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即時作業系統 Kernels Products Include: Nucleus PLUS, Nucleus µiPLUS, Nucleus C++, Nucleus for DO-178B, Nucleus OSEK , Nucleus DDL, Nucleus COM, Nucleus MMU and Nucleus IPC. When developing an embedded system, you are faced
with a number of challenges. Perhaps the most difficult challenge is the
need to understand your target CPU environment. Further, the necessity to
become familiar with a new set of tools, including compilers, assemblers,
librarians, linkers, loaders and debuggers compounds the challenge. No
simple task! Accelerated TechnologyT has eliminated many of the concerns
associated with these challenges by providing the time-tested capabilities
of a number of real-time kernel implementations.
Nucleus DDL
With Nucleus DDL, you have the ability to dynamically load, unload, and execute your application on a running target. The Nucleus DDL API allows you to easily introduce new sections of code into your existing application from a remote development host, easily allowing software updates in your product after deployment. Using Nucleus DDL, you can speed up your download time and eliminate the overhead associated with rebuilding and linking your entire application. Nucleus MMU is an extension to the proven Nucleus PLUS real-time kernel that provides memory protection of tasks and other system components. Nucleus MMU allows for a wide variety of services to be protected, from tasks to system objects to the entire kernel. Developers can reduce their time to market by using Nucleus MMU as a debugging tool during development as well as use Nucleus MMU for protection in their final product deployment. As with all Nucleus products, Nucleus MMU applications are highly portable to any new CPU architecture. Nucleus MMU Features:
Nucleus IPC is a lightweight,
application-level mechanism that provides high-speed communications
between two or more processors and works in heterogeneous or
homogeneous environments. Nucleus IPC has an easy-to-use,
nine-function API and its zero-copy implementation is incredibly
fast. Use Nucleus IPC rather than burden your application with
Symmetric Multi-Processing (SMP). Not only is Nucleus IPC much more
efficient, but it gives the developer finer control over their
implementation.
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Mentor Graphics Embedded In-Vehicle Infotainment (IVI) Base Platform Achieves GENIVI Compliance View PR
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user support:
sales@acceleratedtechnology.com
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