The optimizations proposed are DSP specific and address four of the most appealing features of the architecture: instruction, data, and thread parallelism extraction, and the exploitation of the flexibility of the memory hierarchy, plus the usage of DMA to overlap computation and communication.
Hence, the flexibility of a memory reflects in (i) diverse access options; (ii) selective reactivation options; and (iii) relational binding.
When used in the context of persistent infections they reveal the dynamic flexibility of the memory compartment, even the very large "inflationary" responses.
The choice of switching modes can broaden device applications and enable large flexibility in terms of memory architecture [15].
This study confirms the desired configurability and flexibility of the cache memory's sharing degree based on the running workload.
The (PGAS) programming model is a popular approach for exploiting this parallelism of architectures while offering flexibility of both shared memory and message passing paradigms.
The main advantage of parametric synthesis is its flexibility and economy in terms of memory and computational load.
Since, spontaneous recognition memory tasks do not allow a subtle assessment of memory processes (learning, flexibility, reference memory etc)., it would be interesting to evaluate whether the impaired spatial recognition memory in P2X7R−/− mice can be generalized to other hippocampal-dependent tasks.
The properties of the LGPBP implants, such as better flexibility, less memory, and ease of cutting, shaping, and sizing for easy insertion and removal from the VC, were a result of the use of fibrous pericardium (the outer layer of the pericardium) formed by laminated collagen fibers.
