Ad Hoc Collaboration space for distributed cross device mobile application development using WiFi direct (ACS)

Abstract

Over the last few years, we have seen an enormous increase in the usage of electronic

devices smart phones, tablets, laptops, TVs and wearables, which are developed by different manufacturer for different platforms. People surrounded by these devices need to interact with them during the meeting, presentation, class room and lots of other collaborative activities to share and receive information across the devices. However, the interaction among these devices is still device centric and dependent on the expensive fixed software and hardware infrastructure. In a situation, where fixed infrastructure service does not exist, suspended or disrupted due to some reasons, the interaction across these devices is not possible. In this study we have presented the framework that provides th network as well as facilitate the development of cross de without using any fixed expensive infrastructure. The n reduced the application development time by hiding the c to use API's for application developer to build distributed development takes extra time and distract the developer to to high complexity level. This framework supports dive of different manufacturer and all interactions are done the nearby devices to communicate with each other with point.