We have developed a distributed asynchronous Web based training system. In order to improve the scalability and robustness of this system, all contents and a function are realized on mobile agents. These agents are distributed to computers, and they can use a Peer to Peer network that modified Content-Addressable Network. In this system, all computers offer the function and exercise by themselves. However, the system that all computers do the same behavior is not realistic. In this paper, as a solution of this issue, we present an e-Learning system that is composed of computers of different participation types. Enabling the computer of different participation types will improve the convenience of the system
This paper presents PLANT, a distributed architecture for personalized E-Learning built upon the Edu...
The adoption of the peer-to-peer (p2p) communication paradigm to enhance e-learning applications has...
This paper presents the architecture and WWW-independent implementation of a Modular Training System...
We have developed a distributed asynchronous Web based training system. In order to improve the scal...
We have developed a distributed asynchronous web-based training system. In order to improve the scal...
We have developed a distributed asynchronous Web based training system. In order to improve the scal...
Abstract—In this paper, backup and recovery technique for Peer to Peer applications, such as a distr...
Abstract—We have developed a distributed asynchronous Web based training system. In order to improve...
Technology is advancing rapidly and the demand and expectation is getting higher, that current monol...
Abstract- Computer-supported collaborative learning is an important domain of e-learning dealing wit...
IEEE Technical Committee on Learning Technology;IEEE10th IEEE International Conference on Advanced L...
There are two types of e-Learning systems, namely, a synchronous type system and an asynchronous typ...
Abstract In this paper, we explore new directions for future e-learning tools. Our idea is to use pe...
Abstract: Computer supported collaborative learning (CSCL) is one promising technological means to s...
Cooperative co-learner agents can achieve an almost natural human-computer interaction. Agents are l...
This paper presents PLANT, a distributed architecture for personalized E-Learning built upon the Edu...
The adoption of the peer-to-peer (p2p) communication paradigm to enhance e-learning applications has...
This paper presents the architecture and WWW-independent implementation of a Modular Training System...
We have developed a distributed asynchronous Web based training system. In order to improve the scal...
We have developed a distributed asynchronous web-based training system. In order to improve the scal...
We have developed a distributed asynchronous Web based training system. In order to improve the scal...
Abstract—In this paper, backup and recovery technique for Peer to Peer applications, such as a distr...
Abstract—We have developed a distributed asynchronous Web based training system. In order to improve...
Technology is advancing rapidly and the demand and expectation is getting higher, that current monol...
Abstract- Computer-supported collaborative learning is an important domain of e-learning dealing wit...
IEEE Technical Committee on Learning Technology;IEEE10th IEEE International Conference on Advanced L...
There are two types of e-Learning systems, namely, a synchronous type system and an asynchronous typ...
Abstract In this paper, we explore new directions for future e-learning tools. Our idea is to use pe...
Abstract: Computer supported collaborative learning (CSCL) is one promising technological means to s...
Cooperative co-learner agents can achieve an almost natural human-computer interaction. Agents are l...
This paper presents PLANT, a distributed architecture for personalized E-Learning built upon the Edu...
The adoption of the peer-to-peer (p2p) communication paradigm to enhance e-learning applications has...
This paper presents the architecture and WWW-independent implementation of a Modular Training System...