ETRI-Knowledge Sharing Plaform

Ultralow Power(ULP) RISC-V Network On Chip(NoC) Temperature Effect Inversion(TEI) Internet Of Thing(IoT) Power Saving Supply Voltage Very Large Scale Integration(VLSI) Power Consumption Soi Technology 28nm Fd-Soi Voltage Level Voltage Scaling Intellectual Property(IP) Clock Frequency Ultra-Low-Energy Active Devices Increasing Temperature Multi-Core Platform Cmos Circuits Interconnect Delay Iot Devices Unique Characteristics K-Means Algorithm Noc Simulator Prototype Development Design Spaces Energy Saving Energy Efficiency Memory Management Unit Power System-On-Chip Positive Effects Platform Architecture Cmos Devices Flexible Router Instruction Sets Trade-Off Low Power System K-Means Clustering Algorithm Memory Bottleneck Management Techniques State-Of-The-Art Chip Architecture Dynamic Thermal Management Dynamic Voltage And Frequency Scaling Design Exploration Efficiency Of System The Body Technology Nodes Multiple Interfaces Processor Design Real-Time Sensor Applications Augmented Reality(AR) Delay Characteristics Electronic Design Automation(EDA) Fpga Prototyping Mmu-Less Embedded Systems Power And Thermal Management Power Reduction Systems-On-Chip Single Core Body Biasing Cache Coherence Chip Temperature Dynamic Power Edge Devices Finfet Devices Fpga Prototype Instruction Set Architecture Minimizing Power Planar Cmos Application-Specific Development Process Full-Custom Total Power Temperature Characteristics Multi-Core Processor Mobile System Non-Uniform On-Chip Infrastructure Rtl Simulation Small Size Specific Applications State University Anomaly Detection Bulk Cmos Cmos Process Development Cost End Nodes Hardware Implementation Higher Temperatures 48 V Level Control Logic Cell Optimization Methods Post-Fabrication Power Management Router Frequency Simulation Results