Efficient implementation of basic, data-path circuit elements is of fundamental importance to
achieving high performance in FPGA-based acceleration of scientific computing. This work …

This article presents a generator of floating-point exponential operators targeting recent
FPGAs with embedded memories and DSP blocks. A single-precision operator consumes …

As silicon technology advances, field programmable gate arrays appear to gain ground
against the traditional ASIC project starts, reaching out to form the mainstream …

Modular multiplication is the core operation in public-key cryptographic algorithms such as
RSA and the Diffie-Hellman algorithm. The efficiency of the modular multiplier plays a crucial …

Integer addition is a pervasive operation in FPGA designs. The need for fast wide adders
grows with the demand for large precisions as, for example, required for the implementation …

Most modern FPGAs have very optimised carry logic for efficient implementations of ripple
carry adders (RCA). Some FPGAs also have a six input look up table (LUT) per cell, whereof …

In this paper a novel, low-latency family of high-radix Parallel Prefix Network adders and
modular adders has been proposed. This family efficiently takes advantage of fast carry …

The high performance and capacity of current FPGAs makes them suitable as acceleration
co-processors. This article studies the implementation, for such accelerators, of the floating …

Decimal multiplication is one of the most frequent operations used by many financial,
business and user-oriented applications but current implementations in FPGAs are very …

FPGAs are now being commonly used in the datacenter as smart Network Interface Cards
(NICs), with cryptography as one of the strategic application areas. Public key cryptography …