Top 10 uses of python-Why choose Python?

Why Choose Python?

Computer programming is one of the most popular and demanding courses in the field of technology. Programming is actually a revolutionary subject that has taken the world by storm. People today, are so busy in their tough routines that they want to get their tasks accomplished within no time. Programmers and developers have made their lives hassle free by developing problem solving apps and software that could perform complicated tasks within a fraction of seconds. However, in order to develop fast and more efficient apps and programs, programmers usually demand for some user friendly programming language so that they could develop apps and programs in a more convenient environment. To fulfill this demand of programmers, python has been developed. Python is basically an object-oriented programming language. It is also referred to as a high-level programming language. It was initially released in the year 1991. Being a high level programming language, it enables straight and easy programming for both small and large applications. It basically emphasizes on the code re-usability, readability and using white space. The most important fact about python is that Python uses expressions similar to C language. Python supports multiple programming paradigms like functional programming, imperative and procedural programming as well.

Besides it's other advantages, Python can be more user-friendly. Here below are the uses of python language for different reasons:

1. Developing Multipurpose Applications:

Python can be used for developing different applications like web applications, graphic user interface based applications, software development application, scientific and numeric applications, network programming, Games as well as 3D applications. Besides this, some business applications can also be developed by using Python. 

2. Multiple Programming paradigms:

One basic reason for which python is preferred by most of the programmers is because of its providing continuous support to several programming paradigms. As it supports object-oriented programming as well as structured programming. The features of python can support various concepts of functional programming language. It is used for dynamic type system and also for automatic memory management. 

3. Standard Library:

Python is mainly considered the most efficient programming language for developing programs and applications. The reason is that it has a large and robust standard library for developing the applications. The standard library helps in using the different range of modules available for Python. As this module helps you in adding the functionality without writing any more code. In order to get to know about various modules, documentation on python standard library can be referred. While developing any web application, implementing web services, performing string operations and other usages like interface protocol, the standard library documentation helps.

4. Access of Database:

Database can be accessed easily and more conveniently by using Python. This type of programming language also helps in customizing the interfaces of different databases like MySQL, Oracle, Microsoft SQL Server, PostgreSQL, and other database. It is used for standard database API and freely available for download.

5. Compatible with major systems:

This type of programming language is actually developed for modern programmers as it saves developer's time. This is because Python is compatible with almost all the major systems and platforms so that can be used for developing applications. As python is an interpreted high level language, its code can be used on several platforms for developing programs and applications.

6. Make complicated developments simple:

Python is a general purpose programming language. It is used for developing complicated applications and programs in a more simple and convenient way. Complex programs such as scientific and numeric applications are developed for both desktop and web without putting extra efforts. And hence, the programs are developed in a more efficient way.

7. Easy to read the Code:

The simple and easily understandable syntax of Python makes it readable as well as reusable. Because of it's simple syntax, python can be used wherever it is required. Code readability is indeed a remarkable feature of this programming language that makes it more preferable than other languages.

8. A lot of Open Source Tools:

A variety of open source tools makes this programming language easily available and accessible to all the programmers. This basic feature of python helps beginners take a start in the world of programming without getting worried about putting extra cost.

9. Developing useful applications:

Many useful and problem solving applications are developed using this high level programming language. Applications like Robotics, Artificial Intelligence, scripting, Data Analysis, Face detection, Color Detection etc are developed using Python. Besides these, some video based and audio based apps are also developed using this programming language.

10. Adopting Test Driven Development:

Being a general purpose high level programming language, python makes coding easier and efficient. Moreover, by adopting test driven development approach, python can make testing of the code which makes this programming language more favorite among the programmers.

Top 10 most popular programming languages of the world

Software, a program that is basically developed to solve critical problems by making them simple enough for the end-users that they could figure them out within a fraction of seconds. Computer software and programs have revolutionized the world by sorting out the problems and making complicated tasks easier. Software engineers, who develop these amazing software, need to learn specific programming languages. 2019 has come up with so many programming languages that it's becoming difficult for the beginners to choose the right programming language to take a start with. One of the easiest ways to pick the best programming language to learn for 2019 is by listening to what the market says, where the tech trend is going...

