Sentence examples for inefficient architecture from inspiring English sources

How could it be that Modernism, whose "visionary architects and planners were, in their minds, leagued with the people against what they saw as archaic, overblown, extravagant and inefficient architecture and design, the taste of princes," finds itself losing a public argument... to a prince?

From a smart network perspective, this is more than very annoying; it is an inherently inefficient architecture.

The late anaphase B spindle would therefore appear to have an inefficient architecture for generating forces to segregate lagging or concatenated chromosomes (Pidoux et al., 2000; Courtheoux et al., 2009; Petrova et al., 2013).

In this paper, we note that in fact the OQE overestimates the error in many cases, thus yielding inefficient architectures.

Although our buildings, like our cars, have been woefully inefficient environmentally, architecture isn't responsible in any meaningful way for humanity's disastrous environmental impacts, nor can it hope to solve them alone.

Rich morphological system makes this architecture inefficient if it is used in rich morphological language applications since it needs high computational costs to train and use these models within real-time applications, such as speech recognition and automatic machine translation.

Even if most of these attacks are today inefficient in recent architectures, they highlight the fact that the configuration of the IOMMU by the firmware and IOMMU Linux driver in recent kernels presents new weaknesses that could be exploited by an attacker.

Unfortunately, the legacy TCP/IP architecture is very inefficient.

Although some fingerprinting schemes have been proposed in recent years, most of them are inefficient due to their homomorphic architecture that is based on public key cryptography.

Consequently, the functional oriented and fully dedicated architectures will become inefficient, if high levels of the flexibility are not provided in the individual IP modules.

Current LEFET architectures suffer from inefficient charge injection of electrons and holes from the source and drain electrodes, leading to unbalanced charge transport and hence poor device performance.