Design properties which emerged as themes which have a sensitive or powerful impact on interpretation of the hazard maps were explored further in the survey among a broader sample group.
Accordingly, issues such as, synchronization, sharing process resources, granularity, scheduling and mapping are explored within the framework of real-time parallel processing and parallel multithreading.
In this paper, the travelling salesman problem and piece-wise linear chaotic map are explored to synthesize an efficient configuration of 8 × 8 substitution-box.
The evolutionary properties of the four-locus genotype-phenotype map were explored using computer simulations.
When the different elements of the comorbidity service models map were explored through a survey of respondents, there were strong areas of commonality across services, despite the differences in their contexts and structures.
The various design possibilities of the above mapping procedure are explored analytically and the cost constraints termed the figure of merit (FoM) of the design are evolved for the various design trade-offs for MMM and 6-D FSBM problem.
Eight broad problem areas that currently limit the ability to appropriately assess, document, and use the accuracy of thematic maps derived from remote sensing are explored.
A number of differences between the programmer's model of Cortex-M3 and Cortex-M0 processors, the exception operation of the Cortex-M0 processor, the memory maps, debug features, and compatibility are explored.
Next, several potential uses for these online mapping technologies in environmental criminological research are explored.
Here, the capabilities of Kohonen's Self-Organized Maps will be explored to find the associations between words in spoken utterances.