Different programming languages are used for developing different applications and software for smartphones, desktops etc. Some languages are chose to develop games for mobiles and pc whereas some are considered best for web development. However, it depends upon the interests and personal skills of a programmer which programming language he should choose to work with.

Top 10 programming languages of the world

Here are the top 10 programming languages of the world you should better consider to take a start with:

1. JavaScript

It would sound ridiculous if you are a software developer and you haven't used JavaScript. The first one in the list is JavaScript, it seems impossible to imagine software development without JavaScript.

JavaScript is one of those programming languages that play major role in front-end development. Even some of the major social media platforms believe that it is more convenient to develop web pages by using JavaScript. JavaScript is most preferred programming language because of its compatibility with all the major browsers and it is really flexible with the syntax it holds. The beginner usually consider JavaScript a best programming language to take a start with.

2. Java

Java is one of the most popular programming languages that is used widely for developing applications both for mobile phones and for desktop and has been the ruling programming language for the last 20 years. Java is 99% object-oriented and is robust as java objects contain no references to data external to themselves. It is simpler than C++ because Java uses automatic memory allocation and garbage collection.

3. Python

Python is one of the user-friendly programming languages as it's syntax is clear, intuitive and almost similar to the English language. Python is somehow similar to JavaScript. Python is basically a general purpose language that is most oftenly used for developing websites, web applications as well as desktop GUI applications. The simple syntax of this high level programming language attract the beginners to use it for creating software and apps.

4. C/C++

C has made a strong contribution to the world of programming. Mostly C is used to give students an introduction to programming. Even, nowadays, it is seen, whenever there is a need to build high-performance applications, C remains the most popular choice.

Linux OS is C based. And C++ is the hybrid version of C. C++ is an object-oriented programming language which is built on C; therefore it is preferred over others for designing higher-level applications.

5. PHP

PHP stands for Hypertext Preprocessor. PHP is a general-purpose programming language. Clearly, PHP is a scripting language, which runs on a server. Mainly, php is used to create web pages written in HTML. It is popular because it is free, cheap, easy to set up and simple to use for new programmers. This programming language is most widely utilized for web development all around the world. Programmers and web developers consider this language most vital to create web pages and websites.

6. C#

C# is another powerful object-oriented programming language developed by Microsoft in 2000. C-sharp is basically used for developing desktop applications and requires a .NET framework to function. Moreover, C# has a variety of features which makes it easier to learn for the beginners. It's code is consistent, and logical as compared to C++. 

7. Swift

Swift is basically a general-purpose programming language that is developed by Apple Inc. It is an open-source, compiled programming language. It's fun to use such a type of user friendly programming language that's why it is majorly used by beginners who want to learn coding to develop software. Swift is considered to be a faster, more secure, and easier to read and debug than its predecessor Objective-C.

Unlike Objective-C, Swift requires less code, resembles with English so that it would be easier for the programmers to move from JavaScript, Java, Python, C# and C++ to Swift.

8. Objective-C

Objective-C is an object-oriented programming language. It is used by Apple for the OS X and iOS operating systems and their application programming interfaces (APIs). It was developed in the 1980s and came in usage by some of the earliest operating systems.

Objective-C is object-oriented as well as a general purpose high level programming language. You can also call objective-C a hybrid C because of the features it adds to C programming language.

9. SQL

SQL stands for Structured Query Language, This type of programming language is basically developed to operate databases. Data that is stored in the relational database is usually managed by such a type of programming language. SQL stores, retrieve as well as manipulates this stored data. 

SQL keeps data precise and secure, and it also helps in maintaining the integrity of databases, irrespective of its size.

SQL is used today across web frameworks and database applications. SQL developers are in great demand and offered high pay scales by reputed organizations.

