 2018
Posted by learnage

“Gaming Disorder” Is A Mental Health Condition, WHO Declares

 If you open the latest edition of the International Statistical Classification of Diseases (ICD) handbook of the World Health Organization, you’ll notice that Gaming Disorder has been classified as a mental health condition.

In the handbook, the organization has placed it under the “Disorders due to substance use or addictive behaviors” category–it’s the same category which includes “Gambling Disorder” as well. Some people might find this placement apt as video games were already being called “digital drugs” by concerned parents and health specialists.

The organization further lists different reasons that could trigger the disorder:
  • Impaired control over gaming
  • Priority is given to gaming over other tasks
  • Escalation of gaming despite negative consequences
  • However, this inclusion isn’t being well received by all; many experts aren’t convinced that gaming disorder even exists in the first place.
On the other hand, Vladimir Poznyak, the WHO member who proposed the diagnosis, told CNN that the inclusion is a result of the trends and developments in the professional field as well as daily lives.

The experts have also argued that WHO’s criteria needs to be more narrowed down as it doesn’t offer a way to distinguish between severe and mild addiction.
Wednesday 20 June 2018
Posted by Sivapriya
Tag :

Cloud Infrastructure and Services Training

Overview :
This course educates participants on building cloud infrastructure based on a cloud computing reference model. The reference model includes five fundamental layers (physical, virtual, control, orchestration, and service) and three cross-layer functions (business continuity, security, and service management) for building a cloud infrastructure. 

For each layer and cross-layer function, this course covers the comprising technologies, components, processes, and mechanisms. This course takes an open-approach to describe the concepts and technologies. Upon completing this course, participants will have the knowledge to make informed decisions on technologies, processes, and mechanisms required to build a cloud infrastructure.

Course Duration :
5 Days

Audience :
This course is intended for: 
Experienced IT professionals, who may not have had exposure to cloud computing
IT professionals responsible for architecting and managing cloud infrastructure
Students and professionals who are looking to pursue career in cloud computing

Prerequisite Knowledge/Skills :
Basic understanding of computer architecture, operating system, and database
Experience in compute system, storage and network infrastructure will be an added advantage

Course Objectives :
Upon successful completion of this course, participants should be able to:
  1. Describe cloud computing, its deployment and service models.
  2. Describe the cloud computing reference model and the key considerations to build a cloud infrastructure.
  3. Describe the key components and processes required to build physical, virtual, control, and service layers of a cloud infrastructure.
  4. Describe the service orchestration, business continuity, security, and service management functions for a cloud infrastructure.

Course Outline :
The content of this course is designed to support the course objectives.

• Module 1: Introduction to Cloud Computing
▬ Essential characteristics of cloud computing
▬ Cloud service models and cloud service brokerage
▬ Cloud deployment models

• Module 2: Building the Cloud Infrastructure
▬ Cloud computing reference model
▬ Deployment options and solutions for building cloud infrastructure
▬ Considerations for building cloud infrastructure

• Module 3: Physical Layer
▬ Compute system
▬ Storage system architectures
▬ Network connectivity

• Module 4: Virtual Layer
▬ Virtual layer functions
▬ Virtualization software
▬ Resource pool and virtual resources

• Module 5: Control Layer
▬ Control layer functions
▬ Control software
▬ Software-defined approach for managing IT infrastructure
▬ Resource optimization techniques

• Module 6: Service and Orchestration Layers
▬ Service layer functions
▬ Cloud portal
▬ Cloud interface standards
▬ Protocols for accessing cloud services
▬ Service orchestration
▬ Cloud service lifecycle

• Module 7: Business Continuity
▬ Business continuity and service availability
▬ Fault tolerance mechanisms
▬ Backup and replication
▬ Cloud application resiliency

• Module 8: Security
▬ Cloud security threats
▬ Cloud security mechanisms
▬ Governance, risk, and compliance

• Module 9: Service Management
▬ Service portfolio management processes
▬ Service operation management processes

For More Details : 
Learnage Academy
No :9/20 Palamner Road,
Kondasamuthram 
Gudiyatham.
+91 8189985551 
Tuesday 23 January 2018
Posted by Sivapriya

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