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DSTO-TR-2324 PR
... As part of the information fusion task we wish to automatically fuse information derived from the text extraction process with data from a structured knowledge base. This process will involve resolving, aggregating, integrating and abstracting information - via the methodologies of Knowledge Represe ...
... As part of the information fusion task we wish to automatically fuse information derived from the text extraction process with data from a structured knowledge base. This process will involve resolving, aggregating, integrating and abstracting information - via the methodologies of Knowledge Represe ...
Lecture 3: More Java Basics
... expressions short, but it also makes them complex and difficult to read. Avoid using these operators in expressions that modify multiple variables, or the same variable for multiple times such as this: int k = ++i + i. ...
... expressions short, but it also makes them complex and difficult to read. Avoid using these operators in expressions that modify multiple variables, or the same variable for multiple times such as this: int k = ++i + i. ...
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Coupled prediction of protein secondary and tertiary structure
... Because of the indeterminacy of local sequence–structure relationships, the prediction of secondary structure from a local sequence window must fail in some cases. Secondary structure prediction is excellent (with Q3 ⬇ 90%) for many proteins but is as low as Q3 ⫽ 50% for some sequences. Usually the ...
... Because of the indeterminacy of local sequence–structure relationships, the prediction of secondary structure from a local sequence window must fail in some cases. Secondary structure prediction is excellent (with Q3 ⬇ 90%) for many proteins but is as low as Q3 ⫽ 50% for some sequences. Usually the ...
Complex architecture of primes and natural numbers
... where Li(N ) is the offset logarithmic integral function. Taking advantage of this apparent randomness, Cramér formulated a simple model [18,19] where each integer n is declared as a “prime” with independent probability given by Eq. (1). The model—which generates sequences of random primes that are ...
... where Li(N ) is the offset logarithmic integral function. Taking advantage of this apparent randomness, Cramér formulated a simple model [18,19] where each integer n is declared as a “prime” with independent probability given by Eq. (1). The model—which generates sequences of random primes that are ...
Blackwell Guide to the Philosophy of Computing and
... permit quantitative analysis. Artificial life also has deep roots in artificial intelligence (AI), both because living systems exhibit forms of intelligence and because both study natural phenomena through computational models. Despite these similarities, there is an important difference between the ...
... permit quantitative analysis. Artificial life also has deep roots in artificial intelligence (AI), both because living systems exhibit forms of intelligence and because both study natural phenomena through computational models. Despite these similarities, there is an important difference between the ...
