Once the number of elements of this bit array is known, the array is converted to 1 and zero values.
The elements of the bit array are summed, and the sum of the values is converted into a byte value to obtain the bit array.
An 32 bit array
multiplier is designed with three different adders RCA, CLA and CSLA and their performance analysis is compared.
Figure 4 and 5 shows the simulation results of 8 bit array
multiplier and 8 bit KM using polynomial multiplication.
,[h.sub.k] and a bit array with m length, denoted as B.
When d dimensions of an element are mapped into d BFs and HTs by k hash functions, the locations of the bit array in the PBFs are set to 1, and the attenuation hash values are summed up: F(1) = [[SIGMA].sup.k.sub.i=1] h[j][i]([a.sub.j])/[2.sup.i].
Each is 21'2" square, coated with DuPont photopolymer, on which are recorded about 3,000 holograms of 1mm spot size, each hologram a stack of 40 angle-multiplexed pages, each page containing a 256x256 bit array
The result and performance analysis of IQSERL based inverter and 4 x 4 bit array multiplier circuit are carried out in Section 4.
Since a 4 x 4 bit array multiplier is a large complex circuit, so number of transistors on a chip (transistor count) is also an important parameter to be discussed.
Let R be a bit array
of size m (the size of the pattern).
Bob Floyd described several possible data structures to implement the set S in Algorithm F2: "A bit array
is appropriae if N is no more than perhaps 100M; if b is the number of bits per word, then the run time is virtually constant at O(,) + O(N/b).
OUT, IN, GEN, and KILL shall be defined, and equations shall be developed leading to an algorithm to optimize the number of data definitions.