Sentence examples for half sum from inspiring English sources

BDD half sum and carry elements of a half adder were fabricated by integrating the WPG BDD node devices and they operated correctly through either quantum transport at low temperature or many electron classical transport at room temperature.

Using pointwise upper bounds recently obtained by the first author, we first show that the heat kernel ht x, y) on a Riemannian symmetric space of the noncompact type GK is asymptotically concentrated in an annulus centered at y and moving to infinity with finite speed 2 ¦ϱ¦, ϱ being as usual the half sum of all positive roots of GK.

To analyse these changes in greater detail, we re-divided the subvolumes into two groups, the proximal half (sum of 972 subvolumes from groups 1 4) and the distal half (sum of 972 subvolumes from groups 5 8) and recalculated their averaged structure, respectively.

Couple of misjudgments in first half summed up England's curious brainstorm.

One move in the first half summed up Exeter: Hill received the ball in his own 22, taking up a position behind the first line of attack; by the time he met the first defender, Freddie Burns, he had got into a gallop and the England Under-20 international made 30 metres before Ewers and Sturgess took the move into Gloucester territory.

The proposed multi-digit adder uses efficient half-adders to generate Half-Sum (HS) and Half-Carry (HC).

Individual values represent results from just one point in measuring array; comparison covers half-sum results all over measuring area.

The half-sum and carry-out are then used to compute final sum at each digit-adder stage with the help of a sum generator and low-power encoders.

In this paper, the advection equation is written in the symmetric form, where the advection operator is the half-sum of advection operators in conservative (divergent) and non-conservative (characteristic) forms.

Red and blue dashed lines show, respectively, the southern and northern lobe fields (-B_{x}^{(S }) and (B_{x}^{(N }) entering in the half-sum Δ B x for the tilted case Ψ=30°.

In the hyperbolic case, a continuum of spacings is possible, but there is a curvature-induced shift (the wavenumber has to be shifted by a "half-sum of positive roots", as often happens in representation theory) which makes the typical spacing of a monochromatic field different from the (hyperbolic) distance between same-phase horocycles which appears in Helgason waves.