Publications from UCI DREAM Lab

 

 

Sir Charles Antony Richard Hoare, Professor of Oxford Univ.,
in his 1980 ACM Turing Award Lecture entitled, "The Emperor's Old Clothes",
published in Communications of the ACM, Vol. 24, No. 2, Feb. 1981, pp.75-83:

"I suggested a notation for a 'case expression' ---.  I am still most proud of it ---.  Now, after more than fifteen years, there is the prospect of the international standardization of a language incorporating this notation - a remarkable short interval compared with other branches of engineering. "

¡¡

  1.   Kim, K.H., "Overview Slides", May, 2000 (50 pages). 

  2.   Kim, K.H., "Overview Slides", Feb., 2005 (85 pages).

¡¡

  1.   Kim, K.H., "Object Structures for Real-Time Systems and Simulators", IEEE Computer, August 1997, pp.62-70.

  2.   Kim, K.H., "Real-Time Object-Oriented Distributed Software Engineering and the TMO Scheme", Int'l Jour. of Software Engineering & Knowledge Engineering, Vol. No.2, April 1999, pp.251-276. 

  3.   Kim, K.H. (Kane), Liu, J., and Kim, Moon H., "Deadline Handling in Real-Time Distributed Objects", Proc. ISORC 2000 (IEEE CS 3rd Int'l Symp. on Object-oriented Real-time distributed Computing), Newport Beach, CA, March 2000, pp.7-15.

  4.   Kim, K.H., "Real-time Object-oriented Distributed Computing", in John G. Webster ed., 'Encyclopedia of Electrical & Electronics Engineering', Supplementary Volume I, 2000, John Wiley & Sons, pp.606-616. 

  5.   Kim, K.H., "APIs for  Real-Time Distributed Object Programming", IEEE Computer, June 2000, pp.72-80.  

  6.   Kim, K.H., "Object-Oriented Real-Time Distributed Programming and Support Middleware", Proc.  ICPADS 2000 (7th Int'l Conf. on Parallel & Distributed Systems), Iwate, Japan,  July 2000, pub. by IEEE CS Press (Keynote paper), pp.10-20. 

  7.   Kim, K.H., "Issues Insufficiently Resolved in Century 20 in the Fault-Tolerant Distributed Computing Field",  Proc.  SRDS 2000 (19th IEEE CS Symp. on Reliable Distributed Systems), Nuremberg, Germany,  Oct. 2000, pp.106-115 (Invited paper).   Slides presented  

  8.   Kim, K.H., and Paul, R., "The Distributed Time-Triggered Simulation Scheme Facilitated by TMO Programming", Proc. ISORC 2001 (4th IEEE CS Int'l Symp. on OO Real-time distributed Computing), Magdeburg, Germany, May 2001, pp. 41-50. 

  9.   Kim, K.H., "Commanding and Reactive Control of Peripherals in the TMO Programming Scheme", Proc. ISORC 2002 (5th IEEE CS Int'l Symp. on OO Real-time distributed Computing), Crystal City, VA, April 2002, pp.448-456.

  10.   Kim, K.H., "QoS Certification of Real-Time Distributed Computing Systems: Issues and Promising Approaches", IEICE Trans. on Information & Systems, Vol. E86-D, No. 10, Oct. 2003, pp.2077-2086. 

  11.   Kim, K.H., "Wide-Area Real-Time Computing in a Tightly Managed Optical Grid - An Optiputer Vision", to appear in Proc. AINA 2004 (IEEE 18th Int'l Conf. on Advanced Information Networking and Applications), Fukuoka, Japan, March 2004 (Keynote paper).

  12.   Kim, K.H., "Fundamental Research Challenges in Real-Time Distributed Computing", Proc. FTDCS 2004 (10th IEEE Workshop on Future Trends of Distributed Computing Systems), Suzhou, China, May 2004, pp. 2-9 (Invited paper).

  13.   Kim, K.H., ¡°Importance of Real-Time Distributed Computing Software Building-Blocks in Realization of Ubiquitous Computing Societies¡±, Proc. ISADS2005 (IEEE CS 7th Int'l Symp. on Autonomous Decentralized Systems), Chengdu, China, April, 2005 (Keynote).

Earlier publications

  1.  Kopetz, H. and Kim, K.H., "Temporal Uncertainties in Interaction among Real-Time Objects", Proc. IEEE Computer Society's 9th Symp. on Reliable Distributed Systems, Huntsville, AL, Oct. 1990, pp.165-174.

