Sentence examples for enabling these systems from inspiring English sources

More recently, synthetic biology is enabling these systems to be used within a systematic design context for prototyping DNA regulatory elements, genetic logic circuits and biosynthetic pathways.

With mobility increasingly important, and with computer literate managers demanding access from wherever they happen to be, enabling these systems over the Internet will be another growth market for years to come.

And this design turns out to be essential in enabling these systems to deliver explanations as well as mere conclusions.[5] In response to the need to design this declarative component, a subfield of AI known as knowledge representation emerged during the 1980s.

As such, they mediate regulatory decision-making, allow integration of multiple signals and contribute to the robustness of cell regulatory systems, a key property enabling these systems to maintain desired characteristics despite stochastic fluctuations in the behaviour of their parts or environment (3, 5, 10, 11).

"Racetrack" memory, as this technology is called, uses spinning electrons to store more data and enables these systems to operate faster than regular hard drives.

Secondly, ascertain that your CRM system provider is building the proper connectors to enable these systems to connect this will help with next step of mapping social data with existing CRM records.

The combination of fast scintillators, PMTs, and electronics has enabled these systems to reach timing resolutions in the range of 300 600 ps and to reliably perform in the clinic.

These iterated spatial operations – including pooling, normalization and pattern completion – enable these systems to recognize and predict spatial structure, while robust to changes in the spatial scale, contrast and noisiness of the input signal.

The latest trend is to enable these management systems to operate over the Internet.

Enabling these types of micromechatronic systems requires research in methods to deal with sensor and actuator robustness with fault-tolerant control against micromechanical failures, microphysical uncertainties (adhesive effects, object repulsion/attraction) and noise spikes in sensing instruments.

As Lave and Wenger (1991) summarized, rooted within a social context, "learning thus implies becoming a different person with respect to the possibilities enabled by these systems of relations.