Regeneration - Globe Thesis

Keyword [Regeneration] Result: 161 - 180 \| Page: 9 of 9
161.	Highly scalable optical -label switching network systems incorporating label swapping and optical regeneration
162.	All -optical regeneration for phase-shift keyed optical communication systems
163.	A theory on repeater-insertion methodologies for SoC interconnects
164.	Development of a remote sensing based coniferous regeneration monitoring system
165.	All optical regeneration utilizing self phase modulation in highly nonlinear fiber
166.	Responses of stream-breeding amphibians to riparian buffers in headwater streams: Ameliorating the effects of regeneration harvest
167.	Understanding calcification in bone regeneration through a synthetic biomineralization-based approach
168.	Most likely state sequence speech reconstruction using a generalized hidden semi Markov model with two distinct regeneration times applied to English
169.	A study of regeneration and optical transmission in SONET/WDM rings and long haul networks
170.	Modeling and design of parallel regeneration techiques for high-speed SOC RLC interconnects
171.	All-optical regeneration of high bit rate lightwave systems using an all-active semiconductor optical amplifier Mach-Zehnder interferometer
172.	All optical signal processing for hybrid OTDM/WDM switching networks
173.	Optical signal regeneration in high-speed fiber-optic communication networks
174.	High speed all-optical clock recovery and 3R regeneration
175.	Generating natural language summaries from multiple on-line sources: Language reuse and regeneration
176.	Provenance-aware framework for lightweight capture and high quality data regeneration
177.	Research On All-optical Vetor Signal Processing Technology In Ultra-large Capacity And Flexible Optical Network
178.	Research On Phase-preserving Amplitude Regeneration Technology For High-order Modulation Signal
179.	Research On All-optical OOK/QPSK Compatible Regeneration Technology
180.	Research On All-optical Repeater Based On Nonlinear-optical Loop Mirror
<<First <Prev Next> Last>> Jump to