Recently, by changing the logarithmic term in (1.1), DeTemple [15], Negoi [18] and Chen et al. [14] have presented, respectively, faster and faster asymptotic formulas as follows: (1.2). (1.3).
We have presented a fast and easy method based in template wetting for fabricating ordered Poly 9,9-dioctylfluorene) (Poly 9,9-dioctylfluorenePFOse morphology.
Building on previous work in BitSeq, we have presented a fast approximate inference method.
The orientation prediction approach that we have presented is fast, accurate and can be easily integrated in existing pipelines.
We have presented a fast method for finding three-way gene interactions from transcript-and genotype-data and showed experimental results obtained by applying this method to ∼3 × 10 human brain samples.
In the precedent part, we have presented 3 robust and fast new algorithms and compared them to the reference algorithm.
Therefore, in this work, we have presented CUDA-miRanda, a fast microRNA target identification algorithm that takes advantage of the massively parallel computing on a GPU using CUDA.
In summary, we have presented a variational framework for fast, accurate inference of global ancestry of samples genotyped at a large number of genetic markers.
In this paper, we have presented the 3D-GOP-RL, a fast video encoder based on 3D wavelet transform and efficient run-length coding.
In this paper, we have presented a system designed to acquire and track small, fast-moving targets in 3D.
