Sentence examples for and simultaneously avoiding from inspiring English sources
ICIM is therefore simple, faster and achieve model convergence efficiently, while keeping all the advantages of IM and simultaneously avoiding the complicated selection of background control markers used in CIM.
The problem is formulated as a constrained optimization problem, minimizing the positional error and simultaneously avoiding any collision of the manipulator with either the obstacles or within its links.
Prestigious brands of cookies usually use metallic tins as packaging to distribute and sell their products, trying to impress the customer through the appearance of the packaging and simultaneously avoiding smashing or damaging of the cookies during logistics operations.
Since a relatively low adequate balloon volume is recommended to avoid overfilling [2, 11], we suggest using the low limit of the optimal balloon volume range (Fig. 6), thus avoiding overfilling of the balloon during expiration and simultaneously avoiding underfilling during inspiration.
This novel irrigation-suction system is more effective than conventional continuous suction irrigation and simultaneously avoiding highway effects by distending the joint capsule.
One of the advantages of computer adaptive testing is the potential to use fewer numbers of questions without endangering the overall reliability of the test and, simultaneously, avoiding the risk of depleting the items held within the Questions Bank too quickly.
The smart city is no different – to successfully achieve it's smart city vision, a city and its providers must successfully navigate the political realities in a city and simultaneously avoid its pitfalls.
An effective method for solution representation is designed, which is efficient to realize the swap and insertion neighborhood, and simultaneously avoid some obvious inferior solutions, therefore the efficiency of the proposed simulated annealing algorithm is improved.
The authors demonstrate that this estimation method maintains the advantage of OLS parameter estimates that perform very well in the context of time-series cross-section data and simultaneously avoid the production of inaccurate standard errors, like the OLS- or frequently used FGLS-estimator.
We propose and demonstrate how attractor dynamics can be used to design and implement a distributed dynamic control architecture that enables a team of two robots, without force/torque sensors and equipped solely with low-level sensors, to carry a long object and simultaneously avoid obstacles.
To make the CHARMm force field qualified for these interactions and simultaneously avoid changing the already defined parameters in the force field, the Lennard Jones parameters (well depth and minimum distance) of the specific atom pairs related to these interactions are reparameterized through an automatic least square fitting program.
