Bandwidth

TreeMAC: Localized TDMA MAC protocol for real-time high-data-rate sensor networks

Cognitive Science / Distributed Computing / Energy Conservation / Pervasive Computing / Packet scheduling / Packet Switching / Mobile and Pervasive Computing / Volcanoes / TDMA (Time division multiple access) / Data Collection / Sensor Network / Throughput / Real Time / Dimensional / Very high throughput / Energy efficient / Congestion in Optical Network / Bandwidth / MAC Protocol / Test Bed / Duty Cycle / Tdma / Packet Switching / Mobile and Pervasive Computing / Volcanoes / TDMA (Time division multiple access) / Data Collection / Sensor Network / Throughput / Real Time / Dimensional / Very high throughput / Energy efficient / Congestion in Optical Network / Bandwidth / MAC Protocol / Test Bed / Duty Cycle / Tdma

40 Gb/s Data Transmission Over a 1-m-Long Multimode Polymer Spiral Waveguide for Board-Level Optical Interconnects

Electrical Engineering / Electronic Engineering / Polymer Engineering / Optical Engineering / Optics / Optical Fiber Communications / Fiber Optics / Polymer Chemistry / Polymer science / Electronics / Optical Communication / Polymers / Polymer Nanocomposites / Optical Waveguides / Silicon Photonics / Integrated Optics / Dispersion / Polymer Composites / Optical wave guide devices / Plastic optical fiber / Optical Interconnects / Optical interconnects for high performance computing / HPC / polymer science and Engineering / High Performance Computing (HPC) / Polymer waveguides / Multimode Fiber / Optical Network, Optical interconnected Data Center Network / Bandwidth / Optical Interconnects for HPC / Optical Fiber Communications / Fiber Optics / Polymer Chemistry / Polymer science / Electronics / Optical Communication / Polymers / Polymer Nanocomposites / Optical Waveguides / Silicon Photonics / Integrated Optics / Dispersion / Polymer Composites / Optical wave guide devices / Plastic optical fiber / Optical Interconnects / Optical interconnects for high performance computing / HPC / polymer science and Engineering / High Performance Computing (HPC) / Polymer waveguides / Multimode Fiber / Optical Network, Optical interconnected Data Center Network / Bandwidth / Optical Interconnects for HPC

High-Speed Board-Level Polymer Optical Sub-Systems

Electrical Engineering / Electronic Engineering / Polymer Engineering / Optical Engineering / Optics / Optical Fiber Communications / Fiber Optics / Polymer Chemistry / Polymer science / Electronics / Optical Communication / Polymers / Cloud Computing / Optical Waveguides / Silicon Photonics / Integrated Optics / Dispersion / RF/Microwaves, Integrated Optics, MRI systems / Plastic optical fiber / Optical Interconnects / Optical interconnects for high performance computing / Optical Properties / polymer science and Engineering / Optical physics / Electro-optics / High Speed / High Performance Computing (HPC) / Optical fiber / Optical Network, Optical interconnected Data Center Network / Bandwidth / Optical Fiber Communications / Fiber Optics / Polymer Chemistry / Polymer science / Electronics / Optical Communication / Polymers / Cloud Computing / Optical Waveguides / Silicon Photonics / Integrated Optics / Dispersion / RF/Microwaves, Integrated Optics, MRI systems / Plastic optical fiber / Optical Interconnects / Optical interconnects for high performance computing / Optical Properties / polymer science and Engineering / Optical physics / Electro-optics / High Speed / High Performance Computing (HPC) / Optical fiber / Optical Network, Optical interconnected Data Center Network / Bandwidth

MIMO MMSE-DFE: a general framework

MIMO / TDMA (Time division multiple access) / Matched Filter / CDMA / GNSS receivers / TRANSMITTERS / Filter Bank / Filtering / Bandwidth / Receiver / Decision Feedback Equalizer / Multiple Input Multiple Output / Minimum Mean Square Error / Tdma / TRANSMITTERS / Filter Bank / Filtering / Bandwidth / Receiver / Decision Feedback Equalizer / Multiple Input Multiple Output / Minimum Mean Square Error / Tdma

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