Alfke, "Efficient Shift Registers
, LFSR Counters, and Long Pseudo-Random Sequence Generators", XILINX, XAPP 052 July 7,1996 (Version 1.1), https://www.xilinx.com/support/documentation/application_notes/xapp052.pdf
602, a "0" is appended in the LSB of the shift register
that contains the [bEMG.sub.A] (e.g., element [bEMG.sub.A](0)).
Perhaps because the theory of shift register
sequences finds applications in such a broad range of technical fields--among them secure, reliable, and efficient communication; digital ranging and tracking systems; deterministic simulations of random processes; and computer sequencing and timing schemes--it has appeared before now only in disjointed and scattered form, in a variety of now out-of-print or other inaccessible company reports, and in scattered journal articles.
For small area and low power consumption, shift register
uses pulsed latch as an striking solution .
Senthilkumar, "Modified Version of Playfair Cipher using Linear Feedback Shift Register
", International Journal of Computer Science and Network Security, Vol.
Muli-threshold low power shift register
International Journal of Circuits, Systems and Signal Processing v.
Thus the floating point addition/subtraction unit requires the implementation of an 8-bit reversible comparator, an 8-bit reversible subtractor, a 24-bit reversible shift register
, a 24-bit reversible carry propagate generate adder, a 24-bit reversible subtractor, a 24-bit reversible comparator and a 32-bit reversible leading zero detector.
According to the proof in , if a well-defined random number generator, such as a "Linear Feedback Shift Register
" , is adopted, the produced integers in the random integer matrix R will be random enough that each generated share image [S.sub.i] dose not contain any information.
The baseband excitation signal is the MLBS which is generated by a high speed digital shift register
. The shift register
is driven by an RF-clock generator that works at the frequency [f.sub.s].
On all clock cycles where a new value is not being enqueued, the pass shift register
values at each stage are compared to the value in the main shift register
of the following stage.
In this paper we will propose a novel and practical quantum block encryption algorithm based on a quantum shift register
Since 12 bits are only read from [Z.sub.0], a multiplexer is needed at the front of [Z.sub.i] Shift Register
(SR) in the first iteration to continue filling the registers with 10 zeros (chosen from second multiplexer's input).