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pressione sanguigna, pressione arteriosa; ipertensione, pressione alta
heart failure
FAILURE OF THE HEART TO PROVIDE SUFFICIENT BLOOD FLOW
Heart Failure; Cardiac failure; Congestive Heart Failure; Congestive heart disease; Congestive cardiac failure; Chronic heart failure; Left ventricular failure; Heart failure, congestive; Coronary Heart Failure; Congested heart failure; Cardiac insufficiency; Congestive heart failure; Right heart failure; LSHF; Systolic dysfunction; Left ventricular dysfunction; Left heart failure; Right-sided heart failure; Left-sided heart failure; Cardiac dysfunction; Heart strain; Right ventricular failure; ESC algorithm; ESC criteria; Cardiac congestion; Biventricular failure; Biventricular heart failure; Congestive heart failure (CHF); Class IV heart defect; Ventricular failure; Right sided heart failure; HFPeF; HFReF; Acute heart failure; Heart failure classification; Algorithms for diagnosis of heart failure; Causes of heart failure; Prevention of heart failure; Systolic heart failure; Heart failure with reduced ejection fraction; Decompensatio cordis; User:NikosGouliaros/sandbox Heart Failure
infarto, colpo apoplettico, sincope cardiaca
Definition
systolic array
<architecture, parallel> (By analogy with the regular pumping
of blood by the heart) An arrangement of processors in an
array (often rectangular) where data flows synchronously
across the array between neighbours, usually with different
data flowing in different directions. H. T. Kung and Charles
Leiserson publish the first paper describing systolic arrays
in 1978 [reference?].
Each processor at each step takes in data from one or more
neighbours (e.g. North and West), processes it and, in the
next step, outputs results in the opposite direction (South
and East).
An example of a systolic algorithm might be matrix
multiplication. One matrix is fed in a row at a time from the
top of the array and is passed down the array, the other
matrix is fed in a column at a time from the left hand side of
the array and passes from left to right. Dummy values are
then passed in until each processor has seen one whole row and
one whole column. At this point, the result of the
multiplication is stored in the array and can now be output a
row or a column at a time, flowing down or accross the array.
See also Ruby, SISAL.
(1998-07-01)
In mathematics, systolic geometry is the study of systolic invariants of manifolds and polyhedra, as initially conceived by Charles Loewner and developed by Mikhail Gromov, Michael Freedman, Peter Sarnak, Mikhail Katz, Larry Guth, and others, in its arithmetical, ergodic, and topological manifestations. See also a slower-paced Introduction to systolic geometry.