WoGTA '08 @ National University of Tainan

WoGTA’08 Program

Keynote and Tutorial Speakers

論文報告議程

學術單位成果展示

WoGTA’08 Program

97年12月12日　　　 97年12月13日

97年12月12日 (星期五)
時間	研討會會議議程		主持人
08:20-09:00	報到
09:00-09:30	開幕
09:30-10:30	專題演講一 (Keynote Speech 1) 　 Autonomic System Management: Challenges and Opportunities 须成忠教授 Prof. Cheng-Zhong Xu (Wayne State University, USA)		金仲達教授 (國立清華大學)
10:30-11:00	Coffee Break
11:00-12:00	專題演講二 (Keynote Speech 2) 　 SO … Cloudy! - Managing SOA-based Grid and Cloud Systems 林桂傑教授 Prof. Kwei-Jay Lin (University of California, Irvine, USA)		謝錫堃教授 (國立成功大學)
12:00-14:00	午餐 & 報到
14:00-15:00	專題演講三 (Keynote Speech 3) 　 Grid and Cloud: Friend or Foe? 張瑞雄教授 Prof. Ruay-Shiung Chang (國立東華大學副校長)		蔡尚榮教授 (長榮大學)
15:00-15:30	Coffee Break
15:30-17:10	Session A1 Algorithms and Applications for P2P	Session B1 Scheduling Techniques for Grid	劉邦鋒教授許慶賢教授
17:10-18:30	Break
18:30-	晚宴

Notes:

1. 12月12日早上報到地點：啟明苑1F大廳；12月12日中午12:00過後報到地點：文薈樓B1大廳

2. 第一、二場專題演講(Keynote Speech)地點：啟明苑1F國際會議廳

3. 第三場專題演講(Keynote Speech)地點：文薈樓JB106演講廳

4. 每一篇論文報告時間為25分鐘(含20分鐘報告與5分鐘Q&A)

5. Session A1地點：文薈樓JB106演講廳；Session B1地點：文薈樓J106演講廳

6. 學術單位成果展示地點：文薈樓B1大廳

97年12月13日 (星期六)
時間	研討會會議議程		主持人
08:30-09:00	報到
09:00-10:15	Tutorial 1 　格網計算技術王卓立教授 Prof. Cho-Li Wang (The University of Hong Kong)		林朝興教授 (國立臺南大學)
10:15-10:45	Coffee Break
10:45-12:00	Tutorial 2 　格網服務與應用王卓立教授 Prof. Cho-Li Wang (The University of Hong Kong)		林朝興教授 (國立臺南大學)
12:00-14:00	午餐
14:00-15:15	Session A2 Applications on Cluster/Grid	Session B2 Performance Improvement Strategies for Grid	張玉山教授賴冠洲教授
15:15-15:45	Coffee Break
15:45-17:25	Session A3 Resource Management for Grid	Session B3 Pervasive and Ubiquitous Computing	伍朝欽教授王三元教授
17:30-18:00	閉幕
18:00-	賦歸

Notes:

1. 12月13日報到地點：文薈樓B1大廳

2. Tutorial地點：文薈樓JB106演講廳

3. 每一篇論文報告時間為25分鐘(含20分鐘報告與5分鐘Q&A)

4. Sessions A2&A3地點：文薈樓JB106演講廳；Sessions B2&B3地點：文薈樓J106演講廳

5. 學術單位成果展示地點：文薈樓B1大廳

論文報告議程 (Technical Sessions)

------------------------------------------------- December 12, 2008 ------------------------------------------------

Session A1:

Title: Algorithms and Applications for P2P

Session Chair: 劉邦鋒教授

Date: December 12, 2008

Time: 15:30-17:10

Place: 文薈樓JB106演講廳

[#7] Optimize Bandwidth Utilization for Quality of VCR Operations in P2P VoD Systems, Tzu-Meng Chung, Shih-Chieh Huang, Chung-Ta King, Chiu-Ping Chang
[#11] Improving the Availability of Streams by Dynamic Buffering on VoD P2P Network, Chow-Sing Lin, Liang-Chun Wang
[#3] Simple Topology Matching Algorithm for Unstructured Networks, Hao Liao, Hung-Chang Hsiao, Cheng-Chyun Huang
[#8] An Internet-based, Reliable and Scalable Peer-to-Peer Storage System, Tsung-Hsuan Ho, Yu-Wei Chan, Yeh-Ching Chung

Session B1:

Title: Scheduling Techniques for Grid

Session Chair: 許慶賢教授

Date: December 12, 2008

Time: 15:30-17:10

Place: 文薈樓J106演講廳

[#18] A Performance-based Dynamic Loop Partitioning on Grid Computing Environments, Chao-Tung Yang, Lung-Hsing Cheng
[#25] Development of a Stable Scheduling and Allocation Approach under Different Workloads in Computing Grid, Kuo-Chan Huang, Kuan-Po Lai, Kuan-Chou Lai
[#15] Rescheduling Techniques for Optimizing Resource Utilization and Makespan in Grids, Ching-Hsien Hsu, Yung-Cheng Chang
[#50] A Heuristic QoS Measurement with Domain-based Network Information Model for Grid Computing Environments, Chao-Tung Yang, Chih-Hao Lin, Ming-Feng Yang and Wen-Chung Chiang

------------------------------------------------- December 13, 2008 ------------------------------------------------

Session A2:

