As this proved an efficient method for performing multiplications to design higher level multipliers from the lower level multipliers whereas in other methods of multiplication a different logic is used for designing the higher bit multipliers.

Multiplication has its vast significance in digital signal, bio-signal and image processing applications.

In this article, Lorraine Jacob and Joanne Mulligan discuss how arrays can be used to promote students' early learning in relation to multiplication and division.

Young children come to understand multiplication and division through real life experiences as they group, share and partition to solve everyday problems.

In this study, we use the context of multiplication by zero, to reexamine the premise that elementary school students prefer practically-based explanations that rely on tangible items or real life stories to that of mathematically-based explanations that rely solely on mathematical notions.

In this study we explore students' explanations of multiplication with zero before they are introduced to multiplication in school.

1024 bits or more), and in order to improve time requirements of the encryption/decryption operations, it is essential to attempt to minimize the number of modular multiplications performed and to reduce the time required by a single modular multiplication.

A multiplication of a 2n-digit integer is reduced to two n-digits multiplications, one (n+1)-digits multiplication, two n-digits subtractions, two left-shift operations, two n-digits additions and two 2n-digits additions.

Therefore, as DynaMath increases the difficulty of component

multiplications from the first to 10th decile, it presents a total of 20 problems.

200/240 Hz frequency

multiplications call for extra memories equalling 4 times, which will help the enterprises in TV memory gain benefits more or less.

For example, an FFT butterfly that requires two

multiplications, an add and an accumulation (check what butterfly is) would take at least four clock cycles to complete using conventional ALUs, multipliers and registers.

All

multiplications and additions are calculated in the Processing Unit by a single, shared Multiply Accumulation Unit (MAC).