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Virtual hierarchical tree topology for large scale wireless sensor network

Virtual hierarchical tree topology for large scale wireless ...

引用

2nd International Conference on networking and distributed computing, ICNDC 2011

作者： Huang, Lican Institute of Networking and Distributed Computing Zhejiang Sci-Tech University HangZhou 310018 China

ISBN: (纸本)9780769544274

This paper presents a novel virtual hierarchical tree topology for large scale wireless sensor network. The sensor nodes are divided into clusters, in which one router takes the role for communication with these sensors. Routers are formed into a virtual hierarchical tree, which is the topology of sub wireless sensor network. Routers are managed by coordinate nodes, which form VIRGO P2P network. This strategy may establish the global wireless sensor network with good scalability. © 2011 IEEE.

关键词： Routers

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Semantic P2P network for healthcare

Semantic P2P network for healthcare

引用

NCM 2009 - 5th International Joint Conference on Int. Conf. on Networked computing, Int. Conf. on Advanced Information Management and Service, and Int. Conf. on Digital Content, Multimedia technology and its Applications

作者： Huang, Lican Institute of Networking and Distributed Computing Zhejiang Sci-Tech University HangZhou 310018 China

ISBN: (纸本)9780769537696

Sharing of information is an important topic for healthcare. Traditionally, information sharing uses client/server technology, but it has many shortcomings in the cases of huge number of users and huge amount of data. P2P technology is now considered as the suitable computing model to the above cases. There are mainly two types of P2P technologies -the unstructured approach and the structured approach based on distributed Hash Table (DHT). However, these two kinds of P2P approaches do not care about the semantic meaning of the nodes. They do not care about the nodes whose users may take different roles in social groups in the communities. This leads to lack of powerful solutions for selecting healthcare information by complicated conditions. Here, we present a semantic P2P Network- Virtual Hierarchical Tree Gird Organizations (VIRGO) for healthcare to solve the above problem. It has aspects of decentralization, scalability and availability. In the semantic P2P network (VIRGO) for healthcare, the information of healthcare is classified into hierarchical domains. One computer node holds the healthcare information of one domain. The nodes construct the VIRGO network according to the domains of their contents. Therefore, the users (such patients, doctors, hospitals, academic institutes, etc) are involved in the semantic P2P network, and can connect directly in peer to peer ways and share information and knowledge directly. It can discover the complicated healthcare information, users, agents, companies, and so on by SQL-like statements. © 2009 IEEE.

关键词： Semantics

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Large scale cooperative multiagent system based on semantic P2P network

Large scale cooperative multiagent system based on semantic ...

引用

International Conference on networking and distributed computing

作者： Huang, Lican Institute of Networking and Distributed Computing Zhejiang Sci-Tech. University HangZhou 310018 China

ISBN: (纸本)9780769542072

Multiagent plays an important role in various applications. As the Internet becomes prerequisite of human life, large scale Multiagent systems on the Internet become more and more important. However, large scale multiagent systems encounter many big issues such as scalability and inter-operability. This paper presents a different approach of large scale multiagent system based on semantic P2P Network-Virtual Hierarchical Tree Grid Organizations (VIRGO) in mathematic terms. Other than unstructured and DHT-based structured P2P networks, VIRGO keeps the semantic meanings of the nodes according to their roles in the communities. In VIRGO approach, the agents are identified as domain names classified by the semantic meaning of roles in the organizations. The agents construct the VIRGO network by joining the virtual groups with the same names as their domains. We proof by mathematics that in this approach each agent has a path to communicate with any other agent and the performance is effective as maximin hops less than log(N), where N is total number of agents. The performance bottle-neck of treelike topology can be avoided by cache policies. Here, we also introduce a SQL-like language for inter-operation among agents. As an illustration example, cooperative e-Business based on VIRGO in which lots of enterprisers are formed into vertical virtual organizations is described. © 2010 IEEE.

关键词： Semantics

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Digital Model for Virtual Social Person

Digital Model for Virtual Social Person

引用

2nd International Conference on networking and distributed computing, ICNDC 2011

作者： Huang, Lican Institute of Networking and Distributed Computing Zhejiang Sci-Tech University HangZhou 310018 China State Key Laboratory of Networking and Switching Technology Beijing University of Posts and Telecommunications Beijing 100876 China

ISBN: (纸本)9780769544274

Digital Model for Virtual Social Person is important for simulation of organization, society and game implementation, etc. Human being is very complex, whose behaves are not only decided by intelligence but also by emotion, and so on. This paper presents a digital model for virtual social person by digitalizing the effective factors of social person, and discuss how to implement this virtual social person. © 2011 IEEE.

关键词： Computational modeling Educational institutions Government Humans Semantics Sensors digital model game implementation organization simulation social sciences virtual reality virtual social person

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Semantic P2P networks: Future architecture of Cloud computing

Semantic P2P networks: Future architecture of Cloud computin...

引用

2nd International Conference on networking and distributed computing, ICNDC 2011

ISBN: (纸本)9780769544274

When more and more nodes and users are connected in the Internet in the cases of Cloud computing, centralized computing modes will be failed with the limit band width and privacies. P2P technologies may be the future architecture of Cloud computing. This paper introduces a different P2P technology: semantic P2P Network- Virtual Hierarchical Tree Gird Organizations (VIRGO), which can solve the Cloud computing's problems of transparency, scalability, and security. Other than unstructured and DHT-based structured P2P networks, the nodes of VIRGO are identified as domain names classified by the semantic meaning of roles in the organizations. VIRGO is easy to implement transparency as it have a simple global name schema. It also is scalable with log(N). Due to the data are stored in the users' own computers, VIRGO is easy to keep data privacies. © 2011 IEEE.

