We have designed, implemented and numerically evaluated a segmentation framework that works in a data parallel way, and which can therefore efficiently utilize many-core mass processing environments.
In this work, we have designed, implemented, and evaluated the performance of efficient algorithms for IP lookup (MIHT and BFs approach) in multi-/many-core systems.
We have designed, implemented, proved and extended a novel VMX exchange rate algorithm (VERA) algorithm, which implements the redistribution strategy.
In this work, we have designed, implemented, and analyzed a framework that allows us to envision the physical effects of robot manipulation actions.
We have designed, implemented and characterized a measurement system which records UTLC separations in full color with 32 μm spatial resolution and 33 ms temporal resolution.
We have designed, implemented, and verified the hardware architecture of the face detection engine for high-performance face detection and real-time processing.
In conclusion, we have designed, implemented and demonstrated a single base extension microarray platform optimized specifically for use in genotyping complex nucleic acid populations.
We have designed, implemented and released a freely available public server that will provide initial gene calls, gene functions, and metabolic reconstructions for bacterial and archaeal genomes.
The ARK mobile robot project has designed and implemented a series of mobile robots capable of navigating within industrial environments without relying on artificial landmarks or beacons.
A reconfigurable digital baseband processor for an RF-MIMO WLAN transceiver that performs the signal combining in the analogue domain has been designed, implemented and tested.