  2.   Kim, K.H., "Utopian View of Future Object-Oriented Real-Time Dependable Computer Systems", Proc. RTCSA ‘94 (1st IEEE Int’l Workshop on Real-Time Computing Systems and Applications), Seoul, Korea, Dec. 14-16, 1994, pp.59-69. 

  3.   Kim, K.H. (Kane), "Towards New-Generation Real-Time Object-Oriented Computing", Proc. FTDCS ‘95 (IEEE Computer Society’s 5th Workshop on Future Trends of Distributed Computing Systems), Cheju Island, Aug.’95, pp.520-529.

  4.   Kim, K.H., "Toward New-Generation Object-Oriented Real-Time Software and System Engineering", Invited paper, SERI Journal, Taejon, Korea, Vol.1, No.1, Jan. 1977, pp.1-23. 

Other position papers

  1.   Kim, K.H., "Object-oriented Structuring of Real-Time Autonomous Decentralized Systems", Proc. ISADS '99 (IEEE CS 4th Int'l Symp. on Autonomous Decentralized Systems), March 1999, Tokyo, Japan, pp. 412-414 (Position paper).

  2.   Kim, K.H., "Questionable Relevancy of Fixed Priority Assignment in Distributed Object Design", Proc. ISORC '99 (IEEE CS 2nd Int'l Symp. on Object-oriented Real-time distributed Computing), St. Malo, France, May 1999, pp. 283-285 (Position paper).

  3.   Kim, K.H. (Kane),  "Analysis of Guaranteed Service Times of Distributed Real-Time Objects", Proc. ISORC 2000 (IEEE CS 3rd Int'l Symp. on Object-oriented Real-time distributed Computing), Newport Beach, CA, March 2000, pp.408-410 (Position paper). 

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Part C. 
Program Structuring Scheme & Top-Down Design Approach

  1.   Kim, K.H. et al., "Distinguishing Features and Potential Roles of the RTO.k Object Model", Proc. WORDS '94 (IEEE Computer Society Workshop on Object-oriented Real-Time Dependable Systems), Dana Point, Oct.1994, pp.36-45.

  2.   Kim, K.H. (Kane) and Kopetz, H., "A Real-Time Object Model RTO.k and an Experimental Investigation of Its Potentials", Proc. COMPSAC '94 (IEEE Computer Society's 1994 Int'l Computer Software & Applications Conf.), Nov.1994, Taipei, pp.392-402.

  3.   Kim, K.H.(Kane), Mori, K., and Nakanishi, H., "Realization of Autonomous Decentralized Computing with the RTO.k Object Structuring Scheme and the HU-DF Inter-Process-Group Communication Scheme", Proc. ISADS ‘95 (IEEE Computer Society’s 2nd Int’l Symp. on Autonomous Decentralized Systems), April 1995, Phoenix, AZ, pp.305-312.

  4.   Kim, K.H.(Kane), "Towards Designing RTO.k Structured Server Objects with Service Time Guarantee", Proc. SEKE ‘96 (8th Int’l Conf. on Software Engineering & Knowledge Engineering), Lake Tahoe, NV, June ‘96, pp.522-528.

  5.   Kim, K.H.(Kane), Kim, Y., and Kim, H., "An RTO.k Object Based Uniform Integrated Design of Real-Time Computing Systems and their Application Environment Simulators", Proc. IDPT ‘96 (2nd World Conference on Integrated Design & Process Technology), Austin, TX, Dec. 1996, pp. 106-113.

  6.   Kim, K.H., et.al, "Real-Time Object Based High Assurance Design of a Control Computer System and an Environment Simulator", Proc. ICRQD ‘97 (3rd ISSAT Int’l Conference on Reliability and Quality in Design), Anaheim, CA, March 1997, pp. 126-134.

  7.   Kim, K.H., Subbaraman, C., and Bacellar, L., "Support for RTO.k Object Structured Programming in C++", Control Engineering Practice, an IFAC journal, Vol.5, No.7, 1997, pp.983-991.  

