青年中文multiplications的意思
multiplications中文翻譯：
n.乘法；大量增加
multiply by───乘以；乘上
countercurrent multiplier───逆流倍增器
scoop up multiple───挖起多個
exerts multiple adverse───施加多重不利影響
multiplicity───n.多樣性；[物]多重性
multiple choice questions───多項選擇題；[經]多種選擇問題
multiple system───多系統；[電]多路系統；多機系統，多路系統，并聯式
multiplier symbols───倍增符號
least common multiple───n.最小公倍數；n.[數]最小公倍數
multiplying tariffs───倍增關稅
Modul ar exponentiation algorithm scans encryption from right to sot, so t wo modular multiplications can be processed parallelly.───模冪算法采用從右到左掃描指數的方法，可以使得兩次模乘運算同時進行。
We are interested in the number of divisions, multiplications, and total number of steps until a reaches 1.───我們對到a變為1為止所經歷的除法、乘法的次數以及總共經歷的步數感興趣。
polynomial multiplication is performed by sub-polynomial multiplications and additions.───多項式乘法由子多項式的乘法和加法實現。
According to a few examples for filter banks with typical structures, the number of multiplications and additions are figured out.───最后以幾種典型濾波器組應用結構為例，給出了所需乘加運算次數。
For instance , the compiler may further optimize the code from above to round some of the intermediate multiplications to single precision .───例如，編譯器可以進一步優化上述代碼，將某些中間乘法舍入到單精度。
Second, the procedure of Montgomery modular square algorithm is modified to reduce the required number of single-precision multiplications.───其次對蒙哥馬利模平方運算的算法流程進行優化，減少其中單精度乘法的執行次數。
The inherent parallel-processing potential is fully exploited by optical implementation of multiplications and summations.───固有的并行處理的潛力得到充分利用光學執行乘法和總結。
Coefficients of the multipliers are transformed into CSD forms and the multiplications are substitute by minimum shift-add operations.───把乘法器系數表示為CSD形式，將常系數乘法優化為最少的移位加操作。
Multiplier and multiplicand were distinguished on multiplications with different coding methods.───對不同編碼方式的乘法器，識別乘數和被乘數的結合順序。
The polynomial multiplication is performed by sub-polynomial multiplications and additions.
Modul ar exponentiation algorithm scans encryption from right to sot, so t wo modular multiplications can be processed parallelly.
The optimum paths for multiplications of 7 and 8 are depicted in Figure 6.17.
In 1614, John Napier discovered the logarithm which made it possible to perform multiplications and divisions by addition and subtraction.
Multiplier and multiplicand were distinguished on multiplications with different coding methods.
But it could perform 50 multiplications per second, a feat unmatchable by either a human or the latest adding machine.