Reliability comparison of various regenerating codes for cloud services. - Jung-Hyun Kim 002; Jin Soo Park; Ki-Hyeon Park; Inseon Kim; Mi-Young Nam; Hong-Yeop Song (ICTC, 2013)

Performance comparison of LDPC convolutional codes for memory size and encoder block size. - Ki-Hyeon Park; Jin Soo Park; Jung-Hyun Kim 002; Inseon Kim; Hong-Yeop Song; Jang Yong Lee (ICTC, 2013)

Distributed Frequency Synchronization for OFDMA-based wireless mesh networks. - Jung-Hyun Kim 002; Hong-Yeop Song; Jihyung Kim; Kwang Jae Lim; Dong Seung Kwon (IWSDA, 2013)

Binary locally repairable codes from complete multipartite graphs. - Jung-Hyun Kim 002; Mi-Young Nam; Hong-Yeop Song (ICTC, 2015)

Optimal binary locally repairable codes with joint information locality. - Jung-Hyun Kim 002; Mi-Young Nam; Hong-Yeop Song (ITW Fall, 2015)

Locally repairable fractional repetition codes. - Mi-Young Nam; Jung-Hyun Kim 002; Hong-Yeop Song (IWSDA, 2015)

Locally repairable codes with locality 1 and availability. - Mi-Young Nam; Jung-Hyun Kim 002; Hong-Yeop Song (ICTC, 2016)

Alphabet-dependent upper bounds for locally repairable codes with joint locality. - Jung-Hyun Kim 002; Mi-Young Nam; Hong-Yeop Song (ISITA, 2016)

Alphabet-Dependent Bounds for Locally Repairable Codes With Joint Information Availability. - Jung-Hyun Kim 002; Hong-Yeop Song (IEEE Commun. Lett., 2017)

Hypergraph-Based Binary Locally Repairable Codes With Availability. - Jung-Hyun Kim 002; Hong-Yeop Song (IEEE Commun. Lett., 2017)

Reduced-Complexity Belief Propagation Decoding for Polar Codes. - Jung-Hyun Kim 002; Inseon Kim; Gangsan Kim; Hong-Yeop Song (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2017)

Some Constructions for Fractional Repetition Codes with Locality 2. - Mi-Young Nam; Jung-Hyun Kim 002; Hong-Yeop Song (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2017)

Block-Punctured Binary Simplex Codes for Local and Parallel Repair in Distributed Storage Systems. - Jung-Hyun Kim 002; Min Kyu Song; Hong-Yeop Song (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2018)

iVIS: Interpretable Interactive Visualization for User Behavior Clusters. - Yieun Kim; Yohan Bae; Junghyun Kim 002; Yeonghun Nam (HCI (48), 2020)