HoloGo: um modelo de mobilidade de código orientado ao holoparadigma

Abstract

The rapid popularization of increasingly powerful computational devices is setting the mobile computing into daily life of a great number of people. As devices evolve along with its computational power, many applications can be developed in order to accomplish the different needs of a growing number of users. This evolution, however, it is not free of challenges. As the number of users increase, the need of customization becomes a major concern. Among the solutions that offer customization to software applications is code mobility. In this way, this dissertation presents a strong code mobility model focused in the Holoparadigm. Until now only logical mobility was provided, being the code mobility only in the specification. This model is called HoloGo and was developed on top of HoloVM, a virtual machine with blackboards and concurrent programming support. HoloGo was validated through the implementation of a prototype used in the development of applications that use code mobility. In this context, the main con