For time critical applications, it is essential that a digital processor is able to sustain the demand of the application’s timing requirements. To analyze if a family of high performance Intel processors are equipped for different time critical applications, this project created a tool to calculate the performance of these processors in giga-floating point operations per second (GFLOP/s). With the proposed tool, this project compared the performance benefits of a traditional multi-core architecture, Intel Xeon E5-4669 v4, with a new many-core architecture, Intel Xeon Phi 7210
Real-time aspects are becoming more important in standard desktop PC environments and x86 based proc...
Energy consumption of processors and memories is quickly becoming a limiting factor in the deploymen...
The Cell Broadband Engine is a high performance multicore processor with superb performance on certa...
Intel's Xeon Phi combines the parallel processing power of a many-core accelerator with the programm...
As Moore s law continues, processors keep getting more cores packed together on the chip. This thesi...
This paper describes the performance trends in Intel Dual Core Processors and Intel Xenon Quad Core ...
The Roofline Performance Model is a visually intuitive method used to bound the sustained peak float...
High performance is a critical requirement to all microprocessors manufacturers. The present paper d...
In this paper, a set of micro-benchmarks is proposed to determine basic performance parameters of si...
The Intel\uae Xeon Phi™ is gaining popularity for high-performance computing (HPC) applications, but...
As only the currently required functionality on a dynamic reconfigurable FPGA-based system is active...
In this paper, a set of micro-benchmarks is proposed to determine basic performance parameters of si...
In this paper we take a look at what the Intel Xeon Processor 7500 family, code namedNehalem-EX, bri...
As high-performance computing (HPC) systems advance towards exascale (10^18 operations per second), ...
This paper describes the IBM Power8 system in comparison to the Intel Xeon processors, widely used i...
Real-time aspects are becoming more important in standard desktop PC environments and x86 based proc...
Energy consumption of processors and memories is quickly becoming a limiting factor in the deploymen...
The Cell Broadband Engine is a high performance multicore processor with superb performance on certa...
Intel's Xeon Phi combines the parallel processing power of a many-core accelerator with the programm...
As Moore s law continues, processors keep getting more cores packed together on the chip. This thesi...
This paper describes the performance trends in Intel Dual Core Processors and Intel Xenon Quad Core ...
The Roofline Performance Model is a visually intuitive method used to bound the sustained peak float...
High performance is a critical requirement to all microprocessors manufacturers. The present paper d...
In this paper, a set of micro-benchmarks is proposed to determine basic performance parameters of si...
The Intel\uae Xeon Phi™ is gaining popularity for high-performance computing (HPC) applications, but...
As only the currently required functionality on a dynamic reconfigurable FPGA-based system is active...
In this paper, a set of micro-benchmarks is proposed to determine basic performance parameters of si...
In this paper we take a look at what the Intel Xeon Processor 7500 family, code namedNehalem-EX, bri...
As high-performance computing (HPC) systems advance towards exascale (10^18 operations per second), ...
This paper describes the IBM Power8 system in comparison to the Intel Xeon processors, widely used i...
Real-time aspects are becoming more important in standard desktop PC environments and x86 based proc...
Energy consumption of processors and memories is quickly becoming a limiting factor in the deploymen...
The Cell Broadband Engine is a high performance multicore processor with superb performance on certa...