Exploiting the potential of reconfigurable devices such as Field-Programmable Gate Arrays (FPGAs) is typically a complex and tedious hardware engineering task.
However, these handcrafted features often ignore the internal meanings of words or entities, require tedious feature engineering and expensive computation and lack adaptability for different scenarios.
These successes were not due to some revolutionary new paradigm, but mostly on the tedious application of engineering skill and on the tremendous power of computers today.
Tedious and complex protein engineering and optimization are therefore required for each specific target DNA sequence, and delivering many of these proteins into cells for simultaneous multiplexed genetic manipulation is challenging.
Improvement of enzymes with desired industrial properties requires a complex and tedious methods of protein engineering or screening for mutant enzymes with desired activities (Neylon 2004; Cherry and Fidantsef 2003).
Conventional rule-based algorithms were developed to extract information of SINs, but these methods require engineering knowledge and tedious work for parameter tuning.
The results show that does P3 not only finds the best final solutions, but it also reaches high quality solutions much faster than the other algorithms This fast optimization is vital for the tedious and large-scale structural engineering problems.
Transforming a building information model to an engineering analytical model is tedious and time-consuming.
The editing of such highly detailed models belongs usually to the most laborious and tedious tasks of technical and chemical engineering.
While their text is indeed tedious at times, the sheer bizarreness and ingenious engineering of some of the vans offset that.
