Chun-Liang Hsu

An ontology-supported ubiquitous interface agent for cloud computing — Example on Bluetooth wireless technique with Java programming

This paper focused on designing of a ubiquitous interface agent based on the ontology technology and interaction diagram with the backend information agent system, i.e., OntoIAS, in cloud computing environments. Through the techniques of packet decoding and recognizing, the agent employs the CURRL to transform user commands into internal canonical format to conveniently process those commands by OntoIAS, which can avoid numerous, jumbled, and incorrect information torrents that results in misunderstanding of the information intention of users. In this paper, we preliminarily proposed a ubiquitous interface agent with the Bluetooth wireless technique and related interaction diagrams in cloud computing environments. The system prototype and experiment outcomes can also reveal the feasibility of the system architecture.

An ontological Proxy Agent with prediction, CBR, and RBR techniques for fast query processing

This paper proposed a three-tier Proxy Agent working as a mediator between the users and the backend process of a FAQ system. The first tier makes use of an improved sequential patterns mining technique to propose effective query prediction and cache services. The second tier employs an ontology-supported case-based reasoning technique to propose adapted query solutions and tune itself by retaining and updating highly-satisfied cases identified by the user. Finally, the third tier utilizes an ontology-supported rule-based reasoning to generate possible solutions for the user. Our experiments show around 79.1% of the user queries can be answered by Proxy Agent, leaving about 20.9% of the queries for the backend Answerer Agent to take care, which can effectively alleviate the overloading problem usually associated with a backend server.

Constructing intelligent home-security system design with combining phone-net and Bluetooth mechanism

This paper was exploring one of serial issues which derived from mankind life greatly adopting 3C products everywhere when entering 21th century. At present for the purpose of insuring more security and convenience of daily life, most of advanced countries positively invested much money and manpower to research and develop home-security system with hi-tech and have achieved great success. Taiwan owned many such hi-tech implemented by related manufacturers and those benefits coming along with this business created the environemnt in which more advanced techniques and mechanisms for morden home-security were developed to satisfy the need of people. There are two divisions of security system: (1) commerical-security system (2) home-security system. Since the commerical-security system usually needed too much cost to meet the expenditure of ordinary family, the paper tried to develop DIY home-security so as to cost down the expenditure as well as to improve the mechanism of traditional ones with brand-new techniques co-constructed with phone-net, speech-function, and Bluetooth modules.

Energy-Saving Information Multi-agent System with Web Services for Cloud Computing

This paper focuses on designing an information multi-agent system with Web service techniques for cloud computing and its interaction paradigms. It employs the concept of SQL IC to construct the operational interface of cloud database as a data warehouse. This approach not only can look after both sides of ubiquitous access advantages of cloud techniques, but also retain the consistent user interface of a data warehouse. It enables information users to conveniently use the Internet to quickly access the system information in clouds. This paper preliminarily proposes an energy-saving information multi-agent system architecture with Web services for cloud computing. Related presentations and comparisons of the system prototype also verify its feasibility.

Constructing transmitting interface of running parameters of small-scaled wind-power electricity generator with WSN modules

The main purpose of this paper was to explore strategies of how to design the interface with brand-new techniques for collecting running parameters of small-scaled wind-power electricity generators as well as its monitoring and controlling Graphic Interface System software. Affected by shortage of oil energy, the whole world was positively developing renewable energy such as solar, wind-power, biologic, tide etc. For Taiwan, the renewable energy policy was actively pushed by government and civic organizations, and how to encourage industrial manufacturers to invest the related technologies of renewable energy; furthermore, to research and develop advanced techniques in this field so that those techniques could create another prosperous business for Taiwan after 3C business. In this study, WSN (Wireless Sensor Network) and its related modules such as ZigBee and Bluetooth would be combined together to construct transmitting interface of running parameters of small-scaled wind-power electricity generator. The study content included building ZigBee wireless network, communication interfaces of ZigBee and Bluetooth with microprocessor, coding and decoding techniques of ZigBee and Bluetooth, and software programming of graphic interface system (GIS). This study was sponsored by Taiwan Education Ministry under Teaching Superiority Project, and the system implemented in real wind-power electricity generator system and the research outcomes has been proved to be very successful and stable.