10. Ruby

Ruby is also one of those high level programming languages that are developed to facilitate programmers and beginners by giving them a user-friendly environment. It is an open source, dynamic programming language, focused on simplicity and productivity. In other words, it does not have hard rules and it is a high-level language which resembles with the English language to a great extent.

Top 10 Computer Science jobs you should apply for

After the completion of studies, the foremost need is career building. Students strive for achieving their goals and struggle hard to get jobs according to their fields. Its a fact that most of the people prefer to choose those study fields which they think have more scope even though they are not at all interested to go with. That's because they want to have better careers by achieving good jobs and so having better lifestyles. Talking about the study fields, we all know how the field of computer science have taken the world by storm. Today, students are picking this field all over the world as computer science is becoming the most popular field internationally from career point of view.

Top 10 Computer Science jobs

There are many different job possibilities for the computer science major. However, it depends upon your personal interests and skills that which job would be your preference. Here are Top 10 Computer Science jobs you should think to apply for:

1 Software Developer

One of the most scopic computer science fields is software development. Software developers develop software programs that allow users to perform specific tasks on various devices, such as computers, laptops or mobile devices. Software developers are responsible for the entire development, testing, and maintenance of software program. They not only have the technical knowledge required to solve problems uniquely but also need to be fluent in the computer programming languages that are used to write the code for programs. From job point of view, software developers have more income and salaries than those belonging to other computer science fields.

2 Database Administrator

People who are doing jobs of database administrators are responsible for analyzing and evaluating the data requirements of users. End users refer to database administrators for storing and retrieving critical information. Database administrators need the problem-solving skills of the computer science major to correct any malfunctions in databases and to modify systems as the needs of users evolve.

3 Computer Hardware Engineer

Everything belonging to computer hardware components is concerned with computer hardware engineers who are responsible for designing, developing, and testing computer components, such as circuit boards, routers, and memory devices. Computer hardware engineers need to have a combination of creativity and technical expertise. They must be aware of all technicalities to create hardware that can hold the latest programs and applications. Computer hardware engineers must have the perseverance to perform comprehensive tests of systems, again and again, to ensure the hardware is functioning properly.

4 Computer Network Architect

For network design, implementation and maintenance, we usually hire a computer network architect. A computer network architect is not only responsible for network maintenance but also for data communication systems including local area networks (LAN), wide area networks (WAN), extranets, and intranets. They determine the needs of organizations and companies for data sharing and communications. In addition, computer network architects also evaluate the products and services available in the marketplace. They test systems before implementation and sort out problems as they occur after the setup is in place. A person performing the job of Computer network architect need to have the analytical skills to evaluate computer networks.

5 Computer Systems Analyst

Computer systems analysts are basically hired to resolve technical issues of hardware and software and to modify an organization setup. In other words, we can say that a computer analyst job is to determine an organization's computer systems and suggest changes to hardware and software to enhance the company's efficiency. Because this job demands regular communication with managers and employees, computer systems analysts need to have strong communication skills. It completely depends upon computer systems how they would convince staff and management to adopt technology solutions that withstand organizational needs. Curiosity and inquisitiveness for continual learning to track trends in technology and research cutting-edge systems is the basic requirement for such a type of job. Also, Systems analysts need business skills to know what is best for the entire organization.

6 Web Developer 

A web developer whose job is basically developing a website, needs to be skillful enough as he not only writes the code for web development but also makes sure that all the web pages are accessible ad can be downloaded from any browser easily.Web developers determine the needs of the end-users so that they can design the related website accordingly. They create the technical structure for websites. Web developers structure sites to maximize the number of page views and visitors through search engine optimization.

7 Information Security Analyst 

Data security and protection is the major fact that is considered when forming a computer network. Information security analysts job is to create systems to protect information networks and websites from cyber attacks. They are also responsible for researching trends in data security to anticipate problems and install systems to prevent issues before they occur. Information security analysts also modify or repair security systems. 

