… used to improve decision-making abilities with the advent of autonomous vehicles. Connecting
AI and IoT for AV enables more dynamic and resilient control systems in environments. In …

… Considering the driving environment of the subject vehicle (SV), we further categorized the
queried data into six groups: free driving, car following, cut in, lane change with zero, one, …

… 3) Theory and method of IV cooperative control in the Internet of Vehicles environment. 4) …
environment. 4) Testing: Testing is a crucial process before the mass production of IVs. Test …

… in manufacturing environments. In section 4, since it is envisaged that 5G networks will be a
key enabler for robust integration of AGVs and AMRs into smart manufacturing environments …

… of roads and identify lane markings by active pulses of light off the vehicle’s environments. …
IoT provides several benefits including dynamic information services, smart vehicle control, …

… Intelligent mobile spaces [8], [9] are environments that can continuously monitor what are
happening in intelligent vehicles, … Intelligent vehicles must be the vehicle to make our human …

… Industry 4.0 is an umbrella term that refers to the increasing digitisation and automation
of manufacturing environments, advanced robotics, and autonomous systems, which …

… Taking into consideration worldwide efforts on climate change and new vehicle … the
environmental and traffic noise impacts anticipated by the implementation of these kinds of vehicles …

… of autonomous vehicles and the role of robust decision-making in dynamic environments. …
, discuss the challenges posed by dynamic environments, and explore current approaches to …

… autonomously comprehend the local environments and adjust its trajectory during its entry,
descent, and landing (EDL) phases (aka, the “seven minutes of terror”). The “vision for space …