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P<sup>3</sup>, linearizing unit-cell parameters. [PDF]
Andrews LC, Bernstein HJ.
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Leadership delegation, team efficacy and resilience in critical care: a simulation-based study. [PDF]
Poitrin L +9 more
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Efficient Packings of Unit Squares in a Large Square
Discrete & Computational Geometry, 2019zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Fan Chung, Ron Graham 0001
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Mathematics Teaching in the Middle School, 2001
These questions address the relationship between area and perimeter and challenge children to think beyond rules that they may have been taught in school.
Bellasanta B. Ferrer +5 more
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These questions address the relationship between area and perimeter and challenge children to think beyond rules that they may have been taught in school.
Bellasanta B. Ferrer +5 more
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Design of Optimized Reversible Squaring and Sum-of-Squares Units
Circuits, Systems, and Signal Processing, 2017Reversible logic has gained importance in the last few decades because of its low power dissipation. Quantum cost, garbage outputs, ancillary inputs and gate count are some of the performance parameters used to weigh reversible designs against one another. Optimization of these parameters is of great relevance to obtain an optimal design.
A. N. Nagamani +2 more
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Packing Rectangles into the Unit Square
Geometriae Dedicata, 2000\textit{L. Moser} and \textit{J. W. Moon} [Colloq. Math. 17, 103-110 (1967; Zbl 0152.39502)] proved that every sequence of squares whose total area is not more than 1/2 can be packed (using isometries) into a unit square. Now Januszewski generalizes this to: a sequence of rectangles of side length at most 1 and total area at most 1/2 can be packed into
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Combined multiplication and sum-of-squares units
Proceedings IEEE International Conference on Application-Specific Systems, Architectures, and Processors. ASAP 2003, 2004Multiplication and squaring are important operations in digital signal processing and multimedia applications. We present designs for units that implement either multiplication, A/spl times/B, or sum-of-squares computations, A/sup 2/+B/sup 2/, based on an input control signal.
Michael J. Schulte +4 more
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