8 Computer and Information Research Scientists 

This kind of job requires intensive research and study to modify the existing technology. Computer and information research scientists are basically hired so that they can enhance the existing system and suggest improvements in the technological computer gadgets. They study and solve complex problems in computing for business, science, medicine, and other fields. Computer and information research scientists write algorithms that are used to detect and analyze patterns in very large data sets.

9 Computer and Information System Managers 

Computer and information system managers determine the technology needs of a particular organization and overview the implementation of appropriate data systems. They should know technicalities to evaluate software, hardware, networking, and other technology resources for purchase or development. Because computer and information systems managers hire, train and supervise staff, that's why interpersonal skills are necessary.

10 IT Project Manager 

An IT Project manager coordinates the struggles of a team of programmers and analysts to complete projects. He also determines technical problems for his organization or a client's organization, and hence suggest solutions for improving and enhancing the product. Problem-solving skills and a vast knowledge of technology and computer systems is required for such a type of job. Along with that, strong communication skills are also required so that they can convey the issues and problems that can occur in the design of a particular system.

List of 20 most Frequently Asked Questions about Operating System

Mostly; the Information Technology departments or computer related departments of an organization use to ask questions while taking interviews for hiring employees. Most often; they ask questions about operating system as this is the vital component of a computer system. Here is the list of 20 most Frequently Asked Questions about Operating System.

Questions:

1. How does an operating system work?

2. Give a short description of kernel.

3. How do you define the boot process?

4. What is the importance of an operating system in a computer?

5. How does an operating system manage memory?

6. What is the basic purpose of virtual memory?

7. Describe the term thrashing.

8. How does an operating system control devices attached to computer?

9. Why is operating system loaded in the computer memory before software applications?

10. What is embedded operating system?

11. Which feature of Linux is different from other operating systems?

12. Describe multipurpose operating system.

13. How is an operating system different from utility programs?

14. What is open source software?

15. How are network operating systems different from stand alone operating systems?

16. What is the purpose of stand-alone utility programs?

17. What is OS X Server?

18. What are the functions of different utility programs?

19. What is the difference between multitasking and time sharing systems?

20. Why should open source software be used?

Answers:

1. How does an operating system work?

Ans: The operating system runs and checks whether all the parts of computer are working properly when the computer is turned on. After loading, operating system manages all the operations on the computer.

2. Give a short description of kernel.

Ans: Kernel is one of the essential most components of operating system. It is loaded in RAM when we turn on the computer. It is the responsibility of kernel to start all applications, manage devices and memory and perform other essential operations.

3. What happens in the booting process?

Ans: The kernel and necessary instructions of operating system are replicated from hard disk to RAM when booting process takes place. Moreover; a series of tests is conducted on the main memory of computer, input and output devices, disk drives and hard disk.

4. What is the importance of an operating system in a computer?

Ans: An operating system is one of the most critical pieces of software that controls all the activities of computer system. Furthermore; the operating system boots the computer, launches application software as well as ensures that all the actions are processed in an order. Also; the operating system allocates memory to different programs, controls all devices and hardware components that are attached to a computer and facilitates by connecting to the web.

5. How does an operating system manage memory?

Ans: During the time of execution, Random Access Memory is used to store data temporarily. Operating system allocates the memory area to various programs. When the program finishes, the memory area is deallocated.

6. What is the basic purpose of virtual memory?

Ans: Some operating systems allocate a part of storage medium such as hard disk as additional RAM. A part of a running program can be in RAM and the remaining part may be on hard disk. This is the main purpose why we use virtual memory.

7. Describe the term thrashing.

Ans: The condition in which excessive time of operating system is wasted in paging instead of execution of program is known as thrashing.

8. How does an operating system control devices attached to computer?

Ans: That's the device drivers that make operating system control all attached computer devices like mouse, keyboard etc. A device driver is a program that tells an operating system how to communicate with a device. Every attached device has its own device driver. The operating system loads the drivers of all the devices when computer boots.