Title: Applications on Cluster/Grid

Session Chair: 張玉山教授

Date: December 13, 2008

Time: 14:00-15:15

Place: 文薈樓JB106演講廳

[#12] Coevolution of Go Players on Distributed Computing Environments, Cheng-Juei Yu, Yi-Hsin Wu, Sheng-De Wang
[#24] A Study of Optical Lithography Simulation Using PC-Cluster, Lian-Yong Lin, Meng-Lieh Sheu, Jing-Jou Tang
[#14] Design and Implementation of Resource-Aware Knowledge Extraction on Mobile Grid, Yue-Shan Chang, Pei-Chun Shih

Session B2:

Title: Performance Improvement Strategies for Grid

Session Chair: 賴冠洲教授

Date: December 13, 2008

Time: 14:00-15:15

Place: 文薈樓J106演講廳

[#10] GFS: A Distributed File System with Multi-Source Data Access and Replication for Grid Computing, Chun-Ting Chen, Chun-Chen Hsu, Jan-Jan Wu, Pang Feng Liu
[#29] Distributed Dynamic Load Balancing Strategies in P2P Grid Systems, Yong-Jyun Wu, Shih-Jie Lin, Kuan-Chou Lai, Kuo-Chan Huang, Chao-Chin Wu
[#17] Performance Analysis for Two-Tier Grid Resource Management Systems, Ming-Jeng Yang, Chih-Wei Huang

Session A3:

Title: Resource Management for Grid

Session Chair: 伍朝欽教授

Date: December 13, 2008

Time: 15:45-17:00

Place: 文薈樓JB106演講廳

[#6] Transparent On-demand Co-allocation Data Access for Grids, Po-Cheng Chen, Jyh-Biau Chang, Yi-Sheng Lin, Yi-Chang Zhuang, Ce-Kuen Shieh
[#13] On the Improvement of Fragmented Replica Selection and Retrieval in Data Grids, Chao-Chin Wu, Lien-Fu Lai, Jia-Xian Lai
[#33] A Long-term Resource Availability Predictor Using Frequent Workload Patterns, Tyng-Yeu Li, I-Han Wu, Sheng-Yuan Chen

Session B3:

Title: Pervasive and Ubiquitous Computing

Session Chair: 王三元教授

Date: December 13, 2008

Time: 15:45-17:25

Place: 文薈樓J106演講廳

[#48] A Decentralized Uplink and Downlink Traffic Scheduling in IEEE 802.16 Wireless Mesh Networks, Kuei-Ping Shih, Hung-Chang Chen, Chi-Tao Chiang, Po-Yu Lin
[#16] Hierarchical Path-Selection Scheme for the Multihoming NEMO, Long-Sheng Li, Jhu-Shyuan Mei
[#9] An Analysis on Energy Efficient Routing for Wireless Sensor Networks, Yung-Fa Huang, Tan-Hsu Tan, Yau-Der Wang, Neng-Chung Wang, Liang-Chun Tai
[#46] Sparse Data Aggregation in Grid-based Wireless Sensor Networks, Hua-Wen Tsai, Chi-Wei Chen, Tzung-Shi Chen

學術單位成果展示

國家高速電腦與網路中心

URL: http://www.nchc.org.tw/

Grid Widget – the Lightweight Approach to Grid Services
Abstract: Various so called Grid Widgets have been developed by the Grid development team here in NCHC. These widgets were set out to provide users with seamless and scalable access to Grid resources. Currently, it joins the Grid, WebOS, and automatic resource selection mechanism to build a virtual computer in distributed environment. This progress helps to lower the barrier for using Grid Computing Environment. It provides extremely lightweight approach to acquiring Grid services and flexible Grid Widgets for user to use the geographically distributed heterogeneous Grid resources. The Resource Broker along with its capability to automatically allocate resources with the feature of dynamic load prediction has improved the performance of the dynamic scheduling over conventional scheduling policies. The Grid Widgets provided can also be customized and configured freely to suit the needsof the end users.

DRBL/Clonezilla: The Massive Deployment Tools.
Abstract: DRBL (Diskless Remote Boot in Linux) provides diskless or systemless environment. It uses distributed hardware resources and makes it possible for clients to fully access local hardware. It also includes Clonezilla, a partition and disk cloning utility similar to Ghost. Clonezilla is a partition or disk clone software similar to Ghost. It saves and restores only used blocks in hard drive. Two types of Clonezilla are available, Clonezilla live and Clonezilla SE (Server Edition).

國立清華大學UniGrid

URL: http://www.unigrid.org.tw/

Taiwan Unigrid - A Grid Platform for Academic Research in Taiwan
Abstract: Taiwan UniGrid (Taiwan University Grid) is a Grid computing platform, which is founded by a community of educational and research organizations interested in Grid computing technologies in Taiwan. By the implementation of UniGrid Portal, Computing Service, and Data Service, applications or programs can be deployed and computed on Taiwan UniGrid. In this demo, we introduce the development of this project and use some cases consisting of MPI parallel jobs to demonstrate that users can utilize Grid resources with ease via our middleware platform.

長榮大學

URL: http://www.cjcu.edu.tw

ASPOG: A Simulated Production System on Grid Environments
Abstract: Lots of factory owners put large amount of funds into the production without well-designed plans. We have designed an efficient simulated production system named ASPOG on grid environments. This system simulated the TFT-LCD process and successfully applied grid computing to improve the load balancing. We solve the Cross-Platform problem which is most simulated system could not be. Users can use the ASPOG anywhere by the web browsers, monitor the states of process clearly, and change the model by their demand. By the way of simulated results, users can estimate the ratio of the prime cost which they invest in and obtain the better beneficial results as well as the complete exploitation of the raw materials. This would not only know the benefits but also save a large amount of raw materials. The experimental results show that our ASPOG can let users to monitor the process clearly and has good performance.