Metamobility: <i>Connecting Future Mobility With the Metaverse</i>

Predicting Mobility of Sands in the Future Based on Sensitivity Analysis Test (Case Study: Manjil City)

Sand dunes are one of the most important and sensitive wind erosion susceptible landforms whose activity varies depending on the severity of the impact of various climatic and terrestrial factors. Long-term monitoring of these factors, along with the mobility status of sand sands in different areas, can have a significant effect on reducing their adverse effects. One of the sensitive areas of w...

SMART – Future Urban Mobility

This paper presents an overview of the Future Urban Mobility programme of the Singapore-MIT Alliance for Research and Technology (SMART). Through this programme, MIT is establishing a research centre in Singapore with the mission to support sustainability and improve transportation system performance through innovations in infrastructure, technology, operations and policy. Two key areas of rese...

Virtual mobility domains - A mobility architecture for the future Internet

The advances in hardware and wireless technologies have made mobile communication devices affordable by a vast user community. With the advent of rich multimedia and social networking content, an influx of myriads of applications, and Internet supported services, there is an increasing user demand for the Internet connectivity anywhere and anytime. Mobility management is thus a crucial requirem...

Multipurpose mobility services for the Future Internet

Mobility and handoff management is a key problem of the Future Internet. Current solutions provide mobility services, such as seamless mobility, adaptive mobility, alwaysbest-connected (ABC) mobility, etc. The problem is these services work separately and ignore conflicts between them. This may lead to improve one service and degrade others. Hence, we propose multipurpose mobility as a new holi...

The Six Main Drivers of Future Mobility