The implementation of quantum computing processors for scientific applications includes floating points circuits arithmetic operations. This work adopts the standard division algorithms floating-point numbers with restoring, non-restoring, and Goldschmidt single-precision inputs. design proposals are carried out while using Clifford+T gates set, resource estimates in terms qubits, T-count, T-de...

Early computers omitted instructions for integer multiplication and division, requiring these operations to be synthesized in software. Even some modern RISC and DSP architectures are deficient in the case of division. Therefore software methods for performing integer division continue to be of interest. We consider typical architectures based on two’s complement binary arithmetic and present v...

This paper presents a universal hardware platform (UHP) based on software defined radio (SDR) technology and developed to accelerate the prototyping testing new algorithmic solutions for modern systems. There are two integrated transceivers baseband processor board. Thus, four complete RF transmitting receiving channels, with observation paths transmitted signals monitoring could be supported. ...

Floating-point division is indispensable and becoming increasingly important in many modern applications. To improve speed performance of floating-point actual microprocessors, this paper proposes a low-latency architecture with multi-precision for which will meet the IEEE-754 standard. There are three parts design: pre-configuration, mantissa division, quotient normalization. In part based on ...

This study examines the effect of an increase in minimum admissions standards on college enrollment and graduation rates of student-athletes. In 1996, the NCAA enacted Proposition 16, which increased the admission standards for freshmen student-athletes at Division I schools in an effort to improve graduation rates. Results indicate that Proposition 16 increased graduation rates significantly f...