Concurrently, progress has been achieved in technologies for low-density SNP assays with a substantially reduced price per assay.
In spite of the tremendous progress that has been achieved in the technology of gene analyses (including array-based technologies, whole genome sequencing, etc)., the value of a careful selection of appropriate probands cannot be overestimated.
A remarkable economic advantage can be achieved in this technology.
Despite the great advances achieved in radiotherapy technology recently, its overall 5-year survival rate remains less than 30%, and the high probability of recurrence is still the main cause of poor quality of life and death [ 3].
The dramatic growth in Internet traffics and the growing pervasive use of mobile and wireless technologies to support this are likely to increase CO2 emissions in the future unless greater energy efficiency can be achieved in networking technologies.
The emergence of power quality as a topical issue in power systems in the 1990s largely coincides with the huge advancements achieved in the computing technology and information theory.
The great progress achieved in both the technology of metal nanostructures with necessary parameters and in theoretical modelling of many particular problems has led to a broad involvement of plasmon-mediated phenomena in the fields of optoelectronics, medical diagnostics and treatment, sensor technologies, etc. [5, 7].
Additionally, the continuous improvements in latency reduction and throughput maximization achieved in new cellular technologies have allowed the use of TCP for minimizing the impact of errors without reducing severely the effective throughput.
Theoretical analysis of these limits, with comparisons to currents that have actually been achieved in recent CMOS technologies and that have been predicted by Monte Carlo simulations, gives insight about why the limits have not been reached and how they might be reached.
In this paper, we investigate two community source cases, i.e., Kuali and Sakai, and examine how technology flexibility is achieved in application software engineering.
