Missed Part 1? Catch up here. Coniuncta is an interdisciplinary research team founded in Warsaw University of Technology by professor Robert Olszewski. Main goal of the team is the research on
The current trend in telecommunications market is towards connecting all the everyday useful objects to the Internet. In this direction, Internet of Things (IoT) is receiving significant attention from industries
The third category of attention-based applications concerns abnormality processing. Some applications go further than the use of the simple detection of the areas of interest. They use comparisons between the
Cellular technologies have evolved over time starting from the first generation (1G) to the current fourth generation (4G) with the objective of improving several factors such as spectral efficiency, capacity,
In this section we focus on a second category of applications based on the locations having the lowest saliency scores. Those areas correspond with repeating and less informative regions, which
Concepts of sustainable urban development, “smart city” and civic engagement are becoming more and more popular among researchers and people in charge of municipal planning. With their growing popularity, there
Several enabling technologies such as ultra-densification, millimetre wave communications, massive Multiple Input Multiple Output (MIMO), full duplex technology, and dynamic spectrum access are being investigated in industrial and academic communities
The existing and new wireless technologies, such as smart phones, tablets, and IoT apps are rapidly consuming radio spectrum. The traditional regulation of spectrum requires a fundamental reform in order
Attention modeling: a huge range of applications. The applications of saliency maps are numerous and they can occur in many domains. For some applications, the saliency maps and their analyses
Dynamic Game Balancing (DGB) is the process of real-time adjustment of game parameters so that the faced challenges fit the player’s ability, therefore keeping him/her in the flow. This way the
