Using Android in Education for Mobile Device Development
Short Description
In the growing world of technology, cellular devices have quickly emerged as one of the fastest evolving fields. They have increased greatly in both popularity and complexity, requiring more advanced operating systems and applications to meet the demands of the con- sumer. Android is a software stack designed to meet these demands in an open source environment. The project is currently being developed and funded by the Open Handset Alliance, which includes companies such as Google and T-Mobile. Android includes an operating system, middleware, and key applications, as well as a Software Development Kit (SDK) for developers to create their own applications for the An- droid environment. Due to its open source license and tools provided, Android is an ideal platform for bringing the mobile market to the educational realm.
Website: www.eng.auburn.edu | Filesize: 242kb
No of Page(s): 10
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Installation Guide for the IBMS/390 and IBMeServerzSeries Architectures
Short Description
Welcome to the Red Hat Enterprise Linux Installation Guide. This guide contains useful information to assist you during the installation of Red Hat Enterprise Linux 5.0.0. From fundamental concepts such as installation preparation to the step-by-step installation procedure, this book will be a valuable resource as you install Red Hat Enterprise Linux.
Website: www.redhat.com | Filesize: 1131kb
No of Page(s): 108
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Virtualization for High-Performance Computing
Short Description
The specific demands of high-performance computing (HPC) often mismatch the assumptions and algorithms provided by legacy operating systems (OS) for common workload mixes. While feature- and application-rich OSes allow for exible and low-cost hardware configurations, rapid development, and exible testing and debugging, the mismatch comes at the cost of | oftentimes significant | performance degradation for HPC applications.
Website: www.research.ibm.com | Filesize: 76kb
No of Page(s): 4
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F5 and the 8 ways to Virtualization
Short Description
F5 pioneered the concept of breaking up data center virtualization technologies into eight unique categories within the data center. Any virtualization products or technologies implemented in the data center will fall into one of these eight categories. With this paper, F5 discusses how it has implemented these same technologies within its own product line, helping enterprises get closer to achieving their goal of a implementing a complete Virtual Data Center with F5’s Application Delivery Networking products.
Website: www.f5.com | Filesize: 541kb
No of Page(s): 7
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iKernel Isolating Buggy and Malicious Device Drivers Using Hardware Virtualization Support
Short Description
The users of today’s operating systems demand high reliability and security. However, faults introduced outside of the core operating system by buggy and malicious device drivers can significantly impact these dependability attributes. To help improve driver isolation, we propose an approach that utilizes the latest hardware virtualization support to efficiently sandbox each device driver in its own minimal Virtual Machine (VM) so that the kernel is protected from faults in these drivers. We present our imple- mentation of a low-overhead virtual-machine based framework which allows reuse of existing drivers.
Website: choices.cs.uiuc.edu | Filesize: 134kb
No of Page(s): 9
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Hardware virtualization support for Afterburner/L4
Short Description
Full virtualization of the IA32 architecture can be achieved using hardware support. The L4 microkernel has been extended with mechanisms to leverage Intel’s VT-x technology. This work proposes a user level virtual machine monitor that complements L4’s virtualization extensions and realizes microkernel-based full virtualization of arbitrary operating systems. A prototype implementation within the Afterburner framework demonstrates the approach by successfully booting a current Linux kernel.
Website: i30www.ira.uka.de | Filesize: 286kb
No of Page(s): 27
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Evolution in Kernel Debugging using Hardware Virtualization With Xen
Short Description
Xen’s ability to run unmodified guests with the virtualization available in hardware opens new doors of possibilities in the kernel debugging. Now it’s possible to debug the Linux kernel or any other PC operating system similar to debugging a user process in Linux. Since hardware virtualization in-processor enables Xen to implement full virtualization of a guest OS, there is no need to change the kernel in any way to debug it.
Website: www.kernel.org | Filesize: 183kb
No of Page(s): 18
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