2008 |
27 | EE | Jackei H. K. Wong,
Wilfred W. K. Lin,
Allan K. Y. Wong:
Real-Time Enterprise Ontology Evolution to Aid Effective Clinical Telemedicine with Text Mining and Automatic Semantic Aliasing Support.
OTM Conferences (2) 2008: 1200-1214 |
26 | EE | Jackei H. K. Wong,
Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon:
An Ontology Supported Meta-interface for the Development and Installation of Customized Web Based Telemedicine Systems.
SEUS 2008: 233-244 |
25 | EE | Wilfred W. K. Lin,
Tharam S. Dillon,
Allan K. Y. Wong:
Applying FLC-based dynamic buffer size tuning to shorten the information retrieval round trip time in mobile location-aware environments.
Personal and Ubiquitous Computing 12(1): 45-55 (2008) |
2007 |
24 | EE | Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon,
Elizabeth Chang:
Detection of Fractal Breakdowns by the Novel Real-Time Pattern Detection Model (Enhanced-RTPD+Holder Exponent) for Web Applications.
ISORC 2007: 79-86 |
23 | EE | Allan K. Y. Wong,
Wilfred W. K. Lin,
Tharam S. Dillon,
Jackei H. K. Wong:
A Novel Self-Similar (S 2) Traffic Filter to Enhance E-Business Success by Improving Internet Communication Channel Fault Tolerance.
PaCT 2007: 328-339 |
2006 |
22 | EE | Wilfred W. K. Lin,
Allan K. Y. Wong,
Richard S. L. Wu:
Applying fuzzy logic and genetic algorithms to enhance the efficacy of the PID controller in buffer overflow elimination for better channel response timeliness over the Internet.
Concurrency and Computation: Practice and Experience 18(7): 725-747 (2006) |
2005 |
21 | EE | Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon:
A Novel Fuzzy Logic Controller (FLC) for Shortening the TCP Channel Roundtrip Time by Eliminating User Buffer Overflow Adaptively.
ACSC 2005: 29-38 |
20 | EE | Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon:
FLC: A Novel Dynamic Buffer Tuner for Shortening Service Roundtrip Time over the Internet by Eliminating User-Level Buffer Overflow on the Fly.
APPT 2005: 400-408 |
19 | | Jason C. T. Lo,
Allan K. Y. Wong,
Wilfred W. K. Lin:
A novel transfer policy model to enhance the serviceability of an e-business.
ICETE 2005: 162-170 |
18 | | Wilfred W. K. Lin,
Allan K. Y. Wong,
Richard S. L. Wu,
Tharam S. Dillon:
A Novel real-time self-similar traffic detector/filter to improve the reliability of a TCP based end-to-end client/server interaction path for shorter roundtrip time.
ICETE 2005: 94-101 |
17 | EE | Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon:
A Novel Traffic Independent NNC for Dynamic Buffer Tuning to Shorten the RTT of a TCP Channel.
ICITA (2) 2005: 647-652 |
16 | EE | Wilfred W. K. Lin,
Tharam S. Dillon,
Allan K. Y. Wong:
Using the Novel FLC Dynamic Buffer Size Tuning Technique to Support More Dependable Location-Aware Information Retrieval.
ICMB 2005: 507-513 |
15 | EE | Jason C. T. Lo,
Allan K. Y. Wong,
Wilfred W. K. Lin:
SDITPM: A Novel Transfer Policy Model for Agent Server Migration in E-Business (short paper).
ICMB 2005: 581-584 |
14 | EE | Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon:
A Novel R2-FLC Dynamic Buffer Size Tuner to Support Time-Critical Applications over the Internet by Improving Logical Channel Fault Tolerance to Shorten Roundtrip Time.
PRDC 2005: 295-299 |
2004 |
13 | EE | Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon:
A Novel Adaptive Fuzzy Logic Controller (A-FLC) to Reduce Retransmission and Service Roundtrip Time for Logical TCP Channels over the Internet.
EUC 2004: 942-951 |
12 | | Allan K. Y. Wong,
Wilfred W. K. Lin,
Tharam S. Dillon:
HBP: A Novel Technique for Dynamic Optimization of the Feed-Forward Neural Network Configuration.
ICINCO (1) 2004: 346-349 |
11 | EE | Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon:
A Novel Fuzzy-PID Dynamic Buffer Tuning Model to Eliminate Overflow and Shorten the End-to-End Roundtrip Time for TCP Channels.
ISPA 2004: 783-787 |
10 | | Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon:
HBP: an optimization technique to shorten the control cycle time of the Neural Network Controller that provides dynamic buffer tuning to eliminate overflow at user level.
Comput. Syst. Sci. Eng. 19(2): (2004) |
2003 |
9 | EE | Wilfred W. K. Lin,
Allan K. Y. Wong:
A Novel Adaptive Fuzzy Logic Controller (FLC) to Improve Internet Channel Reliability and Response Timeliness.
ISCC 2003: 1347-1352 |
8 | | Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon:
HBM: A Suitable Neural Network Pruning Technique to Optimize the Execution Time of the Novel Neural Network Controller (NNC) that Eliminates Buffer Overflow.
PDPTA 2003: 555-560 |
2002 |
7 | | Wilfred W. K. Lin,
Allan K. Y. Wong:
A Fuzzy Controller for Adaptive Control Leading to Better Channel Reliability and System Performance for Object-based Internet Applications.
PDPTA 2002: 345-352 |
6 | EE | Allan K. Y. Wong,
Wilfred W. K. Lin,
May T. W. Ip,
Tharam S. Dillon:
Genetic Algorithm and PID Control Together for Dynamic Anticipative Marginal Buffer Management: An Effective Approach to Enhance Dependability and Performance for Distributed Mobile Object-Based Real-Time Computing over the Internet.
J. Parallel Distrib. Comput. 62(9): 1433-1453 (2002) |
2001 |
5 | EE | Allan K. Y. Wong,
Wilfred W. K. Lin:
The A 3 Fault-Tolerant Framework for Distributed Computing with Multiple Mobile Agents over Sizeable Networks.
ICOIN 2001: 355-360 |
4 | EE | May T. W. Ip,
Wilfred W. K. Lin,
Allan K. Y. Wong,
Tharam S. Dillon,
Dianhui Wang:
An Adaptive Buffer Management Algorithm for Enhancing Dependability and Performance in Mobile-Object-Based Real-Time Computing .
ISORC 2001: 138-144 |
3 | EE | Allan K. Y. Wong,
Tharam S. Dillon,
May T. W. Ip,
Wilfred W. K. Lin:
A Generic Visualization Framework to Help Debug Mobile-Object-Based Distributed Programs Running on Large Networks.
WORDS 2001: 240-250 |
2 | EE | Allan K. Y. Wong,
Tharam S. Dillon,
Wilfred W. K. Lin,
May T. W. Ip:
M2RT: A tool developed for predicting the mean message response time of communication channels in sizeable networks exemplified by the Internet.
Computer Networks 36(5/6): 557-577 (2001) |
2000 |
1 | | Allan K. Y. Wong,
Tharam S. Dillon,
Kok Wah Hung,
Wilfred W. K. Lin:
PIM: A Novel Model for Secure and Reliable Distributed Computing over the Internet with Mobile Objects.
PDPTA 2000 |