Whodunit to Irene Adler? From “the Woman” to “the Dominatrix” – on the Transformation of the Heroine in the Adapting Process and Her Representation in the Sherlock Miniseries

One of the peculiar characteristics of the Sherlock Holmes fandom is that it has always had a tendency to blow innuendos in Arthur Conan Doyle’s stories out of proportion. One might argue that such is the case of Irene Adler, the most recognisable female character from the Sherlock Holmes canon. Although we are not given much information on her in the original story and she hardly speaks in her own voice, for the community of readers she has become the most significant woman that Sherlock Holmes had ever encountered. Thus, the creators who adapted her for the screen also treated the heroine of “A Scandal in Bohemia” symbolically, allowing themselves to freely portray her presence in their versions of the story. For certain reasons, Irene Adler has been interpreted in pop-culture differently at various times: as the woman who beat Holmes with her wit, the detective’s romantic interest, his nemesis or a femme fatale figure. This tendency seems to be pushed to the extreme recently and the adaptations of the heroine in question gravitate towards a sexually confident, overtly self-aware, as well as dominant (both sexually and mentally) rival to Holmes. The idea behind this paper is to investigate the transformation of Irene Adler’s character from the originally debatably scandalous adventuress to her modern portrayal as a dominatrix in the BBC miniseries, Sherlock. Hence, I will concentrate on this most recent take on the woman in the episode “A Scandal in Belgravia,” attempting to analyse in what ways the creators of the show go back to the roots and succeed in capturing the essence of Irene Adler’s figure, and conversely – in what measure does this adaptation epitomize the changes done to the character over the years of reinterpreting and diverting from its literary counterpart

Performance List | 1947-2022

This is a chronological list of all productions, as far as known, performed under the auspices of Jacksonville State from 1947 to the present.https://digitalcommons.jsu.edu/productions_all/1104/thumbnail.jp

The Chronicle [October 24, 1989]

The Chronicle, October 24, 1989https://repository.stcloudstate.edu/chron/3777/thumbnail.jp

A cloud, microservice-based digital twin for the Oil industry a flow assurance case study

Digital Twins are one of the top recent technology trends, considered a front-runner in enabling the next generation of intelligent, digitalized industries. A Digital Twin is basi cally a real enterprise asset mirrored into the virtual world, created entirely in software, and utilized to innovate business, generate new revenue, and create value-producing op portunities. Naturally, building such demanding systems is not an easy task. Many organi zational and technological concerns should be addressed, like real-time processing, data management, cybersecurity, and low latency communication. Moreover, Digital Twins should be extensible and support data integration with its physical counterpart, allowing enterprises to streamline their operations more safely. Considering there are no standard methodologies or technologies to design a Digital Twin, software developers struggle to develop a robust, reliable Digital Twin architecture that meets customers’ needs. Therefore, in consideration of these technical challenges, we decided to explore solutions in the oil and gas industry. Oil plants are known for having notoriously complex pro cesses and an oppressive ecosystem when it comes to the adoption of new technologies, especially due to its intricate and ever-changing landscape. Despite these difficulties, this industry would certainly benefit from a well-designed Digital Twin. Hence, this work proposes a solution for an Oil Well Digital Twin architecture. We decided to use the flow assurance process of an Oil Well as a base to build a Digital Twin, aiming to study and fulfill those requirements and technical limitations. We implemented and tested several APIs, each one representing the virtual version of a real Oil Well component, enforcing the importance of microservices and cloud-native patterns in its design. When function ing together, these microservices comprise an entire Oil Well Digital twin solution, cov ering basic storage, communication, and monitoring fundamentals. This proof of concept demonstrates how a complex asset — like an Oil Well — can be built and organized in a completely digital manner. Lastly, this design is extensible and opens up further develop ment opportunities.Gêmeos Digitais são uma das principais tendências tecnológicas recentes, considerados pioneiros na habilitação da próxima geração de indústrias inteligentes e digitalizadas. Um Gêmeo Digital é basicamente um ativo corporativo espelhado no mundo virtual, criado inteiramente em software e destinado a inovar os modelos operacionais e de negócios, ao mesmo tempo em que fornece novas oportunidades de geração de receita e valor. Naturalmente, construir sistemas tão exigentes não é uma tarefa fácil. Muitas preocupações organizacionais e tecnológicas devem ser abordadas, como processamento em tempo real, gerenciamento de dados, segurança cibernética e comunicação de baixa latência. Além disso, os Gêmeos Digitais também devem ser extensíveis e oferecer suporte à integração de dados com sua contraparte física, permitindo que as empresas agilizem suas opera ções com mais segurança. Considerando que não existem metodologias ou tecnologias padrão para projetar um Gêmeo Digital, os desenvolvedores de software tem dificuldade em desenvolver uma arquitetura de Gêmeo Digital robusta e confiável que atenda às ne cessidades dos clientes. Além desses desafios técnicos, a indústria de óleo e gás é conhecida por ter processos notoriamente complexos e um ecossistema opressor na adoção de novas tecnologias, prin cipalmente devido ao seu cenário intrincado e em constante mudança. Apesar dessas dificuldades, essa indústria certamente se beneficiaria de um Gêmeo Digital bem proje tado. Assim, este trabalho propõe uma solução de uma arquitetura para um Gêmeo Digital de um Poço de Petróleo. Decidimos usar o processo de garantia de vazão de um poço de petróleo como base para construir um Gêmeo Digital, visando estudar e atender a esses requisitos e limitações técnicas. Implementamos e testamos várias APIs, cada uma repre sentando a versão virtual de um componente real de um poço de petróleo, reforçando a importância de microsserviços e padrões nativos de nuvem em seu design. Ao funciona rem juntos, esses microsserviços compreendem uma solução completa de gêmeos digitais de poços de petróleo, abrangendo os fundamentos básicos de armazenamento, comunica ção e monitoramento. Esta prova de conceito demonstra como um ativo complexo – como um poço de petróleo – pode ser construído e organizado de forma totalmente digital. Por fim, esse design é extensível e abre mais oportunidades de desenvolvimento

Volpone Program

a free adaptation of Ben Jonson\u27s comedy Directed by Minor Rooteshttps://digitalcommons.usm.maine.edu/theatre-programs-1970-1989/1036/thumbnail.jp

The New Hampshire, Vol. 44, No. 5 (Mar. 4, 1954)

An independent student produced newspaper from the University of New Hampshire

The Independent, Vol. 11, No. 40, December 3, 1970

The Independent was a student run newspaper created in 1960 at Newark State College, now Kean University. The proceeding title was The Reflector. The editor of this issue was Ed Naha.https://digitalcommons.kean.edu/independent_1970-1974/1021/thumbnail.jp