This paper presents an efficient active-transductive approach for classification.
Active-Transductive Learning with Label-Adapted Kernels This paper presents an efficient active-transductive approach for classification.
Active mode-locking in broadband Quantum Cascade (QC) lasers with a repetition rate of about 14.3 GHz has been achieved through the modulation of the laser bias current.
A 1.0-cm long monolithic extended-cavity laser has been fabricated and actively mode-locked at a repetition rate of 4.4 GHz.
Composite-cavity lasers using single-mode fiber external resonators have produced short mode-locked optical pulses at very high repetition rates.
Monolithic and mono-section InAs/InP quantum dot Fabry-Perot laser diodes are fabricated and characterized in an actively mode-locked mode for ultra-stable clock signal generation.
(Title orginally issued as An Active Network Approach to Network Management" Active networks is a framework where network elements, primarily routers and switches, are programmable.
DARPA and the NSF are encouraging research on active router networks.
Active noise control (ANC) is achieved by introducing a canceling "antinoise" wave through an appropriate array of secondary sources.
A parsing model is developed that uses bottom-up activation of rule instances in the presence of contextual expectations in an Active Production Network (APN).
