Sentence examples for functionality complexity from inspiring English sources

However, advances in microelectronics and software now allow embedded systems to be composed of a large set of processing elements, and the trend is towards significant enhanced functionality, complexity, and scalability, since those systems are increasingly being connected by wired and wireless networks to create large-scale distributed real-time embedded systems (DRES).

However, advances in microelectronics and software now allow embedded systems to be composed of a large set of processing elements, and the trend is toward significant enhanced functionality, complexity, and scalability, since those systems are increasingly being connected by wired and wireless networks to create large-scale distributed real-time embedded systems (DRES).

To summarize, the literature underscores the many technical (e.g. weight, functionality, complexity) and human (e.g. self-image, cognitive resources, social stigma, pain, etc).

To achieve the task of fabricating functional tissues, scaffold materials that can be sufficiently vascularized to mimic functionality and complexity of native tissues are yet to be developed.

To manufacture tissue engineering-based functional tissues, scaffold materials that can be sufficiently vascularized to mimic the functionality and complexity of native tissues are needed.

Spacecraft systems increase in functionality and complexity.

However, at each improvement in efficiency and functionality, the complexity of the algorithms is also increasing.

Then, we evaluate the difference among them using the several functionality and complexity metrics.

The amount of functionality and complexity of embedded systems has increased substantially, making it increasingly harder to efficiently develop embedded systems products.

The required functionality and complexity of embedded systems are also constantly increasing, and development of such products is becoming increasingly harder.

As resource failures due to the increasing functionality and complexity of hybrid Cloud computing are inevitable, a failure-aware resource provisioning algorithm that is capable of attending to the end-users quality of service (QoS) requirements is paramount.