Search for dissertations about: "MABS"
Showing result 1 - 5 of 79 swedish dissertations containing the word MABS.
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1. Improving the performance of distributed multi-agent based simulation
Abstract : This research investigates approaches to improve the performance of multi-agent based simulation (MABS) applications executed in distributed computing environments. MABS is a type of micro-level simulation used to study dynamic systems consisting of interacting entities, and in some cases, the number of the simulated entities can be very large. READ MORE
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2. Applying Simulation to the Problem of Detecting Financial Fraud
Abstract : This thesis introduces a financial simulation model covering two related financial domains: Mobile Payments and Retail Stores systems. The problem we address in these domains is different types of fraud. We limit ourselves to isolated cases of relatively straightforward fraud. READ MORE
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3. Potential role of anti-cytokine autoantibodies in the regulation of cytokine responses in infections and autoimmune diseases
Abstract : Anti-cytokine autoantibodies are serum proteins that bind cytokines and specifically interfere with measurements and biological activities of the corresponding cytokines. Plasma, sera, and CSF were obtained from patients with multiple sclerosis (MS), aseptic meningitis (AM), stroke (ST), and polyneuropathy, Guillain Barré Syndrome (GBS). READ MORE
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4. Radioimmunotherapy of Metastatic Disease - Studies of Alpha- and Beta-particle-Emitting Radionuclides in a Preclinical Model
Abstract : In radioimmunotherapy, monoclonal antibodies (mAbs) are used as a targeting agent carrying a toxic payload consisting of radionuclides. This treatment allows the irradiation of small lesions, even on the microscopic level. In the present work, two radionuclides with different properties were used. READ MORE
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5. Multi-Agent Based Simulations in the Grid Environment
Abstract : The computational Grid has become an important infrastructure as an execution environment for scientific applications that require large amount of computing resources. Applications which would otherwise be unmanageable or take a prohibitively longer execution time under previous computing paradigms can now be executed efficiently on the Grid within a reasonable time. READ MORE