Sentence examples for implementation because of its from inspiring English sources
It is also more suitable for practical implementation because of its high computational efficiency and security due to the random projection.
For channel access, a simple single-channel CSMA MAC with implicit acknowledgements (IACKs) is selected to complement SS-Tree implementation because of its flexibility and adaptability in face of the unique operational characteristics of WSNs.
These two properties make the RXRA scheme much more appealing for a practical implementation because of its simplicity and lower overhead.
SRAM-FPGA is a good option for OBP implementation because of its high density, high performance, reduced development cost and re-configurability, the last of which is quite useful for remote update and maintenance of the OBP satellite systems [20].
The high level at which the specification of the module algebra has been given makes this approach particularly attractive when compared to conventional implementations, because of its shorter development time and the greater flexibility, maintainability, and extensibility that it affords.
A new concept called self-timed systems solves such problems but has not been accepted in microprocessor implementations yet because of its complex design procedure and increased overhead.
Critics say car firms have lobbied fiercely to delay its implementation because of the cost of meeting stricter environmental controls.
Richard A. Boucher, the State Department spokesman, said on Thursday: "We're not in the position of holding up on Darfur because the North-South is not being implemented or holding up on North-South implementation because of Darfur.
ATM is the switching and multiplexing technology chosen to be used in the implementation of B-ISDN, because of its superiority in fast packet switching.
SCNT is a promising technology whose full implementation is on hold because of its low efficiency.
We restricted our implementation to supervised learning because of its large use in reservoir computing, and the consequent availability of algorithms to solve technical problems, given that our focus was on the system-level interaction between the basal ganglia and cortex and not on learning processes.
