The mobile phone environment is today highly concerned about security threats of buggy, malicious or viruses' code that an end user could download and crash the phone. To prevent this, mobile phones applications operates a virtual sandbox that runs each application in a tightly constrained environment separated from each other. This work proposes a device middleware, namely D-Mid, which leverages an existent device framework to provide an agonistic application model that supports heterogeneous access to the middleware with a minimal impact on performance. Besides mobile devices are likely to have scarce resources, such as memory and CPU clock, so D-Mid provides an inversion of control mechanism that targets a minimal execution environment.
['Andre Elia Assad', 'Nelson Souto Rosa']
Device Middleware for Heterogeneous Access to Java Services