Add to ORKGAttention has recently begun to focus on the use of asynchronous paradigms to support adaptive mobile applications. To investigate this issue the authors have developed an asynchronous distributed systems platform based on the tuple space paradigm [Gelernter,85b] coupled with extensions to support operation in mobile environments. This paper presents our experiences of developing and using this platform. The benefits of the tuple space approach are highlighted and we discuss in some detail the design, implementation and performance of our platform. We subsequently focus on the critical issues of the tuple space API and the level of support for adaptation which can be provided without compromising the elegance and simplicity of the paradigm....
This paper presents a new framework for building adaptive mobile applications in mobile computing en...
Computer applications traditionally expect a static execution environment. However, this preconditio...
We present the design, implementation and evaluation of an open programmable mobile network based on...
Attention has recently begun to focus on the use of asynchronous paradigms to support adaptive mobil...
Attention has recently begun to focus on the use of asynchronous paradigms to support adaptive mobil...
this paper we argue that these paradigms are not well suited to operation in the emerging mobile env...
Mobile computing environments are characterised by significant and rapid changes in their supporting...
We show that it is possible to model mobile asynchronous applications in a high level description la...
Since its introduction over a decade ago the tuple space paradigm has attracted interest from the di...
Since its introduction over a decade ago the tuple space paradigm has attracted interest from the di...
There has recently been considerable interest in quality of service management architectures for hig...
The restrictions arising from the use of mobile components requires the design of a mobile infrastru...
Abstract. This chapter focuses on tuple-based (Linda-like) coordination models as middleware service...
We describe two distinct distributed systems, MeasureMe and GeoPresence. As with all distributed sof...
We describe two distinct distributed systems, MeasureMe and GeoPresence. As with all distributed sof...
This paper presents a new framework for building adaptive mobile applications in mobile computing en...
Computer applications traditionally expect a static execution environment. However, this preconditio...
We present the design, implementation and evaluation of an open programmable mobile network based on...
Attention has recently begun to focus on the use of asynchronous paradigms to support adaptive mobil...
Attention has recently begun to focus on the use of asynchronous paradigms to support adaptive mobil...
this paper we argue that these paradigms are not well suited to operation in the emerging mobile env...
Mobile computing environments are characterised by significant and rapid changes in their supporting...
We show that it is possible to model mobile asynchronous applications in a high level description la...
Since its introduction over a decade ago the tuple space paradigm has attracted interest from the di...
Since its introduction over a decade ago the tuple space paradigm has attracted interest from the di...
There has recently been considerable interest in quality of service management architectures for hig...
The restrictions arising from the use of mobile components requires the design of a mobile infrastru...
Abstract. This chapter focuses on tuple-based (Linda-like) coordination models as middleware service...
We describe two distinct distributed systems, MeasureMe and GeoPresence. As with all distributed sof...
We describe two distinct distributed systems, MeasureMe and GeoPresence. As with all distributed sof...
This paper presents a new framework for building adaptive mobile applications in mobile computing en...
Computer applications traditionally expect a static execution environment. However, this preconditio...
We present the design, implementation and evaluation of an open programmable mobile network based on...