Home Simulation

What would your new home look like with a different room configuration, different color scheme, or selection of appliances? A customized home simulation can let you preview the results -- virtually. Virtual home tours, and virtual real estate tours in general, are growing as an useful method to market real property via the world wide web. Traditional open houses are time consuming for the real estate agent, displace the family living in the home, depend on the vagaries of the weather, and are difficult for potential buyers from out-of-town. Virtual real estate tours enable prospective buyers to see a home with the convenience of internet access, with little additional work for the real estate agent or inconvenience for the seller. Another plus for virtual tours is safety. Real estate agents do not have to worry about endeavoring to keep an eye on different people who walk around different areas during a physical open house. On the other hand, it is important to pay attention to how much detail of security systems and valuables shows on virtual tours. The VR site virtual shopping is also useful.

In the event that the core requirements for Virtual Reality are a responsive and enveloping computer-generated world, then the next challenge for simulating reality is the immediacy of the interaction between human and computer. Latency is the length-of-time lag in the communication between human and computer caused by technical limitations in data processing and transmission. In the tangible world, many forms of communication between human beings and their environment occur immediately. A key challenge for simulating the tangible world is reducing response lag to the point at which people do not frequently notice it. With significant formations in computer operating capacity, response lag is being reduced and the immediacy of virtual environments improved. The site defining pure virtual reality also provides some useful information.

Analysis of challenging multivariate data analysis can be done with numbers in conjunction with two-dimensional graphics, but application of virtual reality to information processing opens up an innovative world of "virtualization" with 3D visual and kinesthetic communication between people and data. Three-dimensional imaging systems and haptic manipulation of data allow people to better review multi-dimensional data and complex models. Uses include analysis of three-dimensional physical topographic data, exploratory investigation of multivariate relationships and causation, and other complex systems. As a source for additional technical material, see optical methods of tracking human movement .

"Augmented Reality" is a predominantly tangible setting within which a few virtual things are overlaid to expand the feasible scope or scale of direction of the tangible world. Some examples are a physician employing virtual reality to operate on a micro level that would not be possible with unaided one's hands or a pilot with a see-through Head Mounted Display (head mounted display) that overlays maps on the pilot's scope of vision to direct directional assistance. See use of parallax vision in virtual reality systems for novel information.