The Best Way to Manage Training and Education – Learning Management Software

The usage of Internet has greatly benefited a large number of users, due to the wealth of updated information that is available just a click away. With the growth of the Internet, many online educational programs and courses have also emerged, through which knowledge can directly be transferred, irrespective of geographical location. For imparting this knowledge, learning management software has been created for students and employees, which incorporates the different training modules and also tracks the progress of users.

A learning management system facilitates the process of e-learning, which is knowledge through the digital platform. E-learning is the new form of learning, which makes education and training much more interactive and engaging than ever before. The learning environment also facilitates interaction between the different users, so that they can discuss ideas and concepts on forums. This in turn allows collaborative learning to take place, in which each individual learns from the knowledge application of the other. Thus it can be said that learning management systems help to strengthen the learning culture in organizations.

Using learning management systems, it is also possible for tutors to interact with students from remote locations. The tutors can provide students with feedback based on the assignments submitted from time to time. Software tools created by IT companies can track the progress of students and employees, based on completion of these assignments and tracking scores of online tests.

Learning management system software is capable of running on a variety of platforms such as Microsoft.NET and JavaEE. Apart from extensive course management, other services such as online computer-based training, training workflow and learner self-service.

The advantage of e-learning is that it makes the whole process of gathering knowledge into a flexible one, as users can learn at their own pace. Apart from virtual classrooms where users need to log on at a particular time, e-learning in other forms can be customized as per the user’s requirements. This is extremely helpful for some professionals who would like to work and study at the same time. E-learning also helps in gathering updated information at all times.

Apart from using computers for e-learning, mobile devices such as phones, net books and tablet PCs can also be used. This way, knowledge can easily be imparted while on the move, and this concept is known as m-learning, or mobile learning. Similarly, game-based learning has been implemented, wherein users can put strategic skills to test in order to achieve the goals of a particular game. Game-based learning makes knowledge enhancement into a very interesting and engaging process, enabling healthy competition among users.

Due to the high level of sophistication and flexibility of learning offered, a learning management system can be considered to be the future of education and training in the world.

System Software

PC system software is any software which manages and controls PC hardware for application software to perform a task. Operating systems like Microsoft Windows and Linux are good examples of the type of software.

It performs tasks like transferring data from memory to disk, or rendering text onto a display device. This includes loading programs, device drivers, programming tools, compilers, assemblers and utility software.

Software libraries that perform generic functions are also viewed as system software. Almost all computers, including hand held computers, desktops, laptops, notebooks and game consoles, use an operating system.

The purpose of the software is to insulate the applications programmer as much as possible from the details of the particular computer complex being used, especially memory, other hardware features, and accessory devices such as communications, printers, readers, displays, keyboards, etc.

Basically the software is what makes a computer work. Examples beside operation systems are anti-virus software, communication software and printer drivers. Without it the computer doesn’t work.

In general, application software are programs that enable the end-user to perform specific, productive tasks, such as word processing or image manipulation. System software performs tasks like transferring data from memory to disk, or rendering text onto a display device.

An operating system creates an interface between user and the system hardware. Language processors are those which help to convert computer language (Assembly and high level Languages) to machine level language.

System Software can be classified as operating system and language processors. Examples of language processors are assemblers, Compilers and interpreters. Specific kinds of the software include:

  • loading programs
  • Operating system
  • device drivers
  • programming tools
  • compilers
  • assemblers
  • linkers
  • utility software

Software libraries that perform generic functions also tend to be regarded as system software, although the dividing line is fuzzy; while a C runtime library is generally agreed to be part of the system, an OpenGL or database library is less obviously so.