1) Input devices are any devices that input information to the computer - Examples include your keyboard, mouse, microphone, ect.
2) Output devices are any devices that output information from the computer. - Examples include your monitor, printer, headset/speakers, ect.
3) Processing devices are devices that take the information and process it. The most obvious example of this is the Central Processing Unit (CPU) on your computer.
Answer:
Supercomputer
Mainframe
Servers
Desktop
Laptop
Mac
iOS
Windows
Android
Explanation:
Speed is salient characteristic of supercomputers. The Mainframe computers are usually used by large companies and are very expensive with large processing capability. Servers enables thw possibility of establishing connections with service providers such as Google and other related companies. Desktop computers are those which aren't designed for portability or being easily carried around. The Laptops on the other hand are more compact and easily carried around. Mac are operating systems associated with Apple computers and iOS is the operating system used on iPhones and other Apple smart mobile devices. Windows is the me of the operating system used by Microsoft. Android is also a popular operating system used on smartphones.
Answer:
e) not be restricted to just Microsoft's platforms.
Explanation:
Microsoft provides the Xbox programmers the with common standards to use that are already set to access controllers which includes kinect motion sensor,save files,play sounds etc.
Kinect sensor consists of following components:
- RGB Camera.
- 3-D depth sensors.
- Motorized tilt.
- Multiple microphones.
Without this the games would be run on any platform not just on microsoft platforms like sony's playstation etc.
Answer: Serializable interface is the interface that acts as the maker persisting without any specific method and members in Java. The maker has the objective of identification of class for serialization method. This helps in the conversion of the object value in the byte form.
Object is serialized by converting the state into byte version and thus can be returned to object copy . The java.io.Serializable interface is the requirement for the conversion of any object of particular class or superclass. This technique is followed for making the data flow on the network efficient and easy.