  8.   Kim, K.H.(Kane), "Object Structures for Real-Time Systems and Simulators", IEEE Computer, August 1997, pp.62-70. (same as B.3)

  9.   Kim, K.H. and Subbaraman, C., "The TMO Structuring Approach and its Potential for Telecommunication Applications", Proc. ASSET '98 (IEEE Workshop on Application-Specific Software Engineering & Technology), Richardson, TX, March 1998, pp.108-115. 

  10.    Shokri, E.H. and Kim, K.H., "TMO-Based Programming in COTS Software/Hardware Platforms: A Case Study", Proc. ASSET '99 (IEEE Symp. on Application-Specific Software Engineering & Technology), Richardson, TX, March 1999, pp. 88-94. 

  11.   Kim, K.H. (Kane), Liu, J., and Kim, Moon H., "Deadline Handling in Real-Time Distributed Objects", Proc. ISORC 2000 (IEEE CS 3rd Int'l Symp. on Object-oriented Real-time distributed Computing), Newport Beach, CA, March 2000, pp.7-15. 

  12.   Kim, K.H., "Commanding and Reactive Control of Peripherals in the TMO Programming Scheme", Proc. ISORC 2002 (5th IEEE CS Int'l Symp. on OO Real-time distributed Computing), Crystal City, VA, April 2002, pp.448-456.

  13.   Kim, K.H. (Kane), "A TMO Based Approach to Structuring Real-Time Agents", Proc. ICTAI 2002 (IEEE CS 14th Int'l Conf. on Tools with Artificial Intelligence), Washington, D.C., Nov. 2002, pp.165-172. 

  14.   Kim, K.H. (Kane), "Basic Program Structures for Avoiding Priority Inversions",  Proc. ISORC 2003 (IEEE CS 6th Int'l Symp. on Object-oriented Real-time distributed Computing), Hakodate, Japan, May 2003, pp.26-34. 

  15.   Kim, K.H., Li, Y.Q., Liu, S., Kim, M.H., and Kim, D.H., ¡°RMMC Programming Model and Support Execution Engine in the TMO Programming Scheme¡±, Proc. ISORC 2005 (8th IEEE CS Int' Symp. on Object-Oriented Real-Time Distributed Computing), Seattle, May, 2005, pp. 34-43.

  16.   Kim, K.H., "A Non-Blocking Buffer Mechanism for Real-Time Event Message Communication", Real-Time Systems - The International Journal of Time-Critical Computing Systems, Vol. 32, No. 3, March 2006, pp. 197 - 211.

  17.   Im, C.S., and Kim, K.H., ¡°A Hybrid Approach in TADE for Derivation of Execution Time Bounds of Program-Segments in Distributed Real-Time Embedded Computing¡±, Proc. ISORC 2006 (9th IEEE CS Int' Symp. on Object & Component Oriented Real-Time Distributed Computing), Gyeongju, Korea, April, 2006, pp.408-418.

  18.  Kim, K.H., Kim, M.C., and Kim, M.H., ¡°Approaches for Inheritance in the TMO Programming Scheme¡±, to appear in F. Kordon, ed., a volume in Lecture Notes in Computer Science, Springer Verlag, (Proc. 2005 Monterey Workshop on Networked Systems).

  19.   Kim, K.H., Colmenares, J., and Rim, K.W., "Efficient Adaptations of the Non-blocking Buffer for Event Message Communication between Real-Time Threads", Proc. ISORC 2007 (10th IEEE CS Int'l Symp. on Object & Component Oriented Real-Time Distributed Computing), Santorini, Greece, May, 2007, pp.29-40.

Earlier publication not included in this volume

Kim, K.H.(Kane) and Bacellar, L., "A Real-Time Object Model: A Step toward an Integrated Methodology for Engineering Complex Dependable Systems", Proc. CSESAW ‘93 (1993 Complex Systems Engineering Synthesis and Assessment Technology Workshop), US Navy NSWC, Dahlgren Div., July 1993, pp.56-64.

Part D. 
Execution Engines (Kernels, Middleware), APIs, and Languages

  1.   Kim, K.H. et al., "A Timeliness-Guaranteed Kernel Model - DREAM Kernel - and Implementation Techniques", Proc. RTCSA '95 (1995 Int'l Workshop on Real-Time Computing Systems and Applications), Tokyo, Oct.1995, pp.80-87.

  2.   Kim, K.H., Subbaraman, C., and Kim, Y., "The DREAM Library Support for PCD and RTO.k programming in C++", Proc. WORDS '96 (IEEE Computer Society 2nd Workshop on Object-oriented Real-Time Dependable Systems), Laguna Beach, Feb.1996, pp.59-68.

