Sentence examples for complexity in using from inspiring English sources

An example is provided to demonstrate the increase in complexity in using the PFD, or any FRESH filter, relative to the one-tap equalizer.

The motivation for developing this technique is to address the complexity in using a NSVP omnidirectional sensor and ultimately encouraging its application in robotics field.

Hiding the technical complexity in using signal detection method implementations and guide users to select and fine-tune their parameters.

Asking the head of surgical services to provide a forecast concerning the three times (preparation, surgery, and cleanup) for each operation increases the complexity in using the system; it also increases the complexity of the model without obtaining a better solution since all the data are used for the estimate.

By reducing the computational complexity in using a minimum-cost maximum-flow algorithm, we make feasible a cross-entropy based learning algorithm to tune the weights of the features in our scross-entropy based ulearningy tralgorithme accurato model tune is capable of handling the variable cell divisions.

A number of small-molecule pharmacologic activators of Wnt signaling [glycogen synthase kinase 3 (GSK3) inhibitors] have been developed, including BIO, CHIR99021, and TWS119; however, our preliminary investigations have suggested complexity in using these to activate Wnt signaling, potentially due to the difficulties in achieving the appropriate dosages for T-lineage differentiation.

These new findings highlight certain HDACs as caretakers of genome stability, and also underscore the potential medical complexities in using HDAC inhibitors for treatment of disease.

The universal conception of MSAs active and passive elements provides great functional complexity to ICs in using them.

Despite the breadth of the available finite element codes for seismic analysis and assessment, the associated complexity in use and the generality in orientation are likely to increase the epistemic uncertainty involved in the models, particularly in nonlinear analysis procedures.

It should be recognized, however, that various complexities are involved in using matching guidelines and various factors affect how effective using them is.

The approach is based on the concept of biological manufacturing systems (BMS) that can deal with complexity in manufacturing using the ideas of self-organization, evolution and learning.