These aspects include number systems, arithmetic algorithms, hardware implementation of arithmetic operators (adders, multipliers, dividers), elementary function implementation, and floating-point arithmetic. Th
examples of designs at the logic level, and discuss cost/performance characteristics throughout. Students and practicing designers alike will find Digital Arithmetic a definitive reference and a consistent teaching tool for developing a deep understanding of the "arithmetic style" of algorithms and ...
Application of multiple-valued logic in digital technology (Review)Practical/ digital arithmeticlogic designmultivalued logicprogrammable logic arrays/ multiple-valued logicdigital technologydigital devicesdigital processing algorithmsbinary logicmultilevel signals...
Additionally, digital logic optimization algorithms can be incorporated to improve the quality of our approach. For example, we can optimize the computations to reduce the number of logic layers in the digital circuit to minimize the dilution that results from cascading multiple reactions during the ...
Most DSP algorithms require two operands to be fetched from memory in a single cycle to become inputs to the arithmetic units. To supply the addresses of these two operands in a flexible manner, the DSP has two DAGs. In the DSP's modified Harvard architecture, one address generator supplies...
Digital signal processing applications often require heavy arithmetic operations, e.g., repeated multiplications and additions, and as such dedicated hardware is required. Possible implementations for a real-time implementation of the developed algorithms are: • General-purpose microprocessors (μPs) ...
Based on fast FIR algorithms (FFAs), we proposedistributed arithmetic algorithm based new parallel FIR filterarchitectures, which are beneficial to symmetric convolutions interms of the hardware cost. Multipliers are the major portions inhardware consumption for the parallel FIR filter implementation.The...
Beyond 5G networks provide solutions for next-generation communications, especially digital twins networks (DTNs) have gained increasing popularity for bridging physical and digital space. However, current DTNs pose some challenges, especially when appli
Finally DSP algorithms depend considerably on speed performance of MAC. In this paper, a high speed MAC unit based on Vedic multiplier(VM) technique is presented for Arithmetic Applications. The VM and the adder blocks in the MAC unit are designed using a high-speed Pipelined Brent Kung (BK)...
algorithm is ready to be implemented on hardware. Digitalsignal processing applicationsoften require heavy arithmetic operations, e.g., repeated multiplications and additions, and as such dedicated hardware is required. Possible implementations for a real-time implementation of the developed algorithms are...