Operating Systems

From real-time, commercial, open source, to roll-your-own OSes, plus virtualization and hypervisors.

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Accelerating network packet processing in Linux

Here's a way to accelerate network packet processing in Linux with an application-specific fastpath in addition to the networking stack. Read More

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Device drivers in user space

Here are the benefits and some caveats to running data-path applications in the user space. Discussed is Linux's UIO framework. Read More

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Porting Embedded Windows CE 6.0 R2 to the OMAP-L138: Part 3

The authors discuss how to take full advantage of the Microsoft Windows CE 6.0 board support package in this final part in a series of three articles... Read More

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Porting Embedded Windows CE 6.0 R2 to the OMAP-L138: Part 2

The authors discuss the pros and cons of the OMAP’s Programmable Realtime Unit in the second of a three part series on porting the Windows CE 6.0 R2... Read More

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Porting Embedded Windows CE 6.0 R2 to the OMAP-L138, Part 1

In this three part series, Artisom Staliarou and Denis Mihaevich describe in detail how they ported the Windows CE 6.0 R2 embedded operating system to ... Read More

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A decision-tree approach to picking the right embedded multicore software architecture

Freescale’s Robert Oshana walks the embedded software developer through a multicore “decision tree” for selecting software components best suited to... Read More

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Comparing the real-time scheduling policies of the Linux kernel and an RTOS

Le Trung Thang takes a hard look at the real-time scheduling policies of the Linux standard kernel, the Linux Real-time kernel and of RTOSes, provides ... Read More

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Best practices: Improving embedded operating system security

Bill Graham reviews some of the security best practices that embedded systems need to pay attention to in their designs, particularly those requiring... Read More

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Understanding Android's strengths and weaknesses

Here are techniques for exploiting Android's strengths and managing its limitations, especially in hard real-time, mission-critical systems. Read More

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Real-Time Kernels in medical device development (ESC-214)

Micrium’s Matt Gordon provides an introduction to real-time kernels with a particular focus on what embedded developers of medical devices will need... Read More

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Building in RTOS support for safety- & security-critical systems

In this Product How-To, LynuxWorks’ Will Keegan explain the differences between safety-critical and security-critical applications and how to use the... Read More

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Making embedded processing development easy - part 2

We’re on the second installment in a sequence created to introduce you to the fundamentals of embedded software design and considerations to aid with... Read More

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Migrating from proprietary to Linux (Open) development platforms

Linux specialist Rajaram Regupathy provides some tips on making the transition from a design based on a proprietary RTOS to one that makes use of the... Read More

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Bring big system features to small RTOS devices with downloadable app modules

Bring app downloadability to small footprint RTOSes using a new architectural feature called “downloadable application modules,” which cheat the... Read More

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Making hardware more like software

Here's a way to partially or fully reconfigure an FPGA without rebooting the operating system. Read More

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Lower the overhead in RTOS scheduling

Research shows that preemption-threshold scheduling helps to mitigate the deadline-vs.-overhead tradeoff. Read More

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Save & Follow 21 June 2012

This paper looks at building a business case for... Read More

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