The results show that this NoC architecture provides a large design space for application specific on-chip network designs.
This paper demonstrates how an optimal second base can considerably reduce the complexity of the system while significantly improving the representation space for application specific designs.
Not only do our mobile devices have hard limits in terms of storage space available for applications, each of us has our own psychological threshold as well.
At issue is a section of the airwaves created when television stations converted from analog to digital signals, freeing up additional space for other applications.
Fig. 5 Sequence space for two applications a ftpd (File Transfer Protocol Daemon) and b lpr (Line PRinter) [26].
The second base in 2DLNS can be adjusted to improve the representation space for particular applications; the difficulty is selecting such a base.
There is no need to reconstruct the genome space for subsequent applications, whereas in multiple alignment methods, realignment is needed to add new sequences.
The optimal results were found by exhaustive exploration and are obtained by selecting the solution with the lowest cost (Energy × Cycles) in exploration space, for each application.
Shapes are obtained using geometrical analysis and projection into the tangent space for the application of discriminant analysis to the 12 site-type groups [56], shapes package and the ADE4 protocol of R).
