VIPER: An Efficient Vigorously Sensitizable Path Extractor. - Hoon Chang; Jacob A. Abraham (DAC, 1993)

An efficient critical path tracing algorithm for sequential circuits. - Hoon Chang; Jacob A. Abraham (Microprocess. Microprogramming, 1994)

An extended march test algorithm for embedded memories. - Gang-Min Park; Hoon Chang (Asian Test Symposium, 1997)

A variable reordering method for fast optimization of binary decision diagrams. - MoonBae Song; Hoon Chang (Asian Test Symposium, 1997)

An Efficient Critical Path Tracing Algorithm for Designing High Performance Vlsi Systems. - Hoon Chang; Jacob A. Abraham (J. Electron. Test., 1997)

Methodology for ensuring high reliability of VLSI systems. - Byung-gi Kim; Hoon Chang; Jung Wan Cho (J. Syst. Archit., 1997)

A Study on Insuring the Full Reliability of Finite State Machine. - Sunwoong Yang; MoonJoon Kim; JaeHeung Park; Hoon Chang (ICCSA (2), 2003)

A Study on Methodology for Enhancing Reliability of Datapath. - Sunwoong Yang; MoonJoon Kim; JaeHeung Park; Hoon Chang (ICCSA (1), 2004)

802.11 Link Interference: A Simple Model and A Performance Enhancement. - Hoon Chang; Vishal Misra (NETWORKING, 2005)

The Band Selection Algorithm in Supervised Classification Using Mixed-Pixels and Canonical Correlation Analysis. - Hoon Chang; Hwan-Hee Yoo; Hong Sok Kim (ICCSA (5), 2006)

A Minimized Test Pattern Generation Method for Ground Bounce Effect and Delay Fault Detection. - MoonJoon Kim; JeongMin Lee; WonGi Hong; Hoon Chang (ICCSA (4), 2006)

A General Model and Analysis of Physical Layer Capture in 802.11 Networks. - Hoon Chang; Vishal Misra; Dan Rubenstein (INFOCOM, 2006)

Generalized Logit Model of Demand Systems for Energy Forecasting. - Hong Sok Kim; Hoon Chang; Young Kyun Lee (KES (3), 2006)

Fairness and Physical Layer Capture in Random Access Networks. - Hoon Chang; Vishal Misra; Dan Rubenstein (SECON, 2007)

An Improved 30 Gbps-Class Large-Capacity Packet Processing Method Using Core Isolation Technology. - Youngsun Kwon; Moonhee Son; Hoon Chang (J. Mobile Multimedia, 2022)