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Android on x86: Java Native Interface and the Android Native Development Kit
JNI and the Android Native Development Kit work together to complete the mapping between Java and C/C++ and enhance performance - Design
Intel's 50+ core MIC architecture: HPC on a Card or Massive Co-Processor?
Will Intel’s Knights Corner chips function as co-processors like GPUs, or will they be stand-alone many-core Linux systems? The two approaches present very different performance profiles. - Parallel
Designing for an Open Control Platform Using the Intel Atom Processor
IA-32 features and flexibility for next-generation industrial control - Embedded Systems
Is Larrabee For the Rest of Us?
Can non-numerical application developers take advantage from the new LRBni instructions? - Parallel
Programming the Cell Processor
Our authors present algorithms and strategies they've used to make breadth-first searching on graphs as fast as possible on the Cell multicore processor. - Parallel
Multi-core Performance In Single-Core Using Multi-threaded Virtual Multiprocessors: Part 1
In Part 1, the authors describe the basics of multi-threading and virtual multiprocessing and how the MIPS MT and Application Specific Instruction Extensions approach is similar to and different from traditional multithreading approaches. - Parallel
Intel Core Duo: So Hot That It's Cool
Or is it the other way aroundso cool that it's hot? Intel's latest x86 microprocessor does a whole lot more than power the iMac; it's the next generation of Intel Centrino Mobile Technology.
Letters
Optimal Queens
Optimal Queens is a classic problem in mathematics and computer science. Timothy optimizes it in C and Java. - JVM Languages
Understanding Dual Processors, Hyper-Threading Technology, and Multi-Core Systems
This paper will provide you with a basic understanding of the differences among several computer system architecturesdual-processor systems, Intel Xeon processors with Hyper-Threading Technology, dual-core processor systems, and multi-core processor systemscapable of executing two or more programs, for example in a multitasking environment or multiple threads within one program.