This study harnesses the useful number properties of residue system (RNS) to minimise energy consumption in a wireless sensor network. In traditional cluster-based network, large bit representations aggregated packets are transmitted base station. However, patterns slower compared smaller bits. The proposed approach splits data into pre-specified transmission channels using moduli set. Cheap co...

New approach to hardware FIR filter implementation is described in this paper. Method includes the conversion to the frequency domain, as well as the principles of residue number systems and number-theoretic transforms. Parameterized RTL IP-core generators were implemented for both conventional and developed methods. These IP generators were used to implement different devices for different fil...

In this paper a high-performance 1-D DCT processor is shown. It is based on a FFT algorithm that benefits from complex residue arithmetic to reduce the number of operations required. The array is based on the Quadratic Residue Number System (QRNS) which enables the implementation of complex adders (multipliers) with only two modular adders (multipliers). Thus, the number of additions and multip...

this study setout to investigate the effect of wheat residue, tillage, and nitrogen fertilizer management on some agronomic traits of soybean as a split split plot based on randomized complete block design with three replications. the main plots included wheat residue management: collecting and leaving residue and sub plot included tillage (without tillage and conventional tillage), and the sub...

The residue number system (RNS) is an integer system capable of supporting high speed concurrent arithmetic. One of the most important consideration when designing RNS system is reverse conversion. The reverse converter for recently proposed for the four-moduli set {2n −1,2n,2n +1,22n+1 −1} is based on new Chinese remainder theorems II (New CRT-II) [6]. This paper presents an alternative archit...