Sentence examples for complexity in implementing from inspiring English sources

Although the above mentioned model can effectively improve the rate performance, it imposes additional complexity in implementing the existing (ZF or DFE) receivers, since the size of the effective channel matrix is large (2N × N).

Small-scale variations in malaria transmission are common in sub-Saharan Africa and create complexity in implementing strategies to combat malaria (8, 28, 59, 75– 75).

Improving sustainability practices in an individual company alone might not be sufficient owing to complexities in implementing regulation, understanding consumption, and global palm oil supply networks involving multiple scales, locations and actors (D'Antone and Spencer 2015; Azhar et al. 2017; Oosterveer 2015).

These discrepancies are probably due to the complexity involved in implementing tobacco cessation interventions in clinical practice.

Although the pedigree structures are uncomplicated and the underlying genetic principles straightforward, a surprising degree of complexity is involved in implementing a sib pair study and interpreting the results.

This complexity is further compounded in implementing public sector projects where multiple project objectives are expected by a wide range of stakeholders who have different interests associated with the projects.

Shaun Willoughby, president of the Albuquerque Police Officers Association, the union that represents rank-and-file officers, says that cops on the street want the reform effort to succeed, but they're frustrated by the complexity and lack of consistency in implementing some policies.

Compared to the traditional hardware receiver using application-specific integrated circuit (ASIC, FPGAA or DSP offer flexibility similar to software and speed similar to hardware, but there are difficulties in implementing high-complexity calculations, and they are still expensive niche products for dedicated applications [9, 10].

Although the coefficient-relation of the even-order sub-filters in the Farrow structure has been revealed and adopted in the weighted-least-squares (WLS) design of even-order finite-impulse-response (FIR) variable fractional-delay (VFD) digital filters in the literature, it has never been exploited in implementing low-complexity VFD filters.

Complexity: the degree of difficulty involved in implementing the technology and communicating benefits to stakeholders.

But understanding the complexities of tradition within an institution is important in implementing effective change.