Structured parallel programming is employed to effectively address challenges in parallel programming. Recently, Danelutto et al. [1] proposed a set of architecture-independent, reusable, parallel building blocks (RISC-pb~2l) for high-level, structured, parallel programming frameworks based on the reduced instruction set computing (RISC) approach and demonstrated the modeling of classical skeleton patterns. This paper uses FastFlow, a parallel C++ framework built on the portable operating system interface for Unix (POSIX), to show the usability of RISC-pb~2l for modeling general computing models and domain-specific patterns, and to establish its efficiency and scalability.
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