NULL Conventional Logic (NCL) is a Delay-Insensitive (DI) clockless paradigm and is suitable for implementing asynchronous circuits.
We have implemented a prototype of this architecture and confirm that it has very low overhead and is suitable for implementing both system-level and application level services.
In this paper, a new five-input majority gate is presented which is suitable for implementing efficient single-layer QCA circuits.
Numerical simulations demonstrate that the proposed algorithm with a properly designed penalty function is suitable for implementing optimal collision-free transfers in real-time.
More than 12 million hectare of cropland in the US Midwest are suitable for implementing CD; however, the effectiveness of the practice can vary across the region with the variation in environmental conditions and management practices.
Therefore, the method described in this paper is suitable for implementing an arbitrary multi-scale low insertion loss and miniaturization wavelet transform and inverse transform processor using SAW devices.
where J φ i 1 = ( I + ∂ φ i ) − 1, i = 1, 2, is the resolvent operator, ρ, η > 0, α n ∈ [ 0, 1 ] and β n ∈ [ 0, 1 ] for all n ≥ 0. As reported in [12], one of the attractive features of Algorithm 2.1 is that it is suitable for implementing on two different processor computers.
Reproductive justice is the right to have children, not have children, and parent the children we have in safe and healthy environments—[and] is based on the human right to make personal decisions about one's life, and the obligation of government and society to ensure that the conditions are suitable for implementing one's decisions.
The local nature of the lattice Boltzmann method (LBM) allows it to be suitable for fast segmentation methods implemented using some parallel devices such as the graphics processing unit.
The rod element is fully described by using vector based quantities, hence making it easy to implement and be suitable for explicit resolution methods such as the Dynamic Relaxation (DR).