9. Why is operating system loaded in the computer memory before software applications?

Ans: It’s not at all possible to load application software before loading operating system in the memory as software applications cannot even interact with computer system without operating system.

10. What is embedded operating system?

Ans: These are the specific types of operating systems that are designed to control a particular task i.e. to run devices like ATM, digital video recorder, microwave, automatic washing machine etc. Embedded operating systems are often used in devices for providing maps and directions as well.

11. Which feature of Linux is different from other operating systems?

Ans: The basic feature of Linux that is different from other operating systems is that its source code remains public.

12. Describe multipurpose operating system.

Ans: Such a type of operating system that works both as desktop and server operating system is called multipurpose operating system. Examples are Unix and Linux.

13. How is an operating system different from utility programs?

Ans: Operating system is a group of programs that controls all computers operations as well as devices attached to a computer system. On the other hand utility program is a type of system software that can perform a specific task only i.e. to manage computer and its devices.

14. What is open source software?

Ans: Such a type of software in which the code is freely available for public to improve is known as open source software.

15. How are network operating systems different from stand alone operating systems?

Ans: Network operating system is the one supporting networks. A network operating system organizes how multiple users can access and share resources over network. Contrary to that, a standalone operating system works on a PC i.e. a desktop computer or a laptop computer.

16. What is the purpose of stand-alone utility programs?

Ans: The facilities provided by a stand-alone utility program are usually not available in an operating system. For example, if we talk about an antivirus program, it protects computer from viruses. Similarly a utility program like file compression software which is used to compress the size of a file. The operating system cannot perform such tasks.

17. What is OS X Server?

Ans: OS X Server is a server version of Mac OS X. It is developed by Apple. It makes it convenient for the organizations to collaborate, share files, host websites as well as mail servers on Mac computers and iOS devices.

18. What are the functions of different utility programs?

Ans: There have been many useful utility programs that facilitate us performing various complicated tasks. Some of them are as follows: 1.  File viewer is used to view and manage files, 2. Disk scanner is used to detect disk problem,  3. Antivirus is used to detect and removes computer viruses 4. Backup utility program is used to make backup of several files.  5. File compressor is developed to compress the size of large files.

19. What is the difference between multitasking and time sharing systems?

Ans: Usually in multitasking systems, the processor executes small tasks like finding a record, making a calculation etc. However, in time sharing systems, the processor executes each task for a fixed amount of time and moves to the next task as soon as the time finishes.

20. Why should open source software be used?

Ans: It’s quite advantageous to use open source software as it has no restrictions from the copyright holder. Moreover, the user can also make desirable changings in the software's instructions and redistribute the software.

Top 20 Data Communication FAQs and their Answers

Whether you are going to prepare for an interview or you need to appear in viva, the questions related to data communication that are asked most frequently and extensively in every kind of examination are given below:

Top 20 Data Communication FAQs and their Answers

1. What do you mean by data communication?

Ans: Such a process, in which data is transferred electronically from one device to another, is what we call data communication. Data is transferred using different communication media. Data which is to be communicated from one place to another can be in the form of text, graphics, videos etc.

2. What is the Difference between the terms "signal and "signaling"?

Ans: Signal is basically an electromagnetic or light wave that transmits the data from one place to another whereas the term signaling refers to the propagation of these signals across the communication medium.

3. What are the necessary elements of data communication?

Ans: Some of the necessary data communication elements are given below along with a short description:

Sender: the device that sends the message (also known as source or transmitter)

Receiver: the device that receives the message from a sending device (also known as sink)

Medium: the physical path connecting the sender and receiver for data transmission.

Transmission medium: the path through which data is transferred

Protocol: the set of rules governing the communication i.e. it’s a sort of agreement between communication devices.

4. How can you differentiate simplex and half duplex mode of data transmission?

Ans: In simplex data transmission mode, data transmission can occur in only one direction i.e. the data transmission is unidirectional whereas in case of half duplex mode, data transmission is bidirectional. Data in half duplex data transmission mode can flow in both directions but not at the same time.

