Despite the interest in social and digital media within contemporary theatre, the worlds of software development and performance are fundamentally quite different.
Programmability remains a substantial challenge due to the different types of NP architectures, the evolution of networking standards and applications, and the unavailability of a unified and widely accepted set of software development and performance prediction tools.
The TLM interface standard [2] provides an essential ESL mechanism for architecture analysis, software development, software performance analysis, and hardware verification by separating computation and communication.
Advanced topics in software development, debugging, and performance optimization are covered.
The results show that the new intelligence paradigm predicts the required efforts of the initial stage of software development with reliable performance and outperforms both regression and neural networks-based models.
More recently, PUCRS has engaged in another initiative, which involves the creation of an agile laboratory financed by CNPq (the Brazilian funding agency) to develop high performance software development teams, based on agile methods.
Consequently, certain aspects of their performance and functionality are impossible to alter, which results in additional constraints during software development and limitations during performance optimization.
