Logic is quite simply a set of rules that we quite naturally use as humans. This is largely because MOST of the things that we encounter in our experience fit with these rules well. One of the more basic rules is that something either is in a boundary or outside of it...if we do not allow for "gray" areas. So a fox is not a dog but a Great Dane is. Why is not important here. What is important is that someone (we hope a biologically-expert authority) has sanctioned this "class distinction" and we can then all trust it.
Logic (and countability) depend on tacit agreement on such class distinctions. Computer programmers -- at least until very recent advances in parallel-processing, and what I and others sometiomes refer to as hyper-logical systems -- depend on this kind of agreement to write effective programmers. This is tied inextricably to the binary system and digital systems. A transistor is only allowed to be in one of two "states": ON or OFF, 1 or 0, + or -. These are the only allowed states for a memory address, and hence for any of the operations that can be executed on that (portion) of a byte. Thus, every operation in logic has its corollary in digital computing, and vice versa. Because processors are able to do these operations so quickly (billions persecond) and reliably, they are incredible logical machines...nearly infallable.
Because computers uses binary as its language. And programs are representation of logic.
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Computers use binary logic to process information.
The LSI Logic in computers refers to the host bus adapter that provides throughput to internal server storage rays in computers. It is available for purchase through several different websites such as Amazon and Yahoo!
No. though Cubase is a window's pseudo-equivalent to Logic Logic is a software created by Apple exclusively for their computers.
If you mean Logic as in Electronics, Computers etc... Then Electrical and Electronics Engineers study Logic design including True/False equations, AND/OR/NAND/NOR Gates. Logic design is essential for Electronic/Microprocessor and other electronic equipment design tasks. Entire computers of any complexity can be broken down to individual logic elements.
Please clarify.
Geoff Bostock has written: 'Programmable logic handbook' -- subject(s): Programmable logic devices, Electronic digital computers, Logic design
Arithmetic logic unit in the cpu
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He invented what is now simply known as Boolean logic. It is what is used in modern computers.
David Hutchison has written: 'Computer logic' -- subject(s): Circuits, Electronic digital computers, Logic circuits