Want this question answered?
so we can distinguish every computer in network
by its speed, Accuracy, storage and retrieval
repairing mechanicals
Mostly the hardware technology they were built with.
The effects of computer crimes on individuals can include financial loss due to identity theft or fraud, emotional distress from invasion of privacy, and potential damage to reputation. Additionally, victims may experience a sense of violation and vulnerability, leading to decreased trust in online activities.
It's a test - of a machine's capability to mimic human behaviour so precisely - that it is impossible to distinguish it from a real person. The test involves a 'subject' placed in a room separate from the computer and person - so they can't see each other. The subject then communicates with the human and the computer via computer screens. If the subject cannot distinguish between computer or human responses - then the computer is deemed to have passed the test.
it doesnt :)
Component
Yes; many employers will not even distinguish between the two subjects.
The purpose of computers will vary from person to person. Each individual will have a computer for their individual needs, such as, e-mailing, online shopping or social networking, to name a few.
In computer science, a port is a number - commonly used in the TCP and UDP protocols - used to distinguish different applications on a computer. Ports are also used to distinguish different data flows on one computer. For example, if I connect to a Web server, the destination port will be port #80 - that way, the destination computer knows that the data should go to the Web server, and not to some other application. And the origin port might be, for example, port #1024 for one file I get from the server, and port #1025 for another file I get from the same server.In computer science, a port is a number - commonly used in the TCP and UDP protocols - used to distinguish different applications on a computer. Ports are also used to distinguish different data flows on one computer. For example, if I connect to a Web server, the destination port will be port #80 - that way, the destination computer knows that the data should go to the Web server, and not to some other application. And the origin port might be, for example, port #1024 for one file I get from the server, and port #1025 for another file I get from the same server.In computer science, a port is a number - commonly used in the TCP and UDP protocols - used to distinguish different applications on a computer. Ports are also used to distinguish different data flows on one computer. For example, if I connect to a Web server, the destination port will be port #80 - that way, the destination computer knows that the data should go to the Web server, and not to some other application. And the origin port might be, for example, port #1024 for one file I get from the server, and port #1025 for another file I get from the same server.In computer science, a port is a number - commonly used in the TCP and UDP protocols - used to distinguish different applications on a computer. Ports are also used to distinguish different data flows on one computer. For example, if I connect to a Web server, the destination port will be port #80 - that way, the destination computer knows that the data should go to the Web server, and not to some other application. And the origin port might be, for example, port #1024 for one file I get from the server, and port #1025 for another file I get from the same server.
ANALOGUE COMPUTERS ARE THE COMPUTERS WHICH PROCESS DATA IN A WAVE FORM WHILE HYBRID COMPUTERS POSSESS DATA IN BOTH DISCREET AND WAVE FORMS.