...the University of Surrey collaborated with technology consultancy Intelcomm in a project funded by the UK’s SPace Research and Innovation Network for Technology (SPRINT) and supported by the FAIR-SPACE Hub, a SPRINT partner at the Surrey Space Centre...
... drawbacks. Two weaknesses are the time and considerable expense associated with deploying and maintaining a vast network of terrestrial instruments; another challenge is how to monitor the atmosphere over vast expanses of sea. A far better option...
... to transport goods and people by land, water and air using more and more sophisticated and organised networks. Lately, we have extended our reach to space, but so far with limited capability of movement between orbits, satellites...
... the space supremacy that is demanded by the war fighter. Attendees will get the chance to meet and network with over 140 peers including: defence agencies, militaries, governments, disruptive agile space companies across the...
... ground stations on Earth. Therefore, every CubeSat in orbit must be registered within a swarm in order to access the network. Delay-tolerant networks (DTN) are recommended within the inter-swarm architecture in order to minimise the loss of data and...
... part? Or should one be careful and say networks in plural? For not only is there the scientific network but also the technological network, the economic network, the societal network and the cultural network, all with their particular practices. And...