Decimal multiplication is the most common operation in arithmetic applications. This paper
presents an area-efficient digit-by-digit decimal multiplier using a modified binary-coded …

Floating point numbers provide more range as compared to the fixed point values. The
multiplier is one of the main blocks of a processor. For improved performance, there is a …

Nowadays, floating point multiplier (FPM) plays an essential role in computers. The IEEE
754 norm for floating point numbers is the most widely recognized portrayal for real numbers …

Arithmetic operations of the binary numbers play a vital role in the design of General
Purpose Processors (GPP), Arithmetic Logic Units (ALU), etc. Similarly, decimal addition and …

Among the many microprocessors, RISC-V as an open-source instruction set is gradually
gaining popularity among academia and industry. The performance of the multiplier in the …

An adder serves as the main structural component of any contemporary ALU-based
processor. It is known that addition is a very fundamental operation that is utilized in almost …

With the expansion of floating-point operation requirements for fast high-speed data signal
processing and logic operations, the speed of the floating-point operation unit is the key to …

Multiplication-accumulation (MAC) operation plays a crucial role in digital signal processing
(DSP) applications, such as image convolution and filters, especially when performed on …

The electrical activity caused by the corneo-retinal standing potential due to eyeball
movement is known as an electrooculogram (EOG). EOG is useful in many medical …

The current multiplication and division IP imple-mentation are mainly achieved through LUT-
based and iterative methods. This paper proposes a new hardware architecture, for fast …