## 5 Conclusions and Future Lines of Research  
Once the simulation platform has been presented and evaluated, it can be affirmed that it allows the performance of simulations oriented to the labor integration of the disabled, allowing not only to analyze the tasks that are carried out in a work environment, but also the physical spaces where these tasks take place. From an academic point of view, it has been possible to model a real organization through an VO of agents with self-adaptive capacities. This system has been implemented using JADE, but adapting this platform to specific needs. In the same way, a 3D environment has been created, and it is capable of modeling and enabling simulations in work environments. In the same way, a system that allows communication between both platforms, which allows sharing relevant information about communications, has been developed. In short, the implementation of MOVICLOUD allows to simulate different processes in a work environment, and it has been proven to be appropriated in order to establish the accessibility problems that may occur in it. In this sense, the representation of the employees working activity is performed, such and as presented in the case study. Thanks to the flexibility provided by the editing tool, which allows to quickly model virtually any office environment using specifically designed models for rapid deployment, MOVICLOUD is valid for simulations carried out in office environments. More specifically, thanks to the case study, the tool has been able to define accessibility problems and architectural constraints following specific criteria of displacement. This tool has been evaluated in a work office, proving to be a useful tool when it comes to identifying accessibility problems. The definition of the models to be used and the problems to be detected in each task based on defined criteria facilitates the inclusion of the study of different new tasks. That is why this tool allows to model and include new actions to be developed by the actors with ease. However, it should be noted that MOVICLOUD is aimed at simulating processes within office environments, so that its use is currently limited to this area. In the event that the tool is intended for simulation in an open environment and with non-human actors, it would be necessary to include additional functionality. Based on the obtained results, we can conclude that the objectives set at the beginning of the project have been met. With the successful achievement of this work, it is possible to obtain useful information to facilitate the accessibility of work environments to disabled people. This has been possible through the use of agent-based social simulation techniques, using organizational conceptsto model the interactions between the actors and a three-dimensional environment. Although this tool initially was conceived for the detection of accessibility problems in office environments, thanks to the generic modeling of the platform and the use VO of agents, it is considered a valid tool for the simulation of any agent production process representing human beings in the field of office environments. Once the platform has been validated, it can be considered that within the scope of accessibility problems, it can be very useful at the time of: (i) early detection of failures in the design time of the buildings, facilitating new designs of the distribution of building elements, such as rooms, corridors, ramps or elevators to avoid in advance future problems related to the displacement of people with disabilities; (ii) prevent people with disabilities from facing accessibility problems before starting work at their place of work, being able to adapt their position and environment in a more appropriate way according to their capabilities (iii) improve the accessibility of people who are already working in a certain place.