As a mobile devices moves it naturally encounters change in its environment, i.e. change in context (such as the device location), change in network conditions and change in available resources. Therefore, mobile middleware must be able to adapt its behaviour dynamically to continue to provide the best level of service to applications. In this chapter we focus on the use of reflection to build dynamic middleware. A series of case studies illustrate solutions that have successfully benefited from the reflective middleware approach
Middleware platforms have emerged as an effective answer to the requirements of open distributed pro...
The emergence of applications domains such as pervasive and autonomic computing has increased the ne...
In this paper, we survey three generation of reflective middleware research carried out at Lancaster...
The increasing popularity of portable devices and recent advances in wireless networking technologie...
Abstract. The increasing popularity of wireless devices, such as mobile phones, personal digital ass...
The increasing complexity of building distributed applications has positioned middleware as a critic...
Middleware solutions for wired distributed systems cannot be used in a mobile setting, as mobile app...
Mobile computing is characterised by users carrying portable devices that allow communication betwee...
Mobile devices, such as mobile phones and personal digital assistants, have gained wide-spread popul...
The mobile computing domain presents major new challenges for middleware to overcome. In particular ...
Middleware platforms have emerged as an effective answer to the requirements of open distributedproc...
It's flexible and reconfigurable yet simple for programmers to use, notably for building dynamic dis...
In this paper we argue that middleware solutions for wired distributed systems cannot be used in a m...
The emergence of applications domains such as pervasive and autonomic computing has increased the ne...
The increasing popularity of mobile devices, such as mobile phones and personal digital assistants,...
Middleware platforms have emerged as an effective answer to the requirements of open distributed pro...
The emergence of applications domains such as pervasive and autonomic computing has increased the ne...
In this paper, we survey three generation of reflective middleware research carried out at Lancaster...
The increasing popularity of portable devices and recent advances in wireless networking technologie...
Abstract. The increasing popularity of wireless devices, such as mobile phones, personal digital ass...
The increasing complexity of building distributed applications has positioned middleware as a critic...
Middleware solutions for wired distributed systems cannot be used in a mobile setting, as mobile app...
Mobile computing is characterised by users carrying portable devices that allow communication betwee...
Mobile devices, such as mobile phones and personal digital assistants, have gained wide-spread popul...
The mobile computing domain presents major new challenges for middleware to overcome. In particular ...
Middleware platforms have emerged as an effective answer to the requirements of open distributedproc...
It's flexible and reconfigurable yet simple for programmers to use, notably for building dynamic dis...
In this paper we argue that middleware solutions for wired distributed systems cannot be used in a m...
The emergence of applications domains such as pervasive and autonomic computing has increased the ne...
The increasing popularity of mobile devices, such as mobile phones and personal digital assistants,...
Middleware platforms have emerged as an effective answer to the requirements of open distributed pro...
The emergence of applications domains such as pervasive and autonomic computing has increased the ne...
In this paper, we survey three generation of reflective middleware research carried out at Lancaster...