title: Modes of reception: A consolidated analytical framework

authors: Michelle, Carolyn

subjects: modes of reception

abstract: Drawing on a synthesis of existing models of reception and findings from audience research, this article outlines a conceptual framework for the (meta)analysis of existing and new reception data which delineates four primary modes of viewer interpretation and response: transparent, referential, mediated, and discursive. I argue that the adoption of this consolidated analytical framework may facilitate a more systematic investigation into how viewers' interpretations are shaped by social group memberships, cultural competencies, and discursive affiliations.

text: Modes of reception: A consolidated analytical framework Drawing on a synthesis of existing models of reception and findings from audience research, this article outlines a conceptual framework for the (meta)analysis of existing and new reception data which delineates four primary modes of viewer interpretation and response: transparent, referential, mediated, and discursive. I argue that the adoption of this consolidated analytical framework may facilitate a more systematic investigation into how viewers' interpretations are shaped by social group memberships, cultural competencies, and discursive affiliations.

year: 2007-07-01

title: A strategy for the correction of effects of jitter in AMCW lidar images

authors: Streeter, Lee

subjects: Science & Technology

abstract: Full-field range imaging cameras, which are an example of amplitude modulated continuous wave (AMCW) lidar, are subject to multiple error sources. In this paper we consider the possibility that a global jitter and/or drift occurs between the modulation signals to the active illumination source and the camera sensor. A model for jitter is presented and is used to characterise the jitter in a real camera system. Correction of the effects of jitter in real acquired range images is demonstrated by a reduction of the standard deviation of random noise by up to a factor of five, with the best reductions occurring in pixels that receive a strong signal.

text: A strategy for the correction of effects of jitter in AMCW lidar images Full-field range imaging cameras, which are an example of amplitude modulated continuous wave (AMCW) lidar, are subject to multiple error sources. In this paper we consider the possibility that a global jitter and/or drift occurs between the modulation signals to the active illumination source and the camera sensor. A model for jitter is presented and is used to characterise the jitter in a real camera system. Correction of the effects of jitter in real acquired range images is demonstrated by a reduction of the standard deviation of random noise by up to a factor of five, with the best reductions occurring in pixels that receive a strong signal.

year: 2013

title: Māori, census 2018 and data sovereignty

authors: Kukutai, Tahu

abstract: This webinar explores the issues with the 2018 Census data collection and examines what the implications could be for communities and funding.  See below to read some relevant articles prior to the webinar.

Our presenters also discuss iwi data sovereignty and data bias and the reasons why we should all pay more attention to the quality of the data we provide, use and collect.

text: Māori, census 2018 and data sovereignty This webinar explores the issues with the 2018 Census data collection and examines what the implications could be for communities and funding.  See below to read some relevant articles prior to the webinar.

Our presenters also discuss iwi data sovereignty and data bias and the reasons why we should all pay more attention to the quality of the data we provide, use and collect.

year: 2019