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We show that a simple linear time algorithm can be designed based on canonical orderings.
We show that a simple modification of Gusfield's algorithm allows a time-optimal solution.
We show that a simple variation of a discrete Dutch auction can extract almost all surplus.
We show that a simple homogeneous sphere probably does not model the emission region accurately.
This paper will show that a simple membrane (e.g. balloon) is not always the minimal mass pressure vessel.
We also show that a simple prefer-high-TTL protocol in which each peer processes only search queries with the highest time-to-live (TTL) is optimal.
Our numerical experiments show that a simple decomposition algorithm is able to quickly solve the equivalent VIP to high precision.
The results show that a simple extension of the FSD models is promising for the treatment of nonisenthalpic flames.
These studies show that a simple parameter describing the problem structure predicts the difficulty of solving the problem, on average.
And the performers here show that a simple, abrupt turning of the head can be as resonant as a full-throated cry.
This work is designed to show that a simple one-mass model ruled by laws of relaxation oscillation can also depict main behavior of glottis dynamic.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com