Solved Assignment 2 Code 1431 Autumn 2016 - AIOU Assignments

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Solved Assignment 2 Code 1431 Autumn 2016


Solved Assignment 2 Code 1431 Autumn 2016. This is second aiou Solved Assignment 2 Code 1431 Autumn 2016 for the subject code 1431 ICT for the semester autumn 2016. Aiou solved assignment 2 code 1431 spring 2017, cSolved Assignment 2 Code 1431 Autumn 2016, and autumn 2016 aiou solved assignment 2 code 1431


Answer-:- Multimedia Kiosk: – A multimedia kiosk is any type of large computer terminal, most often located in a public place, which the general public may use for various purposes. An ATM is a type of multimedia kiosk, for instance; a user can walk up to the terminal, insert a debit card, and withdraw money from an account without needing to interact with a bank teller or other employee. Multimedia kiosks are often found in places such as supermarkets, shopping malls, airports, and convenience stores, among others, and most feature convenient touch screens. Though an ATM is probably the most common type of multimedia kiosk, there are many others available as well. A photo printing kiosk is very common. These often have different functions; for instance, one may be able to insert the memory card from a digital camera. The photos will then be loaded onto the screen, where the user can individually select which photos he or she wants to print.

Solved Assignment 2 Code 1431 Autumn 2016

In addition to selecting the photos to be printed, the user may be able to make changes to size, change photos from color to black and white, or add colorful borders to the photos, among other changes. Some photo printing kiosks can print the pictures immediately, while others must be printed by a store employee, and may usually be picked up within one hour to one day. Other types of photo printing kiosks allow one to scan in a physical photo or multiple photos on a flatbed scanner, and the photo can then be manipulated, enhanced, or reprinted without damaging or changing the original.

Another type of interactive multimedia kiosk is a DVD rental kiosk. These allow customers to insert payment, generally through cash or a credit card, and select a DVD to rent. The customer may then return the DVD to the kiosk when he or she is finished watching it. These are just a few of the many different types of multimedia kiosks available, many of which can be customized for different purposes at schools or companies. Some businesses even allow their employees to clock in and out of work through the use of a multimedia kiosk.

If a business wishes to add a multimedia kiosk to their location, it is up to them to purchase or rent the machine. The business is typically responsible for maintaining the kiosk, though the distributor generally offers support services for a fee as well. Many people enjoy the convenience and ease of use of a multimedia kiosk, and find that it benefits their business to have one.

COMPUTER HARDWARE:- Computer hardware is the collection of physical elements that constitutes a computer system. Computer hardware refers to the physical pans or components of a computer such as the monitor, mouse, keyboard, computer data storage, hard drive disk (HDD), system unit (graphic cards, sound cards, memory, motherboard and chips), etc. all of which are physical objects that can be touched. In contrast, software is instructions that can be stored and run by hardware.

aiou solved assignment 2 code 1431 autumn 2016

Computer Hardware is the physical part of a computer, as distinguished from the computer software that executes or runs on the hardware. The hardware of a computer is infrequently changed, while software and data are modified frequently. The term soft refers to readily created, modified, or erased. These are unlike the physical components within the computer which are hard.
When you think of the term computer hardware you probably think of the guts inside your personal computer at home or the one in your classroom. However, computer hardware does not specifically refer to personal computers. Instead, it is all types of computer systems. Computer hardware is in embedded systems in automobiles, microwave ovens, CD players, DVD players, and many more devices. In 2003, only 0.2% of all microprocessors sold were for personal computers. How many other things in your house or your classroom use computer hardware? Inside Computer.
SOFTWARE DISTRIBUTION:- The SMS software distribution feature automates the distribution of programs to SMS clients. These programs run on the client computers to perform tasks such as installing software or scanning the client’s hard drives for viruses.
Using software distribution eliminates the inefficient process of providing thousands of software CDs to users, along with programs and instructions. The automated process of program distribution eliminates user errors such as entering incorrect values in prompts, running incorrect programs, or entering incorrect arguments. By using software distribution, clients can successfully run programs and install software without needing to know how to run these programs or which setup options are best for them. Clients do not need to manage their own software installations. Instead, you centrally define and control how and when programs run on client computers. You can choose how little or how much users manage.
Central management of the software distribution in your organization allows you to monitor the distribution process from beginning to end. SMS generates detailed status messages that allow you to monitor individual clients and to provide assistance to those clients that are having difficulties running a program.
For clients with Windows Terminal Services (Remote Administration mode or Application Server mode) enabled, software distribution icons and messages are limited to the console session. On clients that are remote controlled by using Remote Assistance, Remote Desktop, or SMS Remote Control, software distribution icons function regularly. Software distribution functionality to site systems that have Windows Terminal Services enabled is limited.
COMPILER AND INTERPRETER:- A Compiler and Interpreter both carry out the same purpose — convert a high level language (like C, Java) instructions into the binary form which is understandable by computer hardware. They are the software used to execute the high level programs and codes to perform various tasks. Specific compilers/interpreters are designed for different high level languages. However both compiler and interpreter have the same objective but they differ in the way they accomplish their task i.e. convert high level language into machine language. Through this article we will talk about the basic working of both and distinguish the basic difference between compiler and interpreter.
Solved Assignment 2 Code 1431 Autumn 2016
A compiler is a piece of code that translates the high level language into machine language. When a user. Writes a code in a high level language such as Java and wants it to execute, a specific compiler which is designed for Java is used before it will be executed. The compiler scans the entire program first and then translates it into machine code which will be executed by the computer processor and the corresponding tasks will be performed.

Shown in the figure is basic outline of the compilation process, here program written in higher level language is known as source program and the converted one is called object program.

INTERPRETER:- Interpreters are not much different than compilers. They also convert the high level language into machine readable binary equivalents. Each time when an interpreter gets a high level language code to be executed, it converts the code into an intermediate code before converting it into the machine code. Each part of the code is interpreted and then execute separately in a sequence and an error is found in a part of the code it will stop the interpretation of the code without translating the next set of the codes.Outlining the basic working of the interpreter the above figure shows that first a source code is converted to an intermediate form and then that is executed by the interpreter.

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