开启虚拟化的特点(BIOS开启虚拟化)

1. Interactivity:

The interaction of VR technology refers to the natural way in which participants interact with the virtual environment with the help of dedicated three-dimensional interactive equipment. Such interactions have richer forms than flat graphic interactions.

2. Immersion:

Immersion, also known as presence, refers to the immersive experience that the virtual environment brings to participants. It is considered to represent the virtual An important indicator of performance in real-world environments. Based on human vision, hearing and other sensory and psychological characteristics, computers generate realistic three-dimensional images. Participants wear interactive devices such as helmet displays and data gloves to feel as if they are in the real objective world.

3. Imagination:

VR technology allows people to change from passive to active acceptance of things. People can take the initiative through perceptual and rational understanding in an environment where both qualitative and quantitative aspects are integrated. Explore information, deepen concepts, and generate new cognitive ideas and ideas.

Extended information:

The principle of virtual reality technology:

The computer generates an artificial virtual environment. This kind of virtual environment is a three-dimensional space formed by computer graphics, or other real environments are programmed into the computer to produce a realistic "virtual environment", thus giving users a visual feeling of being immersed in the virtual environment.

The application of this technology has improved the way people use computers to process multi-project data, especially when a large amount of abstract data needs to be processed; at the same time, its application in many different fields can bring Huge economic benefits.

Reference source: Baidu Encyclopedia-Virtual Reality Technology

Homogeneity: the running environment of the virtual machine and the running environment of the physical machine are essentially the same, but there are some differences in performance.
Efficient: The performance of software running in a virtual machine must be close to that of software running directly on a physical machine. In order to achieve this, when the software is running in a virtual machine, most instructions need to be executed directly on the hardware, and only a few instructions need to be processed or simulated by the VMM.
Controlled resources: VMM needs to have full control and management authority over system resources, including resource allocation, monitoring and recycling.