2006 |
13 | EE | Min-Sik Jin,
Min-Soo Jung:
A High Performance Buffering of Java Objects for Java Card Systems with Flash Memory.
EUC Workshops 2006: 908-918 |
12 | EE | Won-Ho Choi,
Ha-Yong Jeon,
Rhys Rosholt,
Gwang Jung,
Min-Soo Jung:
A Novel Buffer Cache Scheme Using Java Card Object with High Locality for Efficient Java Card Applications.
ICHIT 2006: 500-510 |
2005 |
11 | EE | Min-Sik Jin,
Won-Ho Choi,
Yoon-Sim Yang,
Min-Soo Jung:
A Study on Fast JCVM with New Transaction Mechanism and Caching-Buffer Based on Java Card Objects with a High Locality.
EUC Workshops 2005: 91-100 |
10 | EE | Min-Sik Jin,
Won-Ho Choi,
Yoon-Sim Yang,
Min-Soo Jung:
The Research on How to Reduce the Number of EEPROM Writing to Improve Speed of Java Card.
ICESS 2005: 71-84 |
9 | EE | Min-Sik Jin,
Min-Soo Jung:
A Study on How to Reduce Time and Space by Redefining New Bytecode for Java Card.
RTCSA 2005: 551-554 |
8 | EE | Min-Sik Jin,
Min-Soo Jung:
A Study on Fast JCVM by Moving Object from EEPROM to RAM.
RTCSA 2005: 84-88 |
2003 |
7 | EE | Jeung-Bo Cho,
Min-Soo Jung:
A Very Small Bytecode-Verifier Based on PCC Algorithm for Smart Card.
Human.Society@Internet 2003 2003: 106-115 |
6 | EE | Do-Woo Kim,
Min-Soo Jung:
An Efficient Optimization Algorithm of Java Bytecode to Reduce Network Traffic.
ICCSA (2) 2003: 542-551 |
5 | EE | Jeung-Bo Cho,
Min-Soo Jung,
Sung-Ik Jun:
An Efficient Small Sized On-Card Verifier for Java Card.
ICCSA (2) 2003: 552-561 |
2002 |
4 | EE | Do-Woo Kim,
Min-Soo Jung:
A Study on the Optimization of Class File for Java Card Platform.
ICOIN (1) 2002: 563-570 |
3 | EE | Jun-Young Jung,
Min-Soo Jung:
Design and Implementation of Small-Sized Java Virtual Machine on Java Platform Jini.
ICOIN (1) 2002: 571-580 |
1997 |
2 | EE | Kyung-Woo Kang,
Kwang-Moo Choe,
Min-Soo Jung,
Heung-Chul Shin:
An efficient bottom-up tree pattern matching that performs dynamic programming for code generation.
J. Prog. Lang. 5(1): 189-199 (1997) |
1994 |
1 | | Min-Soo Jung,
Kwang-Moo Choe,
Taisook Han:
An Efficient Computation of Right Context for LR-Based Error Repair.
Inf. Process. Lett. 49(2): 63-71 (1994) |