The nature of embedded systems is being changed with the advent of graphical, intelligent human-machine interfaces and the Internet of Things. Every imaginable system, from coffee makers and washing ...

This article discusses how to use GCJ, part of the GCC compiler suite, in an embedded Linux project. Like all tools, GCJ has benefits, namely the ability to code in a high-level language like Java, ...

Programming languages are tools that help developers communicate with computers and build everything from apps to AI systems.

Developers writing embedded Java applications have a stack of frameworks and other tools to choose from. Here are the best Java frameworks used for embedded development today. Java’s creators had a ...

MicroEJ's VEE combines C/C++ and Java into a single protected, containerized solution. MicroEJ added Managed C to its VEE framework. C code runs in a protected container (right) versus the ...

Sun Microsystems showed off its new Java Platform Standard Edition (Java SE) and an early access release of Java Real-Time System version 2.0 at San Jose's Embedded Systems Conference last month. The ...

Sunbury, Middlesex, UK – 15 July 2002 – DCT, a developer of high-performance, low-cost embedded Java™ solutions, has announced three separate new developments expected to boost its presence in the ...

aJile Systems has demonstrated a Java processor which will run real-time applications. As a Java direct-execution processor, the aJ-102 executes Java bytecode natively instead of via an interpreter.

The two most common transport layer protocols are the transmission control protocol (TCP) and the user datagram protocol (UDP). One of the main differences between the two protocols is reliability.

Here's what I've learned over 20 years of working with both C++ and Java (and more years before that with C++): As a rule of thumb, when you convert optimized C++ to Java, the code is about 3x slower.