5. What is analog and digital signal?

Ans: Analog signal is a variation in a smooth way over time; for example: speech. In case of analog signals, we can have infinite number of values in a range. On the other hand, digital signal maintains a constant level and then changes to another constant level, e.g., binary 1's and 0's.

6. What do you know about parallel and serial data transmission?

Ans: parallel data transmission: such a unidirectional method of data transmission in which groups of bits are sent at the same time over multiple wires. Each bit is transmitted over separate line in parallel data transmission.

Serial data transmission: a slow most type of data transmission in which data is transferred one bit at a time. Each individual bit in a serial data transmission travels along its own communication path.

7. How does asynchronous transmission take place?

Ans: Data is transmitted character by character in asynchronous data transmission. This transmission method uses a special start signal. This start bit has a value of 0. This value indicates that a character is about to be transferred. Thus the receiver is got alert and gets ready to receive the character. If the start bit has the value 1 then it indicates that the line is idle.

8. Why is wireless connection slower than wired?

Ans:  This is because wireless signals are susceptible to interference from devices like microwave ovens, cordless telephones and monitors. When interference affects a wireless signal, data must be re transmitted that might take extra time.

9. What factors limit the range of a wireless network signals?

Ans: Wireless network signal range can be limited by the type of signal, the strength of transmitter as well as the physical environment. As soon as the distance between the network devices increases, data signals start fading. Moreover; signal range can also be limited by thick walls, floors or ceilings. The speed also decreases with the decrease in signal strength.

10. What do you mean by communication channel?

Ans: Communication channel is the path through which data is sent or received by the communication devices. It is also known as transmission media.

11. How media is important in communication?

Ans: Without a medium; communication between devices is not possible. Even communication network cannot exist without a medium. Basic purpose of a medium is to connect source and receiver and provide path to send messages.

12. Why fiber optic cable is a popular communication medium?

Ans: Because fiber optic cable is not at all affected by the electromagnetic waves; thus it is among the fastest and popular communication medium.

13. How does cellular communication work?

Ans: Cellular communication divides a physical region into different sections known as cells. Each cell consists of a low-powered radio transceiver which is known as base station. Cells are linked together to enable a large number of cellular phones to communicate with each other.

14. For what purpose do we use satellite communication?

Ans: Generally, satellite communication is used for making international phone calls, weather forecasting and television broadcasts.

15. What is the basic drawback of Microwave System?

Ans: One of the considerable drawbacks of microwave system is that it is limited to line of sight transmission only. Thus microwave signals must be transmitted in a straight line and there shouldn't be any obstruction such as buildings or mountains between microwave stations.

16. What is attenuation?

Ans: Attenuation means "loss of energy". While travelling; the signal loses some of its energy in overcoming the resistance of the medium. That is the main reason why wires carrying electric signals get warm after sometime.

17. What is OSI model?

Ans: OSI stands for Open System Interconnection. It is a model that allows any two systems to communicate with each other even if their architectures are different. All aspects of network communications are covered by OSI model.

18. How do you differentiate the terms Unicasting, Multicasting and Broadcasting?

Ans: Unicasting: When the required message is sent from a source to a single destination node, it is called unicasting.

Multicasting: On the other hand if the message is sent to some subset of other nodes, it is called multicasting.

Broadcasting: If the message is sent to all the network nodes, then the process is called broadcasting.

19. Why we should prefer UDP over TCP?

Ans: Relying upon the data that is to be transmitted, we can say that UDP is a better choice than TCP. This is because UDP does not require sender and receiver to establish a connection for sending data. It saves user time as well as efficiency.

20. How do you distinguish between frames and packets in terms of data communication?

Ans: Generally; frames are the messages in single networks whereas packets are the messages that are sent through Internet.

What is included in Information Technology?