  3.   Kim, K.H.(Kane), Bacellar, L., and Subbaraman, C., "Support for RTO.k Object Structured Programming in C++", Proc. 21st IFAC/IFIP Workshop on Real-Time Programming, Gramado, RS, Brazil, Nov. 1996.

  4.   Kim, K.H., and Subbaraman, C., "Interconnection Schemes for RTO.k Objects in Loosely Connected Real-Time Distributed Computer Systems", Proc. COMPSAC '97 (IEEE CS 1997 Int'l Computer Software & Applications Conf.), Washington, D.C., August 1997, pp.121-128.

  5.   Kim, K.H. and Subbaraman, C., "Communication among Real-Time Objects Using the HU-DF Inter-Process-Group Communication Scheme", Computer Communications, Dec. 1997, pp. 1191-1202.

  6.   Kim, K.H. and Subbaraman, C., "Principles of Constructing a Timeliness-Guaranteed Kernel and the Time-triggered Message-triggered Object Support Mechanism", Proc. ISORC '98 (IEEE CS 1st Int'l Symp. on Object-oriented Real-time dependable Computing), Kyoto, Japan, April 1998, pp. 80-89.

  7.   Shokri, E., Crane, P., and Kim, K.H., "An Implementation Model for Time-Triggered Message-Triggered Object Support Mechanisms in CORBA-Compliant COTS Platforms", Proc. ISORC '98 (IEEE CS 1st Int'l Symp. on Object-oriented Real-time distributed Computing), Kyoto, Japan, April 1998, pp. 12-21.

  8.   Kim, K.H. and Shokri, E.H., "Two CORBA Services Enabling TMO Network Programming", Preliminary Proc. WORDS '99 (IEEE CS 4th Workshop on Object-oriented Real-time Dependable Systems), Santa Barbara, Jan. 1999. 

  9.   Kim, K.H., Ishida, M., and Liu, J., "An Efficient Middleware Architecture Supporting Time-Triggered Message-Triggered Objects and an NT-based Implementation", Proc. ISORC '99 (IEEE CS 2nd Int'l Symp. on Object-oriented Real-time distributed Computing), May 1999, pp.54-63.

  10.   Kim, K.H.,  "Real-Time Object-Oriented Distributed Software Engineering and the TMO Scheme", Int'l Jour. of Software Engineering & Knowledge Engineering, Vol. No.2, April 1999, pp.251-276. (same as B.2) 

  11.   Kim, K.H., "Group Communication in Real-Time Computing Systems: Issues and Directions",  Proc. FTDCS '99 (7th IEEE Workshop on Future Trends of Distributed Computing Systems), Cape Town, South Africa, Dec. 20 -22, 1999, pp.252-258.  

  12.   Kim, K.H., "APIs for  Real-Time Distributed Object Programming", IEEE Computer, June 2000, pp.72-80.  (same as B.5) 

  13.   Kim, K.H., Liu,  J.Q., Miyazaki H., and Shokri, E.H., "TMOES: A CORBA Service Middleware Enabling High-Level Real-Time Object Programming", Proc. ISADS 2001 (IEEE CS 5th Int'l Symp. on Autonomous Decentralized Systems), Dallas, TX, March 2001, p. 327-335. 

  14.   Kim, K.H., "Commanding and Reactive Control of Peripherals in the TMO Programming Scheme", Proc. ISORC 2002 (5th IEEE CS Int'l Symp. on OO Real-time distributed Computing), Crystal City, VA, April 2002, pp.448-456.

  15.   Kim, K.H., Im, C.S., and Athreya, P., "Realization of a Distributed OS Component for Internal Clock Synchronization in a LAN Environment" , Proc. ISORC 2002 (5th IEEE CS Int'l Symp. on OO Real-time distributed Computing), Crystal City, VA, April 2002, pp.263-270.

  16.   Kim, K.H., and Kang, S.J., "A GUI Approach to Programming of TMO Frames and Design of Real-Time Distributed Computing Software" , Proc. ISADS (6th Int'l Symp. on Autonomous Decentralized Systems), April 2003, Pisa, Italy, published by IEEE CS Press, pp. 53-60.

