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It is difficult to solve an optimization problem in smart devices software due to a trade-off relation between quality conditions and performance properties. Furthermore, development cost of complicated software is on the increase by fragmentation of devices into the small size. In this paper, we propose the design processes and methods reflecting diverse of flexible elements including physical features...
Modern smart devices that are increasing in number and complexity of applications, have a high demand for achieving all of the desired performance requirements within a reasonable cost and time range during operation. Self-adaptive computing that enables automatic adaption of system behavior and resources in order to match the goal of application performance has been known as one of the solutions...
This paper presents an IDE for rapid development of OpenCL applications on heterogeneous processing enabled smart devices. OpenCL is an open standard for parallel programming of heterogeneous many-core found in personal computers, servers and handheld/embedded devices. The IDE for OpenCL application development presented in this paper provides not only specialized project manager, editor, builder...
As the complexity and size of software in automotive embedded systems has grown steadily over the years, model-based software development is widely accepted by automotive industrial. A recent automotive standard, AUTOSAR gives developers a good opportunity to keep up with this trend. In this paper, to help develop automotive embedded software based on AUTOSAR, we propose a practical tool called ASAD(AUTOSAR...
Writing device drivers is known as very difficult developing process. In particular, writing low-level code for accessing devices and manipulating their kernel resources is tedious and error-prone. But, ever since the first device drivers have been written, their development process has made little progress. In this paper, we present a remote diagnostic tool for USB device kernel resources. This tool...
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