ETRI-Knowledge Sharing Plaform

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