Distance education using a desktop virtual reality (VR) system

The paper presents an investigation into the role of virtual reality and web technologies in the field of distance education. Within this frame, special emphasis is given on the building of web-based virtual learning environments so as to successfully fulfill their educational objectives. In particular, basic pedagogical methods are studied, focusing mainly on the efficient preparation, approach and presentation of learning content, and specific designing rules are presented considering the hypermedia, virtual and educational nature of this kind of applications. The paper also aims to highlight the educational benefits arising from the use of virtual reality technology in medicine and study the emerging area of web-based medical simulations. Finally, an innovative virtual reality environment for distance education in medicine is demonstrated. The proposed environment reproduces conditions of the real learning process and enhances learning through a real-time interactive simulator.

IFIP WG3, 1996

roumen, iliana]@fmi.uni-sofia.bg

The article is devoted to virtual reality technologies and scenarios of their application in distance learning of foreign languages. A generalized experience of application of virtual reality technologies in distance learning of foreign languages is presented; the advantages, risks and deterrents of their introduction into the educational process in educational institutions are highlighted. The features by which technologies can be classified as virtual reality technologies are singled out. Examples of application of the following virtual reality technologies are considered: Mondly VR, VirtualSpeech, Immersive VR Education, AltspaceVR and ClassVR; their brief description, scenarios for use in learning foreign languages, benefits and risks of use are provided. Summarizing the review of these technologies, it was found that the educational content of distance learning of foreign languages through virtual reality can be divided into three groups: "360-degree video", platforms and sites, interactive programs. Conditions and didactic principles of the effective use of virtual reality technologies during distance learning of foreign languages are generalized. The issue of assessing effectiveness of virtual reality technologies in learning foreign languages is analyzed and identified as debatable and in need of further research. The criteria by which researchers summarize the principles of selection of evaluation criteria are clarified. Perspective directions of future scientific investigations are outlined: research of conditions of intensification and research of scenarios of use of collective intelligence during distance learning of foreign languages through virtual reality.

Computers and Education, 2001

This paper describes the construction of virtual reality simulations for distance education trough Internet. This is accomplished by means of an object oriented continuous simulation language, called OOCSMP, and a Java generating compiler for this language called C-OOL. This compiler is also able to create VRML worlds. The behaviour of the VRML world is specified in the OOCSMP models. Change of simulation parameters is possible at run time by means of a Java interface, generated by the compiler. An example of the simulation of the inner Solar System is presented.

The Virtual Campus, 1998

The possible applications of Distributed Virtual Environments to support Distance Education are being explored. A first experience with IRC (Internet Relay Chat) is described.

Computer-mediated learning is becoming an increasingly common form of education in institutions of higher learning (IHL). Many IHL in developing nations, such as Kenya, have greatly experienced an increase in demand for higher education. On the other hand, the ability to connect people with required sets of skills, regardless of their location in the world has been enabled by advances in information technology over the past 20 years. Use of virtual learning systems (VLS) has rapidly emerged as a very promising technology that will probably match the innovation of technologies such as multimedia/hypermedia. These VLS have the potential to provide opportunities for active, flexible, and increasingly individualized learning experiences. It also explains virtual reality principle, describes the interactive educational environment, highlights the challenges higher education face in the traditional mode of delivery and discusses educational benefits of implementing virtual learning environments in IHL. The paper makes a number of recommendations for successful adoption of VLS in higher education Keywords

2019

We discuss the potential of Virtual Reality as a medium for distance learning, with a specific focus on remote access to a class. We also describe a proof of concept of a remote classroom participation system. Our proof of concept mirrors what happens in a classroom into a generative virtual reality, taking into account a potentially low bandwidth data connection. We discuss how ours, or similar VR systems, help to bridge the gap between the efficiency of online and face-to-face education, and how it makes remote classroom participation more accessible.

2009

Virtual environments are a hot topic in academia and more importantly in courses offered via distance education. Today-s gaming generation view virtual worlds as strong social and interactive mediums for communicating and socializing. And while institutions of higher education are challenged with increasing enrollment while balancing budget cuts, offering effective courses via distance education become a valid option. Educators can utilize virtual worlds to offer students an enhanced learning environment which has the power to alleviate feelings of isolation through the promotion of communication, interaction, collaboration, teamwork, feedback, engagement and constructivists learning activities. This paper focuses on the use of virtual environments to facilitate interaction in distance education courses so as to produce positive learning outcomes for students. Furthermore, the instructional strategies were reviewed and discussed for use in virtual worlds to enhance learning within a...

Computer-mediated learning is becoming an increasingly common form of education in institutions of higher learning (IHL). Many IHL in developing nations, such as Kenya, have greatly experienced an increase in demand for higher education. On the other hand, the ability to connect people with required sets of skills, regardless of their location in the world has been enabled by advances in information technology over the past 20 years. Use of virtual learning systems (VLS) has rapidly emerged as a very promising technology that will probably match the innovation of technologies such as multimedia/hypermedia. These VLS have the potential to provide opportunities for active, flexible, and increasingly individualized learning experiences. It also explains virtual reality principle, describes the interactive educational environment, highlights the challenges higher education face in the traditional mode of delivery and discusses educational benefits of implementing virtual learning environments in IHL. The paper makes a number of recommendations for successful adoption of VLS in higher education

No doubt; today's world is witnessing an unprecedented explosion of information; where people's awareness of the importance of information has developed and consequently their interest to invest it has increased. This research deals with explaining and clarifying the concept of a virtual reality educational system. The research has adopted two methods, Descriptive method & experimental method. This research has also included sample: The study consists of (100) students from the eighth level at the faculty of computer science & information technology – Neelain university. This research includes the concept of A virtual reality educational system for the development of computer networking skills, Contain this research on five chapters, Chapter I contains the general framework of the research, the importance of research, methodology and sample assignments and Chapter II contains theoretical framework and is divided into three axes (e-learning, virtual reality, educational software design model) and third chapter includes procedures for research and Chapter procedures includes Find and interpret the results of research and commandments