Search for dissertations about: "Juha Plosila"
Showing result 1 - 5 of 6 swedish dissertations containing the words Juha Plosila.
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1. Contributions to Asynchronous Communication Ports for GALS Systems
Abstract : Digital systems commonly use a single global clock signal to synchronize the whole system. This is not always possible and it can be more advantageously to divide the system into separate clock domains, where each clock domain can operate with its own clock frequency. READ MORE
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2. Studies on asynchronous communication ports for GALS systems
Abstract : Digital systems generally use a global clock signal for the whole system. A System-on-Chip may have to communicate with the environment, using several different data rates that does not fit well to the single global clock frequency. READ MORE
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3. Data-driven Implementations for Enhanced Healthcare Internet-of-Things Systems
Abstract : Healthcare monitoring systems based on the Internet of Things (IoT) areemerging as a potential solution for reducing healthcare costs by impacting and improving the quality of health care delivery. The rising numberof elderly and chronic patient population in the world and the associatedhealthcare costs urges the application of IoT technology to improve andsupport the health care services. READ MORE
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4. Improving On-Board Data Processing using CPU-GPU Heterogeneous Architectures for Real-Time Systems
Abstract : This thesis investigates the efficacy of heterogeneous computing architectures in real-time systems.The goals of the thesis are twofold. First, to investigate various characteristics of the Heterogeneous System Architectures (HSA) compliant reference platforms focusing on computing performance and power consumption. READ MORE
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5. Space Computing using COTS Heterogeneous Platforms : Intelligent On-Board Data Processing in Space Systems
Abstract : Space computing enriches space activities such as deep-space explorations and in-orbit intelligent decision making. The awareness of space computing is growing due to the technological advances of high-performance commercial off-the-shelf (COTS) computing platforms. READ MORE