Firstly, currently existing methods and approaches can be improved, and secondly, mistakes during development of new procedures and strategies can be avoided.
The two main implications of the study by Schwarzer et al. are as follows: firstly, the accuracy of blood gas analyzers to measure iCa in the low range needs to improve; and, secondly, clinicians using citrate anticoagulation need to be aware that the postfilter iCa result may not be accurate.
However, the first implication of their study is that the accuracy of blood gas analyzers to measure iCa in the low range needs to improve; and, secondly, clinicians using citrate anticoagulation need to be aware that the postfilter iCa result may be falsely high or low.
Secondly, improved observation methods.
Secondly an improved quantum switching scheme is presented for completing the switching task with output contention.
Secondly, for improved triple-pulse model of the HP-PWM signal, the simulations are illustrated in Fig. 6.
Secondly, an improved Sakurai Sugiura algorithm is proposed to solve the projected NEPs with enhancements on reliability and accuracy.
Secondly, an improved NEH heuristic is proposed to generate a promising initial solution, where the iteration step of the insertion step of NEH is applied to the factory after inserting a new job.
In addition, instead of using the classical deep learning techniques, e.g., Convolutional Neural Network (CNN) [17], we proposed the use of R-CNN to account for the spatial context of facial regions; secondly, we improved the training efficiency of deep architecture by incorporating the MAC techinique.
Firstly, the noise/signal ratio received by the force torque transducer is improved, reducing errors and secondly the wind tunnel struggles to produce consistent flow conditions at speeds lower than those tested.
Secondly, it improved the inhibition of sympathetic responses that were induced by the ESWL procedures due to a decreased MAP and HR in the Rem + Flu group, at the highest level and after procedure.
