Search for dissertations about: "transactional"
Showing result 1 - 5 of 75 swedish dissertations containing the word transactional.
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1. Adaptable Hardware Transactional Memory Protocols
Abstract : Transactional Memory (TM) is an important programming paradigm that can help alleviate difficulties associated with concurrent programming. Single-threaded performance can no longer be expected to scale as it did in the past. Programmers, therefore, must seriously consider concurrent algorithms as viable alternatives. READ MORE
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2. Techniques for Enhancing the Efficiency of Transactional Memory Systems
Abstract : Transactional Memory (TM) is an emerging programming paradigm that drastically simplifies the development of concurrent applications by relieving programmers from a major source of complexity: how to ensure correct, yet efficient, synchronization of concurrent accesses to shared memory. Despite the large body of research devoted to this area, existing TM systems still suffer from severe limitations that hamper both their performance and energy efficiency. READ MORE
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3. Transactional Analysis Psychotherapy : Three Methods Describing a Transactional Analysis Group Therapy
Abstract : Transactional Analysis Psychotherapy - Three Methods Describing a Transactional Analysis Group Therapy The overall aim of the present thesis was to enhance and revive the practical understanding of the active ingredients in Transactional Analysis Psychotherapy (TA) and to define and lay down elements of TA, which makes it a distinct and replicable method of treatment. The thesis includes three empirical studies of a videotaped one-year long TA Group Therapy with 10 clients. READ MORE
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4. Augmenting Transactional Memory with the Future Abstraction
Abstract : The advent of multicore systems spurred great interest in Transactional Memory (TM). TM is a parallel programming paradigm that coordinates concurrent threads by incorporating transactions into programming languages. READ MORE
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5. Techniques to Reduce Inefficiencies in Hardware Transactional Memory Systems
Abstract : The recent trend of multicore CPUs pushes for major changes in software development. Traditional single-threaded applications can no longer get a sustainable performance boost from this new generation of CPUs that consist of multiple processors (cores). READ MORE