The focus is on the analysis of multiplier circuits for integer and Galois Field (GF) arithmetic. Reconfigurable in this sense means that the functionality of the components can be changed by externally supplied control bits, which are typically stored in registers or RAM cells close to that component.
This will be analysed and discussed in detail for 10 reconfigurable multiplier alternatives that are based on different strategies for the combination of integer and GF multiplication. Each result is compared to a reference architecture, showing area savings ...
These sets of Eisenstein integers are proposed as signal constellations for generalized spatial modulation. The algebraic properties of the new constellations are investigated and a set partitioning technique is developed. This technique can be used to design coded modulation ...
This will be analysed and discussed in detail for 10 reconfigurable multiplier alternatives that are based on different strategies for the combination of ...
A comparative study of reference, reconfigurable and proposed high speed Shannon adder based reconfigurable structures is made and shows proposed structures have area savings of up to 11-14% at a marginal reduction in delay and power around 2-3% compare to the conventional adder based reference and reconfigurable ...
This paper presents the Reconfigurable Galois Field multiplier used to calculate the Galois field multiplication of different lengths which consists of AND gates and special cells. The special cell makes multiplier architecture easier to extend and calculate arbitrarily length multiplication. The Reconfigurable Galois ...
Missing: Integer | Show results with:Integer
Abstract. This paper describes an efficient architecture of a reconfigurable bit-serial polynomial basis multiplier for Galois field GFП2mч, where. 1 , m # M. The value m, of the irreducible polynomial degree, can be changed and so, can be configured and programmed. The value of M determines the maximum size that ...
Missing: Integer | Show results with:Integer
Feb 15, 2024 · Further, a reconfigurable finite field multiplication computational model is established to demonstrate the efficacy of reconfigurable units and guide the design of RGMU with high performance. Finally, the overall architecture of RGMU and two multiplication circuits are introduced.
Jul 8, 2018 · A generic VHDL implementation has been proposed. The VHDL code for the Galois multiplier can be simply modified to perform multiply operation in different Galois field and different primitive polynomials.
multiplications, specifically integer or Galois field. (GF) multiplication. Since both functions share similarities in their structures, it is better to combine both circuits in a single circuit. In this paper, various types of multipliers for integer and. Galois field multiplication will be analyzed and discussed in ...