Levinson concluded, with admiration, that the Guugu Yimithirr speakers achieve "in software what pigeons apparently achieve in hardware".
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.
On the other hand, the lower limit may independently be lowered through the improvement of the stability of the system, which may be achieved in hardware but also in software by tailoring the algorithm used to calculate the phase difference [ 16].
Of course, one may reasonably say, that could be because of the greater amount of "innovation" being achieved in the area of software.
In a nutshell, significant performance improvement for most PTM types could be achieved in the AMS 4.0 software using the designed consensus strategy, without losing quality for the others, giving added value to the existing AMS 3.0 prediction software.
Achieving this in software on embedded systems requires significant compute processing for object recognition.
We have applied CBR based modeling approach to achieve autonomicity in software systems.
In this chapter, we dive deep in TDD practice and how to perform it to achieve quality in software design.
There are several standards and models that support software process improvement (SPI), such as ISO/IEC 12207 [20], ISO/IEC 15504 [21], CMMI [4], and MR MPS.BR [5], and almost all of them include software measurement as an essential process for organizations to achieve maturity in software development.
Tremendous progress has been achieved in the development of algorithms and software tools for mapping short reads from different NGS platforms to a reference genome and then identifying variants between individual sequences and the reference genome sequences [ 13- 16].
