Smart and Novel System Design IC Laboratory Lab. Main Research Our lab puts a focus on developing next-generation system IC designs with smart and novel features. Smart concept delivers the IC system designs with any type of self-control ability and automatic configurations. Novel deliverable makes the IC system designs own a huge and critical impact on difference with others. The directions include as follows: Reconfigurable Polar-code decoders : Successive Cancellation (SC) & Successive Cancellation List (SCL) decoders Real-time programmable Low-Density Parity-Check (LDPC) decoders Training, classification, and detection of Hardware Trojans Multi-mode designs of fast Fourier transform (FFT) ~ SNSD-IC LAB Projects/Highlights LEGO-based Reconfigurable LDPC Decoder Design with Hexagonal Network-on-a-chip Design Technique for Next-Generation Wireless Communication Systems Reconfigurable Polar Decoder Architecture with Low-Area, Low-Power and High-Performance Features for Next-Generation 5G Systems VLSI Design and Implementation of Multi-Mode Successive Cancellation List (SCL) Decoder with Innovative Combined-Type Design Structure Design and Implementation of Hardware Trojan Detection and System Protection Architecture with Low- Risk and Power-Saving Features Reconfigurable 48-mode FFT systems: techniques Reconfigurable 48-mode FFT systems: architecture Real-time programmable LDPC decoders Reconfigurable parity check matrix p p 0,1? 0,1? 0,1? 0,1? Case-II Tx Rx Noisy Channel Parity check matrix Larger size Architecture - Memory Banks ……… 1 p Memory entries p p Smaller size Parity check matrix Architecture - Memory Banks … 1 p Memory entries Case-I Tx Rx Less Noise Channel p’ p’ p’ Reconfigurable low-power SCL decoders

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Smart and Novel System Design IC Laboratory

Lab. Main ResearchOur lab puts a focus on developing next-generation system IC designs with smart and novel features. Smart concept

delivers the IC system designs with any type of self-control ability and automatic configurations. Novel deliverable makesthe IC system designs own a huge and critical impact on difference with others. The directions include as follows:

Reconfigurable Polar-code decoders : Successive Cancellation (SC) & Successive Cancellation List (SCL) decoders

Real-time programmable Low-Density Parity-Check (LDPC) decoders

Training, classification, and detection of Hardware Trojans

Multi-mode designs of fast Fourier transform (FFT)

~ SNSD-IC LAB

Projects/Highlights LEGO-based Reconfigurable LDPC Decoder Design with Hexagonal Network-on-a-chip Design Technique for

Next-Generation Wireless Communication Systems

Reconfigurable Polar Decoder Architecture with Low-Area, Low-Power and High-Performance Features forNext-Generation 5G Systems

VLSI Design and Implementation of Multi-Mode Successive Cancellation List (SCL) Decoder with InnovativeCombined-Type Design Structure

Design and Implementation of Hardware Trojan Detection and System Protection Architecture with Low-Risk and Power-Saving Features

Reconfigurable 48-mode FFT systems: techniques

Reconfigurable 48-mode FFT systems: architecture