An Approach for Meeting Remote Surgery Performance Requirements in Mobile Networks Core

The research project aims to develop an approach based on resource management in 5G/6G network slicing to meet the performance requirements of remote surgeries that involve surgeons and patients connected remotely through a highly reliable and efficient network. Remote surgery’s relevance is because it allows low-income patients in vulnerable communities to access complex medical procedures […]

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Reconfigurable Intelligent Surface for Practical Implementation of IoT Networks

The race to the Internet of things (IoT) paradigm is fueled by leading technological enterprises and governmental institutions for a fast transition into the Fourth Industrial Revolution where machines, sensors and actuators can communicate and process data to enable a more efficient production cycle. To pave the way for the advance in IoT, next-generation wireless […]

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Speculative Sensory Interfaces: Opening a dialogue between differently-abled bodies through sensory interventions

This project will use speculative design methodologies to create wearable technologies (wearables mounted with sensors that can be worn), capable of sending, receiving, and sharing sensory information across differently-abled human bodies. As the participants with different body structures, mobility, and agility move in space wearing aforementioned wearable technologies, proprioceptive information (sense of balance and body […]

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