The results showed that the CPF approach reduces both the processor utilization and memory consumption of the central server by 15.1% and 16.5 MB, respectively, than the conventional client/server approach in our prototype implementation.
In addition, the largest c4 instance will allow developers to fine-tune the processor performance even more by managing both the processor's performance and power management using P-state and C-state controls.
These blocks define software tasks (benchmarks represented as a certain mix of floating point, integer and load/store instructions) that are input to both the processors (Opteron and Xeon) in order to test their memory hierarchy performance.
The sum mutual information, (10), depends on both the relay processor and the precoders.
In this case, additional resources in the FPGA are used for both the microblaze processor and for the ICAP IP.
The simulation results indicate that recycling the cathode exhaust gas from the SOFC-GT system requires less fresh air from the compressor, to maintain the SOFC stack temperature, and the heat recovered from the SOFC system is sufficient to supply both the fuel processor and air pre-heater.
The processor and memory both score 7.0, with the Aero and 3D graphics scoring 6.4.
Both the maximum allowed speed of the processor and the energy costs may vary continuously over time.
Remove from the processor and use fresh.
