Results 1 - 20 of 20
This is a thesis on embedded system design for engine intake control system, anti-lock brake system and automotive security system.
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References: https://dspace.wul.waseda.ac.jp/dspace/bitstream/2065/28391/3/Honbun-4286.pdf
This paper presents a review of salient results on modeling of complex large scale embedded systems and results on composition, analysis, model checking, and verification of safety properties. It also presents a library of vehicle models designed for cruise control (and CACC).
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References: https://www.cse.wustl.edu/~cdgill/RTAS04/modes_ucb.pdf
This open book chapter discusses the design of embedded vehicular systems, including modern automobiles, trucks and busses. By and large, the chapter stays at overview level, talking about requirements and design process in general. Autosar (Automotive Open System Architecture) is a software architecture standard for component-based design. You can find in the chapter an overview of the standard and its impact on design.
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References: https://en.wikibooks.org/wiki/Embedded_Control_Systems_Design/Automotive
This is a technical online community about the mobile handset design concept.
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References: https://www.eetimes.com/design
New solution for the development of in-vehicle embedded systems was the purpose of the French 'Embedded Electronic Architecture' cooperative research and development program 'AEE'. The results are the identification of embedded component classes, the specification of a generic embedded architecture, as well as the definition of a declarative language.
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References: https://www.ercim.eu/publication/Ercim_News/enw52/simonot-lion.html
This page introduces the concept, approaches and tools about model-based design of automotive embedded system.
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This project aims to create a GPS car navigator. This is something more than a typical "moving map" that you can do with Ozi, fmaps, Gnomad and others. The project aim is made route calculation, but not in a static way, as is doing by some web sites.
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References: https://sourceforge.net/projects/linuxcar/
This excellent two-part article explains what makes GPS applications good enough for commercial in-car navigation and how the process of interpreting GPS data actually works. It also teaches some of the skills needed to write a commercial-grade GPS application that works with a majority of GPS devices in the industry today are covered.
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References: https://www.codeproject.com/KB/windows/WritingGPSApplications1.aspx
Mobilized Software is an information resource and community focused on creating and deploying better mobile solutions. The site is produced by CMP in association with Intel Corporation, Microsoft and other mobile leaders.
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References: https://drdobbs.com/mobility
This site describes a project started by one person. It is an example what a small team of contestant can do get Linux in a car and do interesting things.
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References: https://spiceland.org/projects/melf/
Linux-based computer systems are being placed on board V8 Supercars to provide visual information on crashes and relay the data to officials over a wireless network. The systems are central to a program undertaken by organizers of V8 Supercar racing in Australia to obtain more information about Supercar crashes, in the hopes of reducing the number of incidents at races.
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This is a short survey of Linux applications (almost all of them are Free Software) for navigation with laptops, notebooks, handhelds, PDAs and mobile phones. They are useful for bikers, car drivers, ships, and air planes. Additionally there are map conversion tools and links to freely available maps.
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References: https://tuxmobil.org/navigation_gps.html
This article describes new solutions for the development of in-vehicle embedded systems purposed by the French Embedded Electronic Architecture (AEE) cooperative research and development program. Specifically, the article discusses embedded component classes and a generic embedded architecture, as well as a declarative language.
Platform:N/A ;License: N/A
References: https://www.ercim.eu/publication/Ercim_News/enw52/simonot-lion.html
This newsletter describes a CarPC. It is based on a Via Epia small form factor mainboard, including features like a GPS receiver, Bluetooth and a high speed wireless network. A mobile phone connection (Verizon EVDO) is used for streaming video from a MythTV box at home so that the proud owner of the car can watch any movie while on the road .
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References: https://www.gentoo.org/doc/en/handbook/2005.0/handbook-x86.xml
This 1999 tutorial an overview on developing Auto PC applications and the platform for developing mobile device applications offered by Microsoft Windows CE.
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References: https://msdn.microsoft.com/en-us/library/ms834174.aspx
The carwhisperer project intends to educate manufacturers of carkits and other Bluetooth appliances a possible security threat caused by the use of standard passkeys.
Platform:N/A ;License: N/A
References: https://www.securiteam.com/securitynews/5JP0420GKG.html
The CCAS is a binocular intelligent video sensor that is mounted on a car and performs front monitoring of the road and vehicular traffic. It is based on methods of stereo-photogrammetry, digital image processing and Kalman filtering. A prototype of CCAS was designed and tested on the highway in real condition.
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References: https://www.module.ru/products/dsp/ccas.shtml
This article discusses why car PC is a good idea and what some of the roadblocks are. It is easy to read, insightful and a good source for ideas.
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References: https://www.linuxjournal.com/article/7544
This site describes several products that allow you to access, start and secure your car with your fingerprint or with your eye ball pattern.
Platform:N/A ;License: N/A
References: https://www.automobile-security.com/
A section of this article describes the WaveCar project that investigates the notion of elementary services in a highly dynamic environment. An idea is to equip the car with a system which will provide synchronization with the requisite client services through an Internet connection.
Platform:N/A ;License: N/A
References: https://www.ercim.eu/publication/Ercim_News/enw54/ubeda.html