Sentence examples for derivations of the same from inspiring English sources
A type system for a Haskell-like programming language, that supports context-dependent overloading and follow the Hindley-Milner approach of providing context-free type instantiation, allows distinct derivations of the same type to be derivable for some expressions, which are then ambiguous.
Real engineers tend to redesign, redesign, redesign and do many different derivations of the same idea before they're done.
In Haskell, an expression is considered as ambiguous without conformance to the existence of two or more distinct derivations of the same type for this expression.
A type system for a Haskell-like programming language that supports context-dependent overloading and follow the Hindley-Milner approach of providing context-free type instantiation, allows distinct derivations of the same type for ambiguous expressions.
It is a syntactic condition, that conflicts with the standard definition of ambiguity, based on the existence of distinct type system derivations of the same type for an expression.
The main purpose of this example is to show that we can have, if context-independent type instantiation is allowed, two derivations of the same type ((Float)) with distinct semantics, for an expression that is not ambiguous: one derivation for (f) of type (Int rightarrow Float,) and another for (f) of type (Float rightarrow Float).
Or opt for a derivation of the same idea, and pair sparkly pants, either beaded or in metallic brocade (try Tory Burch or H&M), with a simple cashmere sweater.
However, in case of practical systems, the problem that is faced very often is that either the transfer function of the system is not known beforehand or the derivation of the same from the theory behind the system is near to impossible.
Derivation of the same mature microRNA sequence from two or more independent genomic loci is common in plant microRNAs, for example miR160.
Thus relative to each diploid, the reference would have twice as many copies for each gene (assuming no gene loss or duplication has occurred, or co-assembly) and would lead to derivation of the same SNP sequence from each of the homeologous copies found in G. hirsutum when analyzing the diploid species.
