Recreating Reality: Waltz With Bashir, Persepolis, and the Documentary Genre

This paper examines Ari Folman’s Waltz With Bashir (2008) and Marjane Satrapi’s Persepolis (2007) to elucidate how artists, distributors, and audiences shape and define the porous boundaries of the documentary genre, and how such perceptions are shaped within a digital context. By analyzing how each film represents reality; that is, how documentaries attempt to represent the real world, this paper explores the elements of performativity within animated documentary as a reflection of both the growing fluidity of the documentary genre and the instability of the indexical in a digital age. In a digital context, where the “real” can be manufactured at an increasing rate, stronger skepticism and cynicism push the documentary genre towards more subjective explorations, with animated documentaries serving as a key example of how genre distinctions have fluctuated in response

What's the matter with realism?

International relations, as an academic discipline, is not known for its strength in the area of theory. It has no immediate equivalent to the rich contrasts of perspective generated in sociology by the legacy of Max Weber, Marx and Durkheim—a lack so felt that Martin Wight once wrote a paper called ‘Why is there no International Theory?’ His own answer was, in part, that there is nothing further to theorize after the discovery of the repetitive mechanisms of the balance of power. This was a sad conclusion for such an acute and creative mind to reach. But it does illustrate a central feature of IR theory. For the balance of power, it can be argued, is the limit of any Realist theory of international relations. And Wight's conclusion was perhaps more an index of the dominance of a Realist orthodoxy than a relection of the inherent properties of ‘the international’

What's the matter with realism?

International relations, as an academic discipline, is not known for its strength in the area of theory. It has no immediate equivalent to the rich contrasts of perspective generated in sociology by the legacy of Max Weber, Marx and Durkheim—a lack so felt that Martin Wight once wrote a paper called ‘Why is there no International Theory?’ His own answer was, in part, that there is nothing further to theorize after the discovery of the repetitive mechanisms of the balance of power. This was a sad conclusion for such an acute and creative mind to reach. But it does illustrate a central feature of IR theory. For the balance of power, it can be argued, is the limit of any Realist theory of international relations. And Wight's conclusion was perhaps more an index of the dominance of a Realist orthodoxy than a relection of the inherent properties of ‘the international’

Autism = Death: The social and medical impact of a catastrophic medical model of autistic spectrum disorders

This discussion interrogates the continuing impact of the pervasive and persistent usage of debilitating metaphors perpetuating ‘historical’ superstitions, myths and beliefs surrounding disability. This article examines the real-life consequences of the power exercised through the deployment of derogatory metaphors and their very real effects on care and treatment decisions. The article illuminates how diagnostic categories and their associative metaphors work to situate boundaries of normality with pathologising difference. It concludes by demonstrating the catastrophic effect of the metaphoric dehumanisation of autistics that has recently culminated in murder being euphemistically referred to and condoned as ‘mercy killing’

Boston University All-Campus Orchestra, December 9, 2010

This is the concert program of the Boston University All-Campus Orchestra performance on Thursday, December 9, 2010 at 8:00 p.m., at the Boston University Concert Hall, 855 Commonwealth Avenue, Boston, Massachusetts. Works performed were Overture to Die Fledermaus by Johann Strauss, Jr., "Farandole," from L'Arlesienne Suite No. 2 by Georges Bizet, Fantasia on "Greensleeves" by Ralph Vaughan Williams, and The Nutcracker Suite, op. 71a by Peter Ilyitch Tchaikovsky. Digitization for Boston University Concert Programs was supported by the Boston University Center for the Humanities Library Endowed Fund

Dance Teaching by a Robot: Combining Cognitive and Physical Human-Robot Interaction for Supporting the Skill Learning Process

This letter presents a physical human-robot interaction scenario in which a robot guides and performs the role of a teacher within a defined dance training framework. A combined cognitive and physical feedback of performance is proposed for assisting the skill learning process. Direct contact cooperation has been designed through an adaptive impedance-based controller that adjusts according to the partner's performance in the task. In measuring performance, a scoring system has been designed using the concept of progressive teaching (PT). The system adjusts the difficulty based on the user's number of practices and performance history. Using the proposed method and a baseline constant controller, comparative experiments have shown that the PT presents better performance in the initial stage of skill learning. An analysis of the subjects' perception of comfort, peace of mind, and robot performance have shown a significant difference at the p < .01 level, favoring the PT algorithm.Comment: Presented at IEEE International Conference on Robotics and Automation ICRA-201

Rescheduling with iterative repair

This paper presents a new approach to rescheduling called constraint-based iterative repair. This approach gives our system the ability to satisfy domain constraints, address optimization concerns, minimize perturbation to the original schedule, produce modified schedules, quickly, and exhibits 'anytime' behavior. The system begins with an initial, flawed schedule and then iteratively repairs constraint violations until a conflict-free schedule is produced. In an empirical demonstration, we vary the importance of minimizing perturbation and report how fast the system is able to resolve conflicts in a given time bound. We also show the anytime characteristics of the system. These experiments were performed within the domain of Space Shuttle ground processing

A vision-based system for inspecting painted slates

Purpose – This paper describes the development of a novel automated vision system used to detect the visual defects on painted slates. Design/methodology/approach – The vision system that has been developed consists of two major components covering the opto-mechanical and algorithmical aspects of the system. The first component addresses issues including the mechanical implementation and interfacing the inspection system with the development of a fast image processing procedure able to identify visual defects present on the slate surface. Findings – The inspection system was developed on 400 slates to determine the threshold settings that give the best trade-off between no false positive triggers and correct defect identification. The developed system was tested on more than 300 fresh slates and the success rate for correct identification of acceptable and defective slates was 99.32 per cent for defect free slates based on 148 samples and 96.91 per cent for defective slates based on 162 samples. Practical implications – The experimental data indicates that automating the inspection of painted slates can be achieved and installation in a factory is a realistic target. Testing the devised inspection system in a factory-type environment was an important part of the development process as this enabled us to develop the mechanical system and the image processing algorithm able to perform slate inspection in an industrial environment. The overall performance of the system indicates that the proposed solution can be considered as a replacement for the existing manual inspection system. Originality/value – The development of a real-time automated system for inspecting painted slates proved to be a difficult task since the slate surface is dark coloured, glossy, has depth profile non-uniformities and is being transported at high speeds on a conveyor. In order to address these issues, the system described in this paper proposed a number of novel solutions including the illumination set-up and the development of multi-component image-processing inspection algorithm