what is fuzzy logic's?
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Fuzzy logic is derived from fuzzy set theory dealing with reasoning that is approximate rather than precisely deduced from classical predicate logic. It can be thought as the application side of fuzzy set theory dealing with well thought out real world expert values for a complex problem. (Klir 1997).\n\nDegrees of truth are often confused with probabilities. However, they are conceptually distinct; fuzzy truth represents membership in vaguely defined sets, not likelihood of some event or condition. To illustrate the difference, consider this scenario: Bob is in a house with two adjacent rooms: the kitchen and the dining room. In many cases, Bob's status within the set of things "in the kitchen" is completely plain: he's either "in the kitchen" or "not in the kitchen". What about when Bob stands in the doorway? He may be considered "partially in the kitchen". Quantifying this partial state yields a fuzzy set membership. With only his little toe in the dining room, we might say Bob is 99% "in the kitchen" and 1% "in the dining room", for instance. No event (like a coin toss) will resolve Bob to being completely "in the kitchen" or "not in the kitchen", as long as he's standing in that doorway. Fuzzy sets are based on vague definitions of sets, not randomness.\n\nFuzzy logic allows for set membership values between and including 0 and 1, shades of gray as well as black and white, and in its linguistic form, imprecise concepts like "slightly", "quite" and "very". Specifically, it allows partial membership in a set. It is related to fuzzy sets and possibility theory. It was introduced in 1965 by Prof. Lotfi Zadeh at the University of California, Berkeley.\n\nFuzzy logic is controversial in some circles, despite wide acceptance and a broad track record of successful applications. It is rejected by some control engineers for validation and other reasons, and by some statisticians who hold that probability is the only rigorous mathematical description of uncertainty. Critics also argue that it cannot be a superset of ordinary set theory since membership functions are defined in terms of conventional sets.
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It just relates negation, and, or logical operators to each other:\n\n¬(P&Q) = (¬P)or(¬Q)\n¬(P or Q) = (¬P)&(¬Q)\n\nYou can verify the above relations using the truth tables.\n\nAs {negation, and, or} in logic is in direct correspondence with {complement, intersection, union} There are two formula in set theory named de Morgan's laws:\n\n(A union B)' = A' intersection B'\n(A intersection B)' = A' union B'
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check out u'll find good stuff to understand\nhttp://en.wikipedia.org/wiki/Fuzzy_logic\nalso\nhttp://www.austinlinks.com/Fuzzy/overview.html\nthe following has seven truths about knowledge..hope it'll help u\nhttp://www.bytecraft.com/fuzzylogictruths.html
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Check out the below link. Its good. These are some interview questions on logic design that was online.\n\nhttp://ceaspub.eas.asu.edu/cse517/interview.html
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Logic is the study of reason, that is, of rational ways of drawing or establishing conclusions. \nLogic is for constructing proofs which give us reliable confirmation of the truth of the proven proposition.
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The best answer you are going to get for that can be found here: http://en.wikipedia.org/wiki/Artificial_intelligence
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Logic\nCritical thinking\nQuantatative reasoning\n\nyou can't live without these tools for life. Without them one is lost and will not be productive.
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Deductive reasoning is like this:\n\n"If it is raining, then we will get wet." is the same as "If we get wet, then it's raining."\n\nIf something is true, then this other something is true or if something is not true , then this other something is not true.\n\nUsually in a If-then sentence form
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A logic gate is an arrangement of controlled switches used to calculate operations using Boolean logic in digital circuits. They are primarily implemented electronically (using diodes, transistors) but can also be constructed using electromagnetic relays, fluidics, optical or even mechanical elements.
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It is a microprocessor based control system for machines and equipments used e.g. in factories, shop floor etc. For more details follow this Wikipedia link:\n\nhttp://en.wikipedia.org/wiki/Programmable_logic_controller
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Yes:  theory of computational systems.
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Hi Colin,\n\nThe magic wnad is the "fuzzy selection tool". Here is a complete description of the tool : http://docs.gimp.org/en/gimp-tool-fuzzy-select.html\n\nThe complete manual is available at http://docs.gimp.org/en/\n\nHappy painting !
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Work on logic games; that can help with general reasoning. \n\nWhat are you trying to analyze? Work situations? Shipping? Personnel? There's a lot of books and resources, some probably available at your library, that give strategy for various aspects of business. Sorry I can't be more precise, but your question is very broad.
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A Finite State Machine (FSM) is a model of behavior composed of states, transitions and actions. It is extremely useful for compiler construction. See source for details.
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Thinking about and cognitively manipulating events, things or concepts that are not in ones immediate presence or environment is abstract reasoning.\nTake a test here:\nhttp://www.testgrid.com.au/demo/sampleabstract.tg\n\nAn example might be an unfolded patterned box as the desired end point and 4 folded boxes off to the side. Your task would be to match which one of the 4 boxes is identical to the first. All of this on a printed page.
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It's not. It's just a complicated algorithm of conditionals, or, a static forumula.
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i can believe in logic as well as spiritual and unseen things...\n\nthings like that have ALWAYS happened to me... sometimes its because i am a scatterbrain and tend to misplace things, but sometimes i swear its just NOT THERE....\n\nsometimes things take a strange bounce and go flying in a direction you didnt expect... sometimes, i swear, they just go missing...