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HOME >> No.4 CONTENTS >> Runhe HUANG
Professor
Runhe HUANG
Refereed publications
  1. Jianhua Ma, Makoto Shizuka, Jeneung Lee and Runhe Huang, “A P2P Groupware System with Decentralized Topology for Supporting Synchronous Collaborations”, in the IEEE CS proceeding of the International Conference on CYBERWORLDS (CW'03), pp54-61, Singapore, December, 2003.
    Abstract - Network based groupware systems are for supporting collaborations among a group of people who are engaged in a common task or goal using computers connected by a variety of networks including the Internet. A synchronous groupware system supports group members’ collaborative activities at the same time. Due to the almost all of current synchronous collaborative systems have been implemented either using a centralized topology or a hybrid topology, the research presented in this paper has been devoted to investigation, design and implementation of a peer-to-peer (P2P) groupware system. The system enables peers to find each other, form groups and exchange messages across firewalls and NATs. Its evaluations with a practical test environment are given in detail.
  2. R. Huang, Negotiation Modeling and E-shopping Agents, in the IEEE CS proceeding of the International Conference on Computational Intelligence and Multimedia Applications (ICCIMA'03), pp3-10, Xi'an, China, September 2003.
    Abstract - Negotiation is a key component of e-business. Agent-mediatede-businesssystems are creating new and beginning to reduce transaction cost in variety of business processes. With a rational negotiation model, software agents should be able to negotiate in an intelligent way on behalf of the real-world parties they represent. However, one of the challenging problems here is negotiation modeling. How to precisely reflect human’s negotiation process on different levels is a crucial point. This paper presents our studies on negotiation modeling and demonstrates the negotiation model based e-shopping agents.
  3. H. Ouchiyama, R. Huang, J. Ma and K.M. Sim, An Experience based Evolutionary Negotiation Model, in the IEEE CS proceeding of the International Conference on Computational Intelligence and Multimedia Applications (ICCIMA'03), pp212-217, Xi'an, China, September 2003.
    Abstract - This paper proposes an experience based evolutionary negotiation agent that can conduct negotiation process in e-commerce on behalf of user/users it represents. By emulating human being, skills of an agent in negotiations should be able to be improved with increasing knowledge and experience. Such agent is called an evolutionary negotiation agent. In this paper, an evolutionary algorithm in combination of a genetic algorithm and Bayesian rule updating method for an evolutionary negotiation model is described.
  4. Jianhua Ma, Makoto Shizuka, Y. Miyoshi K. Chiba and Runhe Huang, “DSC - A Decentralized Synchronous Collaboration P2P System Using JXTA”, in the proceeding of the International Conference on Distributed Multimedia System (DMS'03), pp214-219, Florida, USA, September 2003.
    Abstract - This paper presents a synchronous collaborative P2P (peer-to-peer) system, called DSC, based on a decentralized topology without using a central server. Therefore, peers in a group need to manage the group by themselves and each peer must fully handle the correct message passing by itself. The system is implemented using JXTA technology that provides services to let peers finding each other, forming groups, and exchanging messages across firewalls and NATs. It currently offers four shared objects, a web html file browser, a plain text file viewer, an audio player and a drawing pad as well as a text chat tool. The synchronous controls of a shared space, the objects, tele-pointer and so on are also provided.
  5. H. Ouchiyama, T. Yamazaki and Runhe Huang, An E-shopping System with Different Negotiation Models, in the Proceedings of the first International Symposium on Cyber World (CW2002), pp311-317, November, Japan, 2002.
    Abstract - This paper presents five different negotiation models, a constraint based negotiation, a goal oriented negotiation, a counter party RP based negotiation - original Bazaar model, a third party information based negotiation - extended Bazaar model, and a common/public information based negotiation - enhanced extended Bazaar model. It also explains for different users how different models can be matched. Finally, an e-shopping system architecture is presented and how the e-shopping system works is demonstrated.
Others Publications: Book Chapter
  1. Runhe Huang and Jianhua Ma, "Lists", Chapter 7, in the Book: Data Structures and Algorithms, pp121-159, World Scientific Publishing, ISBN 981-238-348-4, 2003.

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