Computer software is basically a series of instructions or data that tell the computer how to perform a certain task. Often this is compared to physical hardware, where the machine actually performs the work and is constructed from different pieces that can be disassembled and put together again at a later stage. The computer software in our case is generally written language code. As computers are extremely complex machines with many different tasks that they must perform in order to run, many programs are written to run on a specific type of operating system (OS). In most cases this is the OS that is pre-configured by the manufacturer but in some cases an individual can create their own custom software to do certain tasks.
As you would expect, there is a huge amount of research done into the various types of computer software as well as the different ways in which people use them to develop their particular technologies. Much of the research has been done using the computing paradigm known as the Design Management System (DMMS). There have been some significant breakthroughs in the field over the last few years and much of the research is now carried out by software developers who are also known as computer scientists or computer engineers.
The first breakthrough was made in the 1960’s with the development of the first microprocessor. The development of this chip was taken from a novel type of instruction set that had been invented by one of the noted computer scientists of the time, John Mauchline. This paved the way for the development of the first computer software (also called a computer system) to be used on any type of hardware that had a general purpose function but did not necessarily have any type of hardware that was connected to it.
The microprocessor was essentially a machine language written in a compact form of binary language (Binary Language Machines). It worked by translating instructions within the machine code into a form that could be understood by the human machine. On this type of computer software, the programmer (the person that designed the computer software) wrote a series of instructions that would be executed by the microprocessor on another type of machine. This then became the earliest form of computer software.
The next breakthrough came with the development of the more popular language known as the Operating System. This was the most up to date computer software available at the time. The operating system was based upon the same principles of the microprocessor but unlike the microprocessor, this type of software required a human input in order for it to run. This human language became the foundation of what is now known as the computer language.
As time progressed, other forms of computer software were developed. Application programs were software that were specific to a single program or series of applications. For example, a word processor is used for writing texts, documents and articles. A spreadsheet application can be used for creating, manipulating and managing financial information. A database management system is the way that these programs are organized and run. Another form of application software is the language of the web, which is commonly used to create websites and to manage the information found on the site.
Although some people may believe that computer software engineering began with the development of the first piece of hardware, it actually began much later. One such example of software engineering that took place in the 1960’s is the development of the first electronic musical instrument. When this piece of hardware was combined with a software program that allowed the user to compose music, a new concept was born.
The development of the computer software is not the only important milestone that helped mankind to develop into what it is today. The development of the Internet also began at a very interesting time. Although many people believe that the Internet was created as a means of communication, it also helped to bring about the concept of the online computer software. Today, there are millions of pieces of computer software that have been developed. The one thing that they all have in common is that they are an element of the software that is used to manage, collect and present data so that it can be used by machines or humans.