Sentence examples for technological spaces from inspiring English sources

Combining these concepts leads to very complex structures which revealed to be very difficult to understand especially when different technological spaces are considered such as XMLWare (the technology based on XML), Grammarware and BNF, Modelware and UML, Dataware and SQL, etc.

When products are less differentiated, competing firms share closer technological spaces, and one firm can benefit more from the rival's effort.

"We know there are still tenants out there looking for large blocks of space and Wall Street still needs modern, technological space".

"We are busy calling people and saying, 'Tell us what you need.' " Since Wednesday, the mayor's office has been calling the chief executives of all the firms displaced in the collapse of the twin towers, finding out what their technological, space and other needs are and promising to help.

The plant must be designed to be operated without any working staff in the technological space.

In addition, we provide a mapping between each approach and the technological space it supports.

The potential ramifications on both innovation and patent law in the 3-D printing technological space are discussed.

This could possibly be explained based on the experimental conditions used in the border zone of the technological space considered in FCCCD.

Statistical analyses based on patent data appeal to researchers and policy-makers from diverse fields because patents can serve as quantitative indicators of phenomena that are difficult to measure, including innovation, knowledge spillovers, collaboration, and technological space.

In addition, it is worth noting that excluding citations to outside the data or academic papers may miss the important role of scientific research in guiding inventors to search the technological space more efficiently, hence resulting highly novel content [48 50], data of which can be complemented in the future research.

These include the ability to model technological space within fields, since it correctly uses USPTO subclass level data, as well as the ability to accurately analyze similarity at the patent-to-patent dyadic level, since it calculates conceptual overlaps at the lowest level of the classification taxonomy.