Mobile Division Query Processing Incorporating Multiple Non-Collaborative Servers

On-Mobile Query Processing Incorporating Multiple Non-Collaborative Servers

Mobile Information Processing Involving Multiple Non-Collaborative Sources

As more and more servers appearing in the wireless environment provide accesses to mobile users, more and more demand and expectation is required by mobile users toward the available services. Mobile users are no longer satisfied with obtaining data only from one server, but require data from multiple servers either at the same or different locations. This eventually leads to the need for infor...

Impact of Applying Aggregate Query Processing in Mobile Commerce

With the increased usage of mobile devices, society is seeing more and more users doing transactions wirelessly. Often, data from a single server may not be sufficient. Rather, data may need to be manipulated and to be gathered from multiple remote servers before useful information can be formed. Mobile transactions are constrained by small screen size of mobile devices, high communication cost...

Exploiting the Features of Asymmetry for Query Processing in a Mobile Computing Environment

With the cutting edge technology advance in wireless and mobile computers, the query processing in a mobile environment involves join processing among different sites which include static servers and mobile computers. Because of the need of energy saving and also the presence of asymmetric features in a mobile computing environment, the conventional query processing for a distributed database c...

On - Chip Measurement and Compensation of Timing Imbalances in High - Speed Serial NoC

The demand of mobile technology is growing and mobile information services including the gathering of information and manipulating them are also becoming more critical in the world of mobile technology. These allow mobile users to download useful data, possibly from multiple sources. In this article, we introduce two basic mobile query processing, namely: (i) mobile device side processing (MDSP...