When you use a virtual machine, you work with discrete sets of information called "virtual hardware components" or "virtual resources." These components mimic the physical hardware of a real computer system within the virtual environment to enable the operation of an isolated and independent virtual machine.
photons
Discrete packages of light energy are called photons. Photons are also the quanta of all other electromagnetic radiation, not just light.
A machine called a transducer can convert information from one form to another, like a microphone converting sound waves into electrical signals. Another example is a computer converting binary information into visual or audio output.
Light consists of discrete packets of energy called quanta. A single quantum of light is better known as a photon.
The quantum of light energy is called a photon. It is the smallest possible discrete unit of light.
This is usually called emulation.
It's usually called a hypervisor, or virtual machine monitor.
It is simply called the Java compiler. The actual program is usually called Javac.
That is called a VPN - Virtual Private Network. The basic idea is that information is encrypted before it is sent over the public network.That is called a VPN - Virtual Private Network. The basic idea is that information is encrypted before it is sent over the public network.That is called a VPN - Virtual Private Network. The basic idea is that information is encrypted before it is sent over the public network.That is called a VPN - Virtual Private Network. The basic idea is that information is encrypted before it is sent over the public network.
Yes. It is called a Virtual Machine.
The mean of a discrete probability distribution is also called the Expected Value.
A machine talking to you that leads to you around in circles to till the machine you called decides to disconnect.
A set which is made up only of isolated points is called a discrete set.
The whole idea of Java - or one of the ideas, at any rate - is that it can be run anywhere. So, instead of compiling for a specific processor, the Java compiler compiles for a "generic processor", called the Java Virtual Machine. The code thus generated is called "bytecode". It can be interpreted (i.e., run) by a Java Virtual machine, these are available on different platforms.The whole idea of Java - or one of the ideas, at any rate - is that it can be run anywhere. So, instead of compiling for a specific processor, the Java compiler compiles for a "generic processor", called the Java Virtual Machine. The code thus generated is called "bytecode". It can be interpreted (i.e., run) by a Java Virtual machine, these are available on different platforms.The whole idea of Java - or one of the ideas, at any rate - is that it can be run anywhere. So, instead of compiling for a specific processor, the Java compiler compiles for a "generic processor", called the Java Virtual Machine. The code thus generated is called "bytecode". It can be interpreted (i.e., run) by a Java Virtual machine, these are available on different platforms.The whole idea of Java - or one of the ideas, at any rate - is that it can be run anywhere. So, instead of compiling for a specific processor, the Java compiler compiles for a "generic processor", called the Java Virtual Machine. The code thus generated is called "bytecode". It can be interpreted (i.e., run) by a Java Virtual machine, these are available on different platforms.
genes
There are lots of places online where you can find information about California virtual academy. Try looking on sites like wikipedia,k12.com and another site called bestplaces.net.
The short answer is "yes", but the truth is a bit more complicated. When you run Windows on Mac OS X, there's a layer in-between called a "virtual machine". Parallels is one popular virtual machine. VMWare is another. The Windows copy, and the Windows applications you run on it, are open to the same vulnerabilities that they would be if you ran them on a "real" machine (like a desktop PC). If you connect your "virtual machine" to the Internet without a firewall, your virtual machine could be affected by malicious code. It won't directly affect your Mac, but it could use up resources that your Mac applications also use. For example, some malware might use network bandwith by sending spam constantly. While your virtual machine is running that malware, it will also be using network bandwidth. Shutting down the virtual machine will (temporarily) stop it.