Sentence examples for design and algorithmic from inspiring English sources
The first is the system design and algorithmic development for air traffic control (ATC) using an associative SIMD processor (AP).
The design and algorithmic challenges in the control of an evaporator include: unknown model parameters, large parameter variations, varying loads, and external discrete phenomena such as compressor switch on/off or abrupt change in compressor speed.
In this study, we focussed on mosaic events of at least 2 Mb in size, a generally accepted threshold for large structural alterations (10), allowing a fair basis of comparison for the different chip designs we analysed, and concordant with a recent study that used an SNP chip design and algorithmic protocol similar to our own (11).
The use of ICT technologies helped to improve interoperability between Heritage-BIM anumericalcal simulations to streamline the operational workflow by avoiding redundant steps through the use of computational design and graphical algorithmic modelling as an intermediate step between the two software environments.
This study design, and the algorithmic approach that underlies this lung cancer susceptibility score, is comparable to a recent study in prostate cancer.
MM designed and adapted algorithmic solutions, implemented the method and participated in its evaluation.
The paper describes the design philosophy and the methods which have been adopted within the design of the functional and algorithmic control architecture for a dual arm robotic system developed within the EU funded AMADEUS project on underwater robotics.
These gains can also be pushed forward by co-design, where computing hardware and algorithmic developments are considered as a single design process.
The algorithmic design and solution performance of the algorithm for multiobjective shortest path problems are illustrated, and numerically evaluated and compared with a benchmark algorithm in terms of solution completeness and efficiency.
The (abstract) Tile Assembly Model (aTAM), is a mathematical paradigm for the study and algorithmic design of DNA self-assembly systems.
