Requests for application services that require large data space such as multimedia, game and database[1] have greatly increased. Nowadays those requests locomote for various services using mobile devices. However, mobile devices have difficulty in sustaining various services as in a wired environment, due to the storage shortage of the mobile device. The research[5] which provides remote storage service for mobile appliances using iSCSI has been conducted to overcome the storage shortage in mobile appliances. In research we found that when iSCSI was applied to mobile appliances, iSCSI I/O performance dropped rapidly if a iSCSI client had moved from the server to a far away location. It occurred due to the specific character of iSCSI, which is very sensitive to delay time. In this paper, we suggest an intermediate target server that localizes iSCSI target to achieve a breakthrough against the shortcomings of iSCSI performance dropping sharply as latency increases when mobile appliances recede from a storage server.

An intermediate target for quick-relay of remote storage to mobile devices

The continued growth of both mobile appliance and wireless Internet technologies is bringing a new telecommunication revolution and has extended the demand of various services with mobile appliance. However, during working with wireless access devices, users have a limited amount of storage available to them due to their limited size and weight. To relieve this problem iSCSI (Internet Small Computer Interface) remote storage system would be one solution but the question is high availability and performance. In this paper, we propose a new approach of Multi-Connection in one session based remote storage system for mobile appliance with error recovery method that avoids drastic reduction of transmission rate from TCP congestion control in wireless environment as compared to traditional iSCSI.

iSCSI multi-connection and error recovery method for remote storage system in mobile appliance

ISCSI Multi-connection and Error Recovery Method for Remote Storage System in Mobile Appliance

This paper presents a novel fountain code-based hybrid P2P and cloud storage system. While most cloud storage systems guarantees data retrievability of high level, they may be vulnerable to data privacy since the stored data may be exposed to others by accident or design. On the other hand, P2P storage system keeps any peer from accessing the whole data by dividing the data into small pieces and distributing them to multiple participating peers, but may degrade data retrievability due to unstable peers. The proposed hybrid storage system attempts to enhance data retrievability and privacy by effectively distributing fountain encoded symbols to cloud server system and participating peers. It is demonstrated that the proposed hybrid storage system achieves the desired level of data retrievability with a short upload time, and enhance privacy by preventing others from reading the contents.

A novel hybrid P2P and cloud storage system for retrievability and privacy enhancement

The continued growth of both mobile appliances and wireless Internet technologies is bringing a new telecommunication revolution and has extended the demand of various services with mobile appliance. However, when working with wireless access devices, users have a limited amount of storage available to them due to their limited size and weight. In order to relieve this basic problem of storage capacity, we suggested iSCSI-based remote storage system for mobile appliance. However, iSCSI performance in the networks with high bit-error rates is degraded rapidly. Since iSCSI is designed to run on a TCP/IP network, it is influenced by an unnecessary reduction in link bandwidth utilization in the presence of high bit-error rates of wireless link. In this paper, we describe a new availability remote storage system for mobile appliance, called MiSC (as an abbreviation for multi-connectioned iSCSI), that avoids drastic reduction of transmission rate from TCP congestion control in wireless networks. Our experiments show that it is more powerful at handling wireless environments as compared to traditional iSCSI.

MiSC: a new availability remote storage system for mobile appliance

Design, implementation, and performance analysis of the remote storage system in mobile environment

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Design, implementation, and performance analysis of the remote storage system in mobile environment