  17.   Jenks, S.F., Kim, K.H., Kim, M.H., Lee, K.H., and Youn, H.Y., ¡°A Linux-Based Implementation of a Middleware Model Supporting Time-Triggered Message-Triggered Objects¡±, Proc. ISORC 2005 (8th IEEE CS Int' Symp. on Object-Oriented Real-Time Distributed Computing), Seattle, May, 2005, pp. 350-358.

  18.   Zheng, L.C., Liu, S., and Kim, K.H., ¡°Interoperability Of TMO's Hosted On Heterogeneous OS Platforms¡±, Proc. IDPT2005 (SDPS Conf. on Integrated Design & Process Technology), Beijing, China, June 2005, pp.89-96.

  19.   Obermaisser, R., Henrich, E., Kim, K.H., and Kopetz, H., ¡°Integration Of Two Complementary Time-Triggered Technologies: TMO and TTP¡±, Proc. IESS2005 (IFIP Int¡¯l Embedded Systems Symp.), Manaus, Brazil, Aug., 2005.

 

Part E. 
Real-Time Simulation based on the TMO Modeling

  1.   Kim, K.H.(Kane) et al., "An Approach to Real-Time Simulation Based on the RTO.k Object Modeling", Proc. SCS 1996 Western Multiconf. - Object-Oriented Simulation Conf. (eds. by C. Roberts and J. Wallace), Jan. ‘96, Lajolla, CA, pp.230-235. 

  2.   Kim, K.H., Nguyen, C., and Park, C., "Real-Time Simulation Techniques Based on the RTO.k Object Modeling", Proc. COMPSAC '96 (IEEE CS Computer Software & Applications Conf.), Seoul, August 1996, pp.176-183.

  3.   Kim, K.H., "Toward New-Generation Object-Oriented Real-Time Software and System Engineering", Invited paper, SERI Journal, Taejon, Korea, Vol.1, No.1, Jan. 1977, pp.1-23.    (same as B.9)

  4.   Kim, K.H.(Kane), "Object Structures for Real-Time Systems and Simulators", IEEE Computer, August 1997, pp.62-70. (same as B.1 )

  5.   Kim, K.H., Liu, J., and Ishida, M., "Distributed Object-Oriented Real-Time Simulation of Ground Transportation Networks with the TMO Structuring Scheme", Proc. COMPSAC '99 (IEEE CS Computer Software & Applications Conf.), Phoenix, AZ, Oct. 1999, pp.130-138.  

  6.   Kim, K.H., "Object-Oriented Real-Time Distributed Programming and Support Middleware", Proc.  ICPADS 2000 (7th Int'l Conf. on Parallel & Distributed Systems), Iwate, Japan,  July 2000, pub. by IEEE CS Press (keynote paper), pp.10-20.  (same as B.6) 

  7.   Kim, K.H., and Paul, R., "The Distributed Time-Triggered Simulation Scheme Facilitated by TMO Programming", Proc. ISORC 2001 (4th IEEE CS Int'l Symp. on OO Real-time distributed Computing), Magdeburg, Germany, May 2001, pp. 41-50.  (Same as B.8) 

  8.   Kim, K.H., "The Distributed Time-Triggered Simulation Scheme : Core Principles and Supporting Execution Engine", Real-Time Systems - The International Journal of Time-Critical Computing Systems, Jan. 2004, Vol. 26, No. 1, pp.9-28.

 

Part F. 
Replication of TMOs for Real-Time Fault Tolerance
& Support Middleware

  1.   Kim, K.H.(Kane) and Subbaraman, C., "PSRR: A Scheme for Time-Bounded Fault Tolerance in Distributed Object-Based Systems", Proc. IEEE High-Assurance Systems Engineering (HASE) Workshop, Niagra on the Lake, Ontario, Canada, Oct. 1996, pp. 120-128. 

  2.   Kim, K.H. and Subbaraman, C., "Fault-Tolerant Real-Time Objects", Communications of the ACM, Vol. 40, No. 1, January 1997, pp.75-82.

  3.   Kim, K.H., Subbaraman, C., and Shokri, E.S., "High-Coverage Fault Tolerance in Real-Time Systems Based on Point-to-Point Communication", Proc. HASE '97 (IEEE CS 2nd High-Assurance Systems Engineering Workshop), Washington, D.C., August 1997, pp. 141-148.

