In limited and asymmetric bandwidth environments such as wireless networks, push technology can be used to allow a large number of mobile users to access the shared data. Most of the today\u27s designs assume that the server disseminates data on only one physical channel. In this paper, we focus on the problem of broadcasting data over multiple physical channels that cannot be coalesced into fewer high-bandwidth ones. Specifically, we propose a novel scheduling scheme called Generalized Broadcast Technique (GBT) which can adapt the content of the broadcasts according to the client mobility and demand patterns. Theoretical foundations and performance evaluation are also provided to substantiate the near-optimality and to assess the advantage...
[[abstract]]In a mobile computing system, users carrying portable devices can access database servic...
Broadcast data delivery is encountered in many applications where there is a need to disseminate inf...
This dissertation explores ways to improve the scheduling of wireless transmissions, by exploiting t...
In limited and asymmetric bandwidth environments such as wireless networks, push strategy can be use...
As wireless computer networks grow more popular, we are faced with the problem of providing scalabl...
In this paper, we investigate efficient ways of broadcasting data to mobile users over multiple phys...
Broadcast data delivery is encountered in many applications where there is a need to disseminate inf...
Wireless data broadcasting is a promising way of disseminating information to a massive number of cl...
Rapid development in wireless communication technology has paved a path for the increase in mobile u...
We discuss the broadcasting problem of N data items over K wireless channels, under the assumptions ...
Abstract—The role of the push-based architecture in modern wireless telecommunication systems has be...
The advances in computer and communication technologies made possible an ubiquitous computing enviro...
We discuss the broadcasting problem of N data items over K wireless channels, under the assumptions ...
[[abstract]]This paper considers the support of time-constraint services to mobile users in a ubiqui...
With the increasing popularity of portable wireless computers, mechanisms to efficiently transmit in...
[[abstract]]In a mobile computing system, users carrying portable devices can access database servic...
Broadcast data delivery is encountered in many applications where there is a need to disseminate inf...
This dissertation explores ways to improve the scheduling of wireless transmissions, by exploiting t...
In limited and asymmetric bandwidth environments such as wireless networks, push strategy can be use...
As wireless computer networks grow more popular, we are faced with the problem of providing scalabl...
In this paper, we investigate efficient ways of broadcasting data to mobile users over multiple phys...
Broadcast data delivery is encountered in many applications where there is a need to disseminate inf...
Wireless data broadcasting is a promising way of disseminating information to a massive number of cl...
Rapid development in wireless communication technology has paved a path for the increase in mobile u...
We discuss the broadcasting problem of N data items over K wireless channels, under the assumptions ...
Abstract—The role of the push-based architecture in modern wireless telecommunication systems has be...
The advances in computer and communication technologies made possible an ubiquitous computing enviro...
We discuss the broadcasting problem of N data items over K wireless channels, under the assumptions ...
[[abstract]]This paper considers the support of time-constraint services to mobile users in a ubiqui...
With the increasing popularity of portable wireless computers, mechanisms to efficiently transmit in...
[[abstract]]In a mobile computing system, users carrying portable devices can access database servic...
Broadcast data delivery is encountered in many applications where there is a need to disseminate inf...
This dissertation explores ways to improve the scheduling of wireless transmissions, by exploiting t...