Compared to existing Quadruple precision floating point adders and Dual mode Quadruple precision floating point adder, the proposed architecture can perform more computations with less area because of resource sharing among different precision operands.
During ASIC implementation with 90 nm technology using the synopsis tool, the proposed Multi-mode quadruple precision floating point adder has a 38.57% smaller area compared to the existing quadruple precision floating point adder.
Thereby, we have achieved the drastic reduction in multiplexer utilisation of about 40%to50%0% (for N = 8 to 128) compared to the existing twin precision modified booth multiplier.
This paper describes the design of the Inverse Sine Phase Detector (ISPD) by utilizing a new model more effective than the existing model in precision, simplicity, robustness, for use in the ISPD PLL Demodulator without using any filters.
The scale of this operation and the necessity to maximise operational availability of the facility added a requirement for high productivity in the remote activities to the existing exigencies of precision, reliability, cleanliness and operational security.
A major advantage of the approach is that the precision of existing positioning systems can be improved without technical modifications.
It has a promising new portable CAT scanner and is developing an airport baggage scanner than can detect explosives with greater precision than existing ones.
In the design of sand retaining precision, the existing design methods consider unilateral factors or have limited applicability.
The LMIR is shown to have the same precision as existing algorithms but with less computational complexity.
Figure 12 shows that the proposed method performs favourably against the existing algorithm with higher precision, recall values, and F-measure scores on the NLPR dataset.
Multi-numerical results based on modified IEEE 123 nodes test feeder are presented and discussed, demonstrating that the proposed method achieves much better performance than existing ones in both precision and computation aspects.