  4.   Shokri E, Crane, P., and Kim, K.H., and Subbaraman, C., "Architecture of ROAFTS/Solaris: A Solaris-based Middleware for Real-Time Object-Oriented Adaptive Fault Tolerance Support", Proc. COMPSAC '98 (IEEE CS 22nd Int'l Computer Software & Applications Conf.), Vienna, Austria, August 1998, pp.90-98.

  5.   Kim, K.H. and Subbaraman, C., "An Integration of the Primary-Shadow TMO Replication (PSTR) Scheme with a Supervisor-based Network Surveillance Scheme and its Recovery Time Bound Analysis", Proc. SRDS '98 (IEEE CS 17th Symp. on Reliable Distributed Systems), West Lafayette, IN, Oct. 1998, pp.168-176.

  6.   Shokri, E., Hecht, H., Crane, P., Dussault, J., and Kim, K., "An Approach for Adaptive Fault-Tolerance in Object-Oriented Open Distributed Systems", Int'l Jour. of Software Engineering & Knowledge Engineering, Vol.8, No.3, 1998, pp.333-346. 

  7.   Kim, K.H. and Subbaraman, C., "A Modular Implementation Model of the Primary-Shadow TMO Replication Scheme and its Testing Using a Real-Time Environment Simulator", Proc. ISSRE '98 (IEEE CS 9th Int'l Symp. on Software Reliability Engineering), Paderborn, Germany, Nov. 1998, pp.247-256.

  8.   Kim, K.H., "ROAFTS: A Middleware Architecture for Real-time Object-oriented Adaptive Fault Tolerance Support", Proc. HASE '98 (IEEE CS 1998 High-Assurance Systems Engineering Symp.), Washington, D.C., Nov. 1998, pp.50-57 (invited paper).

  9.   Kim, K.H. and Subbaraman, C., "Dynamic Configuration Management in Reliable Distributed Real-Time Information Systems", IEEE Trans. on Knowledge and Data Engr., Vol.11, No.1, Jan./Feb. 1999, pp.239-254.

  10.   Kim, K.H., "Group Communication in Real-Time Computing Systems: Issues and Directions",  Proc. FTDCS '99 (7th IEEE Workshop on Future Trends of Distributed Computing Systems), Cape Town, South Africa, Dec. 20 -22, 1999, pp.252-258.  (same as D.11) 

  11.   Kim, K.H. and Subbaraman, C., "The PSTR/SNS Scheme for Real-Time Fault Tolerance via Active Object Replication and Network Surveillance", IEEE Trans. on Knowledge and Data Engr., Vol.12, No.2, Mar./April 2000, pp.145-159. 

  12.   Kim, K.H., "Object-Oriented Real-Time Distributed Programming and Support Middleware", Proc.  ICPADS 2000 (7th Int'l Conf. on Parallel & Distributed Systems), Iwate, Japan,  July 2000, pub. by IEEE CS Press (keynote paper), pp.10-20.  (same as B.6) 

  13.  Kim, K.H., "Issues Insufficiently Resolved in Century 20 in the Fault-Tolerant Distributed Computing Field",  Proc.  SRDS 2000 (19th IEEE CS Symp. on Reliable Distributed Systems), Nuremberg, Germany,  Oct. 2000, pp.106-115 (Invited paper). (same as B.7)   Slides presented 

  14.  Kim, K.H., "Middleware of Real-Time Object Based Fault-Tolerant Distributed Computing Systems: Issues and Some Approaches",  Proc. PRDC 2001 (Pacific Rim Int'l Symp. on Dependable Computing), Seoul, Korea , Dec. 2001, pp. 3-8 (Keynote paper).   

  15.  Kim, K.H., "Fault-Tolerant Distributed Computing: Evolution and Issues",  IEEE Distributed System Online, July 2002, Vol.3, No.7 (A refined version of [F.13]). 

  16.  Kim, K.H., "Slow Advances in Fault-Tolerant Real-Time Distributed Computing", Proc. SRDS2004 (IEEE Computer Society's 23rd Symp. on Reliable Distributed Systems), Florinapolis, Brazil, Oct. 2004, pp.106-108.

  17.  Kim, K.H., ¡°Systematic Composition and Analyzability of Dependable Networked Embedded Computing System¡±, to appear in Proc. SRDS 2006 (IEEE CS 25th Symp. on Reliable Distributed Systems), Leeds, UK, Oct. 2006 (Position paper). 