EOG-based signal detection and verification for HCI

In this paper, we proposed an eye-movement tracking system. Based on Electro-Oculography (E.O.G) technology we detected the signal with different directions in eye-movements and then analyzed to understand what they represented about (e.g. horizontal direction or vertical direction). We converted the analog signal to digital signal and then used as the control signals for Human Computer Interface (HCI). In order to make the system “robust”, several applications with EOG-based HCI had been designed. Our preliminary results revealed more than 90% accuracy rate for examining the eye-movement that may become a new useful human-machine user interface in the near future.

Constructing intelligent living-space controlling system with blue-tooth and speech-recognition microprocessor

This study is a creative and initial work focused on designing an intelligent living-space with automatic control system to control all home-appliances in the living-space. First of all, the system was constructed with two parts; one is remote-control mechanism with blue-tooth (BT) module mounting on both master controller module (remote-controller) and slave receiver module (on every home appliance), the other is to design the remote-controller with speech-recognition and function of self-learning human voice so that people could directly give command to control appliances Therefore, the technique of BT communication and speech-recognition microprocessor became the most important in this study. After implementing the finished projects, the whole system was proved to be great successful and the final result of this research has achieved both National patent authorized by Patent Bureau of Taiwan Economy Ministry, and The First Prize of National Award of Practical Projects Design authorized by Taiwan Education Ministry.

Practical design of intelligent remote-controller with speech-recognition and self-learning function

This study is a creative and initial work focused on designing an intelligent remote-controller with speech-recognition and self-learning function so as to become a part of intelligent system to control all home appliances in the smart living space. First of all, the system was constructed with two parts; one is remote control mechanism with Bluetooth (BT) module mounting on controller module (remote controller) and slave receiver module (on every home appliance), the other is to design the remote controller with speech-recognition and function of self-learning human voice so that people could directly give command to control appliances Therefore, the technique of BT communication and speech-recognition microprocessor became the most important in this study. After implementing the finished projects, the whole system was proved to be great successful and the final result of this research has achieved both National patent authorized by Patent Bureau of Taiwan Economy Ministry, and The First Prize of National Award of Practical Projects Design authorized by Taiwan Education Ministry.

A location-based services and Google maps-based information master system for tour guiding

A location-based services and Google maps-based Dr.What-Info multi-agent system is proposed.An archeologic site in New Taipei City, Taiwan, for testing purposes, produces results regarding the completeness and feasibility of the proposed architecture.The deep and complete system developments, displays, and corresponding experiments and comparisons show that the research results demonstrate performance superiority over a number of previous studies. This paper aims to develop a location-based services supported Dr.What-Info system, i.e. a master multi-agent system on what the information is, using Google maps and an image recognition technology as a tourism information provider and as a route planner for tourists. Users can have great fun during vacation travels through an easy-to-use interface, integrating smartphone GPS function, a QR/Bar code reader and easy access to a cloud database, to find all of the required web services. In particular, given an archeological site in New Taipei City, Taiwan, for testing purposes, the presented system is demonstrated not only as a provider of information on popular tourist attractions, but also as a high performance GPS navigation device to guide users toward their desired destinations. The complete system developments, displays, and corresponding experiments and comparisons show that the research results demonstrate performance superiority over a number of previous studies. Display Omitted

An ontology-supported web focused-crawler for Java programs

This paper proposed an ontology-support web focused-crawler: OntoCrawler III for Java programs, in which only the user entered some keywords would the system supported by the domain ontology actively provide comparison and verification for those keywords so as to up-rise the precision and recall rates of webpage searching. This technique has practically been installed in Google and Yahoo search engines and furthermore searched and filtered out unduplicated and related Java open source webpages and accordingly downloaded and stored the results into a database to let the backend systems to do advanced processes. The preliminary experiment outcomes proved the OntoCrawler III based on ontology-supported techniques proposed in this paper could not only really up-rise the precision and recall rates of webpage searching but also should successfully download related webpage information.