What is the difference between multimedia software and communications software

Skip to content Home What are some examples of multimedia software? Ben Davis May 28, What are some examples of multimedia software? How Multimedia is useful in education?

What are advantages of multimedia? Why do we use multimedia? What are different types of multimedia? What is advantage and disadvantage of multimedia? What are the types of multimedia?

What are the components of multimedia? What is multimedia explain? Where is multimedia used? How many types of multimedia are there? Word processing is the most popular authoring and presentation activity.

In fact, it is the most common personal computing application. Organizations use desktop publishing software to produce their own printed materials like newsletters, brochures, manuals, and books with several type styles, graphics, and colors on each page.

The components required to set up a modest desktop publishing system include: a high-resolution display, a laser printer, desktop publishing software, and perhaps a scanner. The goal of presentation graphics is to provide information in a graphical form that helps end users and mangers understand business proposals and performance and make better decisions about them. It is important to note that presentation graphics does not replace reports and displays of numbers and text material.

Multimedia authoring software enables its users to design multimedia presentations. Using these packages, you can develop attractive computer-based training CBT courseware or customer presentations. This software has superior graphic imagery, computer animation, and motion video which may be combined with high-fidelity sound in combination with the text. Hypermedia are electronic documents that contain multiple forms of media, including text, graphics, video, voice messages, or other units of information such as worksheets.

In the hypermedia method of information delivery, linkages may be established among various items in a large multimedia document. These linkages enable the user to move from one topic directly to a related one, instead of scanning the information sequentially.

Hypertext is a methodology for the construction and interactive use of text databases. By definition, hypertext contains only text and a limited amount of graphics. Personal Information management PIM packages are tools that help knowledge workers track tasks, people, projects, commitments, and ideas.

These packages help end users store, organize, and retrieve text and numerical data in the form of notes, lists, clippings, tables, memos, letters, reports, and so on. The software provides the following capabilities:. Sending and receiving electronic mail. File transfer. You can download a program or a data file from a remote computer to your own workstation or upload a file to the remote computer.

Terminal emulation - enabling the personal computer to act as a terminal when required in a particular application. More and more frequently, the reason for connecting to a telecommunications network is to gain access to the resources of the Internet. Web browsers are rapidly becoming one of the most popular categories of software packages. A browser is a program that enables its user to access electronic documents in included in the Internet's World Wide Web, a collection of interlinked hypermedia databases distributed among remote sites.

Much of the applications software used in an organization needs to be programmed or customized. Programming languages are the languages which computer programs are written int.

A programming language allows a programmer or end user to develop the sets of instructions that constitute a computer program.

These languages have evolved over four generations and can be grouped into five major categories:. Machine languages are the most basic level of programming languages. They were the first generation of machine languages. Programs had to be written using binary codes unique to each computer.

Programmers had to have a detailed knowledge of the internal operations of the specific type of CPU they were using. Programs are not portable to other computers. Assembler languages are the second generation of machine languages.

They were developed to reduce the difficulties in writing machine language programs. Assembly language is also a low-level language refers to machine resources, such as registers and memory addresses , it is also specific to a computer model or a series of models.

An assembly language program is translated into a machine language by a simple translator called an assembler. Assembly languages are used today only when tight control over computer hardware resources is required, such as in certain systems programs, particularly those for real-time computing. Uses symbolic coded instructions which are easier to remember.

Programming is simplified as a programmer does not need to know the exact storage location of data and instructions. Efficient use of computer resources is outweighted by the high costs of very tedious systems development and by lock of program portability. Assembler languages are unique to specific types of computers. High-level languages are the third generation programming languages. These languages provide statements, each of which is translated into several machine-language instructions.

Easier to learn and understand than an assembler language as instructions statements that resemble human language or the standard notation of mathematics. Have less-rigid rules, forms, and syntaxes, so the potential for error is reduced. Are machine-independent programs therefore programs written in a high-level language do not have to be reprogrammed when a new computer is installed. Programmers do not have to learn a new language for each computer they program.

Less efficient than assembler language programs and require a greater amount of computer time for translation into machine instructions. The fourth-generation languages 4GLs specify what needs to be done rather than detailing steps to doing it. Use nonprocedural languages that encourage users and programmers to specify the results they want, while the computers determines the sequence of instructions that will accomplish those results.

Use natural languages that impose no rigid grammatical rules. Less efficient in terms of processing speeds and amount of storage capacity needed. A number of languages could lay claim to belonging to the fifth generation. The following types of programming languages are likely to influence the development of such a new paradigm:.

Object-oriented programming OOP languages tie data elements and the procedures or actions that will be performed on them, together into objects. Languages that facilitate parallel processing in systems with a large number of processors. Functional languages such as LISP , based on the mathematical concept of computation as an application of functions. Limited subsets of natural languages which can be processed thanks to the progress in artificial intelligence.

OOP languages are easier to use and more efficient for programming the graphics-oriented user interface required by many applications. A variety of software packages are available to help programmers develop computer programs. For example, programming language translators are programs that translate other programs into machine language instruction codes that computers can execute.

Other software packages called programming tools help programmers write programs by providing program creation and editing facilities. Along with Word Art features, the font option lets you change font color, effect, and style as per your choice.

Grammar and spell check options are also available to check for errors. Simulation application software is used in the fields of military engineering, practical education in certain industries, machinery testing, industrial training, video games, etc. It is used where work on the actual system or physical environment can be hazardous. It is a program that lets you study or observe an operation, or phenomenon through simulation without actually doing that operation. The best examples of simulation are in the field of robotics, flight systems, and weather forecast, etc.

Augmented Reality and Virtual Reality technologies are also used to develop application software that support simulations. Application software can also be classified based on their shareability and availability.

Some such categories are:. As the very name indicates, it is available free of cost. You can download freeware application software from the Internet and use it without any fee. However, this software does not allow you to modify it or charge a fee for distributing it.

This is distributed freely to the users on a trial basis, usually with a limited time offer. The users are expected to pay if they want to continue to use this application software. This type of application software is available along with the source code that allows you to modify the software, and even add features to the software. These could either be free or paid. Moodle and Apache Web Server are examples of open-source application software. Most of the application software packages that you use belong to this category.

These are usually chargeable and have intellectual property rights or patents over the source code. It usually comes with restricted use. Application software programs are designed to facilitate a large number of functions. Some of these include:. Case Study: Customized web application connects low-income individuals to the right legal aid services.

Download Now! With custom application software , you can integrate your CRM with other critical business systems. It gives you more reliable and up-to-date customer information so that your customer service agents can answer queries and respond to calls more quickly and efficiently.

Improved customer service leads to increased customer satisfaction. When you develop custom application software with a reputed partner like Fingent, we help you integrate the newly developed software with your existing systems in the most secure way.

It helps you have complete control over the third-party systems integrated into your software. The application software resides within your firewall and is upgraded and maintained throughout.