EME - low-cost embedded multiprocessing environment

Practical System Design and Debug Considerations for Multiprocessing in the Embedded Environment

Evaluation of a Dual-Core SMP and AMP Architecture based on an Embedded Case Study

Typical telecom applications apply a planar architecture pattern based on the processing requirements of each subsystem. In a symmetric multiprocessing environment all applications share the same hardware resources. However, currently embedded hardware platforms are being designed with asymmetric multiprocessor architectures to improve separation and increase performance of noninterfering tasks...

Design and FPGA implementation of TDEA using Light Weight Processor based multiprocessing system

Multiprocessors have been widely used in modern high performance embedded system to meet the computational needs of smart, real time applications spread across multiple fields. While custom IPs (Intellectual Property) on FPGA based systems are commonly used, multiprocessing on FPGAs have not been explored enough due to concerns about meeting a right trade-off between area usage, achievable perf...

A Survey Approach - Multiprocessing on FPGA using Light Weight Processor

These Multiprocessors have been widely used in modern high performance embedded system to meet the computational needs of smart, real time applications spread across multiple domains. While custom IPs (InteUectual Property) on FPGA based systems are commonly used, multiprocessing on FPGAs have not been explored enough due to concerns about meeting a right trade-off between area usage, achievabl...

Advancing Software Development for a Multiprocessor System-on-Chip

A low-level language is the right tool to develop applications for some embedded systems. Notwithstanding, a high-level language provides a proper environment to develop the programming tools. The target device is a system-onchip consisting of an array of processors with only local communication. Applications include typical streaming applications for digital signal processing. We describe the ...