ETRI-Knowledge Sharing Plaform

Wireless Communication System Wireless Local Area Networks(WLANs) Gigabit Wireless Communication Imt-Advanced High Performance Wireless Access Multi-Gigabit Low Latency Optical Switches Hardware Accelerator IEEE 802.11 Latency Performance Operating Frequency Dual-Band Multiple Input Multiple Output Orthogonal Frequency Division Multiplexing(MIMO-OFDM) Media Access Control(MAC) Field Programmable Gate Arrays(FPGA) Low Power Dissipation Time Factor Overall Design Prototype System Enhanced Distributed Channel Access Data Rate Control Channel Dynamic Power Dissipation Guard Time High Scalability Receiver Design Simulation Analyses Network Architecture Design Wireless Applications Computing Environment Carrier Sensing Frame Structure Multiple Antennas Power-Aware Packet-Switched Optical Network Large Vocabulary Transmission Architecture Bandwidth Efficiency Packet Switching Speech Features Block Acknowledgement Circuit-Based Data Services(DSs) End-To-End Delay Hidden Markov Model Low Power Consumption Large-Scale Data Variable-Size Sensor Node Cross-Correlation Data Center Networks Frequency Selective Fading Channels Key Technology Optical Header Processing Power Efficiency Physical Layer Spatial Division Multiplexing System Design And Implementation Automatic Speech Recognition(ASR) Cloud Computing Data Path Frame Length Optical Switching Optical Network Architecture Optical Communications Proxy Architecture Queuing Delay Tcp Proxy Structure Design System Level Time Performance Bandwidth Utilization Clock Gating Clock Buffers Fpga Board Intra-Dcn Limiting Factor Local Clock Mac Design Operation Flow Performance Enhancement Remote Computing Tcp Performance Switching Scheme Stand-Alone Reconfiguration Time Transmission Technology Continuous Speech End Nodes Fpga Implementation Hardware Implementation Multi-Gbps Opnet Simulation Photonic Frames Real-Time Experiment Slot Length Wireless Receiver