Search Conferences

Type in any word, words or author name. This searchs through the abstract title, keywords and abstract text and authors. You may search all conferences or just select one conference.


 All Conferences
 EMAC 2019 Annual Conference
 EMAC 2020 Annual Conference
 EMAC 2020 Regional Conference
 EMAC 2021 Annual Conference
 EMAC 2021 Regional Conference
 EMAC 2022 Annual
 EMAC 2022 Regional Conference
 EMAC 2023 Annual
 EMAC 2023 Regional Conference
 EMAC 2024 Annual
 EMAC 2024 Regional Conference

EMAC 2024 Annual


The interplay of image and text semantic relevancy on video consumption
(A2024-119731)

Published: May 28, 2024

AUTHORS

Deqing Rong, University of Warwick; Zizhou Peng, University of Greenwich

ABSTRACT

In the evolving landscape of social media, the advent of advanced features in emerging platforms has sparked a pivotal question of paramount importance: What features contribute to heightened consumer engagement with creative content? Understanding the specific attributes that foster increased consumer interaction with creative content becomes integral for both scholarly inquiry and strategic marketing endeavors. This study addresses this critical gap by investigating the nuanced impact of semantic relevancy between images and text on consumer content selection—a key facet in comprehending the intricate dynamics of consumer engagement. Notably, the research reveals that heightened coherence between visual components of a thumbnail image and accompanying textual title substantially amplifies video views, emphasizing the profound influence of congruent visual narratives. Conversely, an excessive alignment between textual components of an image and the accompanying text is found to negatively impact consumer selection, suggesting a potential saturation effect. This nuanced finding sheds light on the intricate interplay between content features and consumer engagement in the contemporary social media landscape, offering valuable insights for academics and practitioners navigating this dynamic terrain.