Haku

The Department of Business and Analytics in Arcada University of Applied Sciences arranged a R&D Day seminar on June 4,2014. Five working papers presented in this seminar are published in this report.

In this paper, we study the Attentional Drift-Diffusion Model in two quaternary cases, both from the perspective of realized predictions and location permutation effects. From 16 chocolate pack-ages specifically designed ...

With this presentation our attempt is to clarify possible connections between sharing economy, trust/mistrust and social capital. We analyzed the possible connections by using a survey concerning trust and social capital ...

The idea that digitalization in general and digital visuality in particular can have, alone, subversive or otherwise emancipative effects on politics is based on the belief the ideo-logical apparatus supporting hegemonic ...

The need for new innovative healthcare services has in recent years become more evident because of the ageing of the population and increased budgetary pressure. One solution to this is the use of information and communication ...

In rehabilitation stroke and Multiple sclerosis (MS) are two very common causes of motor disability in adults. Traditional rehabilitation is very time-consuming and expensive. Therefore, rehabilitation professionals are ...

Educators are facing challenges as they strive to keep up with the technological developments related to their profession while cutting costs and attempting to meet the needs of diverse student groups. At Arcada, we believe ...

The mainstream news media is frequently criticized for presenting news in a bipolar and superfi-cial manner, often choosing sensationalism over practicalities, and escalation over solution-oriented goals. The peace journalism ...

The branding of a business is increasingly done through digital channels, mainly social media. In this paper, Digital Brand Management is explored from a company and consumer perspective and analyzed based on five case ...

Track-etched membranes (TEMs) can be produced with precisely determined pore size, shape and distribution, but only find niche applications from industrial and biomedical separations processes to nanotemplating because ...