We demonstrate optical VPN among different PONs using ASK/FSK format The scalability is enhanced by using a bidirectional amplifier at the OLT and the FSK format combined with low-loss FBG reflectors for VPN traffic.
ISBN:
(纸本)9783800730421
We demonstrate optical VPN among different PONs using ASK/FSK format The scalability is enhanced by using a bidirectional amplifier at the OLT and the FSK format combined with low-loss FBG reflectors for VPN traffic.
We propose a simple and stable structure to realize a tunable negative coefficients microwave photonic notch filter. Theoretical analysis and experimental results are presented and show a good agreement.
We propose a simple and stable structure to realize a tunable negative coefficients microwave photonic notch filter. Theoretical analysis and experimental results are presented and show a good agreement.
To support IPTV efficiently, it is necessary to introduce multicasting capability to automatic switched opticalnetwork (ASON). This paper discusses the merits of multicast IP and ASON, an architecture and performance...
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ISBN:
(纸本)1424411734
To support IPTV efficiently, it is necessary to introduce multicasting capability to automatic switched opticalnetwork (ASON). This paper discusses the merits of multicast IP and ASON, an architecture and performance of overlay and tiered multicast IP/ASON, and a regional testbed in China.
By exploiting the symmetry of bidirectional wavelength-connections in WDM networks, we propose an NN bidirectional OXC using one N/2N/2 reversible optical switch to reduce the complexity of the OXCs. The feasibility i...
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By exploiting the symmetry of bidirectional wavelength-connections in WDM networks, we propose an NN bidirectional OXC using one N/2N/2 reversible optical switch to reduce the complexity of the OXCs. The feasibility is demonstrated at 10 Gb/s.
We propose a widely tunable slow-light delay element based on nano-scale silicon microring resonator assisted by parametric amplification. This scheme provides flexible adjustment of the delay time and bandwidth to ad...
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We propose a widely tunable slow-light delay element based on nano-scale silicon microring resonator assisted by parametric amplification. This scheme provides flexible adjustment of the delay time and bandwidth to adapt to different data rates.
We propose a widely tunable slow-light delay element based on silicon microring resonator assisted by parametric amplification. This scheme provides flexible adjustment of the delay time and bandwidth to adapt to diff...
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We propose a widely tunable slow-light delay element based on silicon microring resonator assisted by parametric amplification. This scheme provides flexible adjustment of the delay time and bandwidth to adapt to different data rates.
This paper experimentally studies the accurate task scheduling in optical grid. The practical data transfer scenario and task execution scenario in optical grid have been investigated and modeled. Scheduling algorithm...
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ISBN:
(纸本)9781424418596
This paper experimentally studies the accurate task scheduling in optical grid. The practical data transfer scenario and task execution scenario in optical grid have been investigated and modeled. Scheduling algorithm OGEFT adopting the new realistic models shows significantly improved scheduling accuracy.
Realization of RF phase shift on amplitude modulated wireless data based on single sideband modulation and nonlinear optical loop mirror is demonstrated for smart antenna in wireless access networks. Linear tunable ph...
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One task-flow scheduler has been designed to optimally allocate resources for a task-flow based Aircraft Collaborative Design Application in optical Grid. This scheduler and application has been deployed on an optical...
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ISBN:
(纸本)9783800730421
One task-flow scheduler has been designed to optimally allocate resources for a task-flow based Aircraft Collaborative Design Application in optical Grid. This scheduler and application has been deployed on an optical Grid testbed. The application's practical running demonstrates its feasibility.
We study optimal operating conditions for 160-Gb/s signals traversing a slow-light delay line based on parametric amplification. Six phase modulated formats are investigated, including CSRZ, PAP-CSRZ, GAP-CSRZ, RZ duo...
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