 

Part G. 
QoS-Driven Resource Allocation
in TMO-Structured Distributed Computer Systems

  1.   Kim, K.H. et al., "An experimental investigation of the potential of BLF-driven scheduling of real-time threads", Proc. ICECCS '96 (2nd IEEE Int'l Conf. on Engineering of Complex Computer Systems), Montreal, Canada, Oct. 1996, pp.60-67. 

  2.   Kim, K.H., "Toward Globally Optimal Resource Management in Large-Scale Real-Time Distributed Computer Systems", Proc. FTDCS '97 (IEEE CS 6th Workshop on Future Trends of Distributed Computing Systems), Tunis, Tunisia, Oct. 1997, pp.248-255.

  3.   Kim, K.H., "Questionable Relevancy of Fixed Priority Assignment in Distributed Object Design", Proc. ISORC '99 (IEEE CS 2nd Int'l Symp. on Object-oriented Real-time distributed Computing), May 1999, pp. 283-285 (Position paper).   (same as B.11)

  4.   Kim, K.H., and Liu, J.Q., "QoS-Driven Resource Management in Real-Time Object Based Distributed Computing Systems",  Proc. FTDCS 2001 (IEEE CS 8th Workshop on Future Trends of Distributed Computing Systems), Bologna, Italy, pp.222-230.

  5.   Kim, K.H., and Liu, J.Q., "Going Beyond Deadline-Driven Low-level Scheduling in Distributed Real-Time Computing Systems", in B. Kleinjohann et al. eds., 'Design and Analysis of Distributed Embedded Systems' (Proc. IFIP 17th World Computer Congress, TC10 Stream, Montreal, Can., Aug 2002), Kluwer, pp.205-215.

Earlier publication not included in this volume

Kim, K.H. et al., "A Methodology Framework for Optimal Design of Real-Time Dependable Computer Systems", Proc. CSESAW ’94 (1994 Complex Systems Engineering Synthesis and Assessment Technology Workshop), US Navy NSWC, Dahlgren Div., July 1994, pp. 251-259. 

 

Part H. 
Applications - Multimedia

  1.   Kim, D.H., Kim, K.H., Liu, S., and Kim, J.H., "A TMO-Based Approach to Tolerance of Transmission Jitters in Tele-Audio Services", Computer System Science & Engineering, Vol 17, No 6, Nov. 2002, pp.325-333.

  2.   Kim, K.H., Henrich, Emmanuel, et al., "Distributed Computing Based Streaming and Play of Music Ensemble Realized Through TMO Programming," Proc. WORDS2005 (10th IEEE Int'l Workshop on Object-Oriented Real-Time Dependable Systems), Feb., 2005, pp. 129-138.

  3.   Kim, S.J., Kuester, F., and Kim, K.H., "A Global Timestamp-based Approach for Enhanced Data Consistency and Fairness in Collaborative Virtual Environments", Multimedia Systems, ACM SIGMM Multimedia Systems Journal, Vo. 10, 2005, pp.220–229.

  4.   Kim, K.H., Liu, S., Kim, M.H., and Kim, D.H., "A Global-Time-Based Approach for High-Quality Real-Time Video Streaming Services," Proc. ISM2005 (7th IEEE Int¡¯l Symp. on Multimedia), Irvine, CA, Dec., 2005, pp. 802-810.

Earlier publication not included in this volume

Kim, K.H.  

 

Part I. 
Applications - Sensor Networks

  1.   Kim, K.H., and Li, Y.Q., "Toward Easily Analyzable Sensor Networks via Structuring of Time-Triggered Tasks", Proc. FTDCS 2003 (9th IEEE Workshop on Future Trends of Distributed Computing Systems), San Juan, Puerto Rico, May 2003, pp. 344-351.

  2.   Kim, K.H., Im, C.S., M.C. Kim, Y.Q. Li, S.M. Yoo, and L.C. Zheng, "A Software Architecture and Supporting Kernel for Largely Synchronously Operating Sensor Networks", in B. Kleinjohann et al. eds., 'Design Methods and Applications for Distributed Embedded Systems' (Proc. IFIP 18th World Computer Congress, TC10 Conf. on Distributed & Parallel Embedded Systems (DIPES 2004), Toulouse, France, Aug 2004), Kluwer, pp.133-144.

Earlier publication not included in this volume

Kim, K.H.  

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