![]() ![]() The main goal of this thesis was to create a DSL and support tools for high-level stream parallelism in the context of a programming framework that is compiler-based and domain-oriented. In fact, parallel programmers can use their expertise without having to design and implement low-level code. Therefore, our motivation is to simplify this path for other researchers (experts in their domain) with support tools (our tool is CINCLE) to create high-level and productive DSLs through powerful and aggressive source-to-source transformations. This is even harder for those who are not familiar with compiler technology. However, the implementation of DSLs using compiler-based tools is difficult, complicated, and usually requires a significant learning curve. We used the C++ attribute mechanism to design a "de-facto" standard C++ embedded DSL named SPar. ![]() The aim is to offer a set of attributes (through annotations) that preserves the program's source code and is not architecture-dependent for annotating parallelism. To solve this problem, we provide a new Domain-Specific Language (DSL) that naturally/on-the-fly captures and represents parallelism for stream-based applications. Moreover, when new software has to be developed, programmers often face a trade-off between coding productivity, code portability, and performance. Nevertheless, most of them are still not parallelized. Stream programs may run on different kinds of parallel architectures (desktop, servers, cell phones, and supercomputers) and represent significant workloads on our current computing systems. Stream-based systems are representative of several application domains including video, audio, networking, graphic processing, etc. Preliminary results have shown that semantics of abstractions can help extend the applicability of automatic parallelization to modern applications and expose more opportunities to take advantage of multicore processors. Several representative parallelization candidate kernels are used to study semantic-aware parallelization strategies for high-level abstractions, combined with extended compiler analyses. In this paper, we use a source-to-source compiler infrastructure, ROSE, to explore compiler techniques to recognize high-level abstractions and to exploit their semantics for automatic parallelization. Modern applications using high-level abstractions, such as C++ STL containers and complex user-defined class types, are largely ignored due to the lack of research compilers that are readily able to recognize high-level object-oriented abstractions and leverage their associated semantics. However, most previous research has only focused on C and Fortran applications operating on primitive data types. ![]() See user submitted job responsibilities for Rehabilitation Director.Automatic introduction of OpenMP for sequential applications has attracted significant attention recently because of the proliferation of multicore processors and the simplicity of using OpenMP to express parallelism for shared-memory systems. View full job descriptionĮmployers: Job Description Management Tool To be a Rehabilitation Director typically requires 3+ years of managerial experience. Capable of resolving escalated issues arising from operations and requiring coordination with other departments. May give input into developing the budget. Provides input to strategic decisions that affect the functional area of responsibility. The Rehabilitation Director typically manages through subordinate managers and professionals in larger groups of moderate complexity. Additionally, Rehabilitation Director monitors treatment and progress of patients. Maintains working relationships with community agencies. ![]() Being a Rehabilitation Director develops and implements policies and procedures pertaining to staffing and the budget for the department. Sets and implements guidelines for rehabilitation programs such as physical therapy, occupational therapy, speech therapy, and other therapies. Rehabilitation Director directs the programs and staff of the rehabilitation services department. ![]()
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