The Gamification of Journalism
Traditional news outlets are on the decline and journalism has embraced digital media in its struggle tosurvive. New models of delivering news to the public are being explored in order to increase the levelsof readership and user engagement.The narrative of this chapter focuses on the future of journalismand media, and the potential benefits and dangers of gamifying journalism. Since gamification is a newtrend, a thorough look at the intersection between the enhancements of public mobility, the digitalizationof news services, and the engagement of gamified systems can bring better understanding of futurechannels of reading news to the users, to researchers, and to the industry. This chapter aims to bridgethe gap between gamification as an emerging practice in news distribution and yet a vastly unchartedarea or research.
Newspaper Paywalls—the Hype and the Reality
This paper addresses the contemporary issue of newspaper paywalls. The paper aims to analyse different paywall models and how they impact on media corporations’ revenues in the United States, the United Kingdom, Slovakia, Slovenia and Poland (Piano Media), Australia, New Zealand and Finland. The paper finds that newspaper paywalls provide roughly 10 per cent of media companies’ publishing/circulation revenues. The paper also finds that paywalls are softening and prices in some cases are decreasing as news corporations fight for new digital subscribers and revenues. The argument here is that the revenue generated by paid online news content is not substantial enough to make paywalls a viable business model in the short term. Media corporations do not disclose information about their digital subscription revenues and this lack of transparency might impact on research findings.
Slotted Waveguide Antenna With Two Radiation Nulls
A design of a linear array antenna having two radiation nulls and otherwise omnidirectional radiation pattern is reported. A new configuration of a waveguide broad wall longitudinal slot doublet with positive and negative offsets with respect to the waveguide center line is used to design the array. This type of doublet produces two radiation nulls. Each of the null directions can be shifted at least up to plusmn25deg by proper choice of slot offset. Resonance and radiation characteristics of the proposed doublet are also presented. Finally, one linear array antenna consisting of seven doublets has been fabricated. Measurements show that the 15 dB null widths are 14.2deg and the null depths are at least 24.8 dB. Maximum gain ripple in the omnidirectional region is 1.75 dB.