关键词： Cloud computing

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Framework for simulation of quantized virtual society based on semantic P2P network

Framework for simulation of quantized virtual society based ...

引用

3rd International Joint Conference on Computational sciences and Optimization, CSO 2010: Theoretical Development and Engineering Practice

ISBN: (纸本)9780769540306

This paper presents a semantic P2P framework for simulation of quantized virtual society. The quantized virtual society is the virtual society in which things are quantized and the actions to be taken are chosen by scores among the candidate actions. The virtual social persons, which simulate human's actions and responses by computer algorithms, join virtual organizations as similar as real organizations. The nodes which host virtual social persons construct n-tuple overlay virtual hierarchical overlay network(VIRGO) according to the domains of their joined virtual organizations. In this paper, we present the definitions of quantized virtual society and protocols on the top of semantic P2P VIRGO network. © 2010 IEEE.

关键词： Semantics

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E-Learning based on semantic P2P networks

E-Learning based on semantic P2P networks

引用

3rd International Conference on networking and distributed computing, ICNDC 2012

作者： Huang, Lican Institute of Networking and Distributed Computing Zhejiang Sci-Tech University HangZhou 310018 China Hangzhou Domain Zones Technology Co. Ltd. China

ISBN: (纸本)9780769548326

When the Internet is the most part of human life, traditional learning is changed gradually. People will learn from the Internet besides in the classroom. This paper presents an approach of e-Learning based on semantic P2P Network¿ Virtual Hierarchical Tree Gird Organizations (VIRGO), which takes advantages for all people can participate the activities due to its distributed technologies. The teachers and students join their specific groups, which of them in the same group can teach,learn,discuss and share their lessons. © 2012 IEEE.

关键词： Semantics

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Large scale distributed database systems based on semantic P2P networks

Large scale distributed database systems based on semantic P...

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1st International Conference on networking and distributed computing, ICNDC 2010

作者： Huang, Lican Virtual, Hangzhou Institute of Networking and Distributed Computing Zhejiang Sci-Tech University HangZhou 310018 China Zone Information Technology Co. Ltd. Hangzhou 310018 China

ISBN: (纸本)9780769542072

There are the trends that the users hope to retrieve information among lots of individual database systems distributed in lots of virtual organizations. To connect all these individual database systems into a virtual database system is a significant issue. This paper presents VIRGO-DDBMS, a framework of distributed database system based on virtual hierarchical tree Grid organizations(VIRGO) P2P network. The table space are classified as hierarchical domains like DNS. The servers hosting database systems joins several groups of VIRGO network according to the owned tables' domains. VIRGO-DDBMS is effective for data update and retrieve by using distributed SQL statements. We use the policies which cache the host machines' addresses of database systems to avoid the overload of traffic of root nodes in tree structure. The proposal presented here can construct a virtual distributed database system which can manages huge volumes of data by connecting all database systems together which are owned by the individual virtual organizations. © 2010 IEEE.

关键词： Semantics

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Domain Classification by Granular computing used in a P2P Approach for Web Service Discovery

Domain Classification by Granular Computing used in a P2P Ap...

引用

International Conference on Cyberworlds

作者： Lican Huang Yong Liu Institute of Networking & Distributed Computing Zhejiang Science and Technology University Hangzhou China Institute of Networking & Distributed Computing Zhejiang Sci-Tech University HangZhou P.R.China Zhejiang Sci-Tech University Hangzhou Zhejiang CN

This paper presents a framework for Web service domain classification by granular computing. How to classify the Web services is a big issue because of fuzzy knowledge about these Web services. It is reasonable to assume that the Web services have vague boundaries of the domains they are belonged to. Here, we use roughness function measurement based on P-lower, NP-lower and P-upper,NP-upper approximations of P set (properties) to find the most suitable Web services. We also use the hierarchical algorithm to find the suitable Web service effective. The framework for Web service domain classification can be used in Web service discovery based on VIRGO domain classification P2P technologies.

关键词： Web services Virtual groups Computer networks distributed computing Space technology Telecommunication traffic Access protocols Computer industry Industrial control Nonhomogeneous media

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The model for emotional virtual persons in Mobile friend-mate social networks

The model for emotional virtual persons in Mobile friend-mat...

引用

Global Mobile Congress

作者： Huang, Lican Institute of Networking and Distributed Computing Zhejiang Sci-Tech University HangZhou 310018 China Hangzhou Virtual Zone Information Technology Co. Ltd. Hangzhou 310018 China State key Laboratory of Networking and Switching Technology Beijing University of Posts and Telecommunications HangZhou 100876 China

ISBN: (纸本)9781424490035

This paper presents a novel model for emotional virtual social persons in Mobile friend-mate social networks. Unlike traditional friend-mate social networks in centralized data centers, this approach uses semantic P2P network technologies. The mobile phones as P2P nodes host the agents for virtual emotional social persons which simulate human's actions and responses by computer algorithms, not only based on intelligence, but also on emotion like human being. The agents for emotional virtual social persons collect their own information such as sex, birthday, astrology, Enneagram, blood type, hobby, health and attributes of his six senses, etc., and arouse emotional actions based on this information. The model keeps the privacy information only in the person's own mobile phone, which can avoid leaking the privacy information. The emotional agents for emotional virtual social persons join the virtual hierarchical tree networks (VIRGO) according to their roles or their interesting domains. And the agents can simulate general emotional reactions by emotional commands via the messages communications. We also discuss the model to mate the most successful friends based on the above information. © 2010 IEEE.

关键词： Semantics

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