World today, is involved in the use of Information Technology tremendously. However still many people are unable to answer when we ask them any concise definition of Information Technology. Perhaps this confusion lies in their minds because of their lack of knowledge about the evolution of this term. Thus many people have also this question in mind that what is included in Information Technology owing to their blur and faded concepts of technology. The term information technology was first used in 1958 in an article published in "Harvard Business Review". Basically Information Technology relies on three categories i.e. processing techniques, the application of mathematical and statistical procedures to decision making and execution of our anticipations through the formation of computer programs. Thus we can say that Information Technology refers to computerize processing which involve exchange of messages, information, data conversions, data analysis and design etc. In other words everything involving any sort computing operations refers to information technology. The definition states: "Information Technology is the technology that uses computing along with high speed communication links to spread information from one place to another".

Today, Information Technology has revolutionized the world into a global village. People living in the modern age, can be connected to one another either from faraway places or across the world. Basically; information is the vital part of our life. People around the world, use to share, send, receive and communicate information in their daily routines. It’s not wrong to say that information has improved our standards of living so as information technology. Through information technology, we can spread and transmit any kind of information throughout the world. It has become a tremendous source of electronic communication today. Information Technology makes the execution of any sort of information and communication possible for us. Either it is the transmission of text messages or voice calls or it is the communication through video calling, all is possible because of the use of information technology. Thus we can conclude by answering the question "what is included in information technology" quite briefly and in an understandable way. Its simple that information technology include all kinds of computing operations as well as computerize equipment.

Top 8 Examples of Cloud Computing Services

Cloud computing has come to limelight to fulfill the requirements of today's world who need abrupt responses and thus cannot withstand the loss of data and resources. Basically cloud computing is the utilization of remote servers on the Internet to store , process as well as manage user's data and information. For more to know about Cloud Computing, read; "What is Cloud Computing?". Cloud computing has eliminated the need of storing every data on the hard drive of your PCs and laptop computers. It has basically made us independent of accessing our required data from any device anywhere in the world along with foolproof security.

Top 8 Examples of Cloud Computing Services

Companies and organizations which facilitate us by providing us with various cloud computing services are known as cloud providers. Various cloud computing services are there to help users solve their conventional problems. Here we mention top 8 examples of cloud computing services:

1. Amazon Web Services

One of the remarkable cloud computing services is Amazon Web Services serving the users by accomplishing their various tasks. It is a secure cloud computing platform that provides various services like storage, database, networking for its users.

2. Dashlane

It is an online password service that is particularly aiding by synchronizing and managing passwords between all devices. The online service is available for Mac, android, PC as well as for iOS users.

3. Google Calendar

No doubt, Google calendar is among the most advantageous cloud services solving our everyday issues within a fraction of seconds. It is used to organize schedules for official meetings, synchronize and share events with friends and relatives etc.

4. Google App Engine

It is a cloud service that enables users to create scalable web services using Google resources. It provides users a platform where they can develop and host web application in Google managed data centers.

5. Google Docs

It is free solution from the Google to open Microsoft Office documents and share them with other users with Internet access. Users of Google docs can create, import, edit, store and update spreadsheet and Microsoft Office documents in various desirable fonts and file formats.

6. Online Backup

There are available many online backup services that facilitate us by storing our data and information like Mozy and Dropbox. It’s a huge advantage for the people who have to deal with documents and files everyday and thus require their proper storage and security. Online backup cloud services help such people store their confidential data and documents which can be accessed from various devices over Internet.

7. Windows Azure

One of the cloud computing services by Microsoft that allows companies to develop and run services from their clouds. Windows Azure is specifically designed to make IT management convenient and effortless. One of the crucial purposes of developing Windows Azure was to abbreviate the overhead and personnel expenses associated with the development, distribution and upgrade of the Web applications.

8. Social Websites

Most of people might be unaware that social networks are also one of the examples of cloud computing services. Popular social networking sites like Facebook, Picasa and Youtube are also playing a part in providing its users cloud services. Social networks also help enhancing internet usability by storing heavy multimedia content in their cloud storage systems.

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