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Our aim was to optimize a SOA control system by evolving the architecture of  the service component that transforms system models into task trees, which  are then executed by the runtime library called the Task Tree Executor, TTE.  In the paper we present the two novel TTE architectures that evolved from the  previous TTE architecture and introduced finer grained parallelism. The novel  architectures execute TTE tasks as more lightweight TBB tasks and Cilk  strands rather than the OS threads, which was the case for the previous TTE  architecture. The experimental evaluation based on time needed for TTE  reliability estimation, by statistical usage tests, shows that these novel  TTE architectures are providing the average relative speedup, RS, from 8x to  11x, over the original TTE, on a dual-core machine. Additional experiments  made on eight-core machine showed that RS provided by TTE based on TBB scales  perfectly, and goes up to 77x. [Projekat Ministarstva nauke Republike Srbije,  br. III 44009 and br. TR 32031]

On task tree executor architectures based on intel parallel building blocks