Chemistry in your hand. Using mobile devices to access public chemistry compound data
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This document discusses the use of mobile devices for accessing chemistry information and applications. It outlines some current chemistry applications available on mobile platforms, including eBooks, educational tools, multimedia resources, structure drawing tools, and apps from scientific publishers. The document also looks at the future of mobile chemistry apps, predicting growth in cloud-based paper management apps, tablet optimization, and online prediction algorithms and databases accessed through application programming interfaces.
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Crediting informatics and data folks in life science teams
Science Europe LEGS Committee: Career Pathways in Multidisciplinary Research: How to Assess the Contributions of Single Authors in Large Teams, 1-2 Dec 2015, Brussels
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Software bug prediction
The document presents a software bug prediction model. It aims to build a resilient bug prediction model through simulation on open source issue trackers like Jira and Bugzilla. It also aims to conduct a comparative study of the new model against existing competitive models. The model will make use of data from software repositories, bug reports, and code artifacts to predict bugs. Open source projects like Eclipse, Mozilla and Android will be used for simulations. Data mining tools like WEKA and RAPID MINER will be utilized extensively. The model also aims to facilitate code refactoring to improve software maintenance activities like modification and enhancement. Literature in the areas of bug prediction and code refactoring will be surveyed. The research will be conducted in
RSC Mobile
A look at what the RSC has been doing in the mobile space with apps and websites including some innovative developments from ChemSpider.
Applications for the Masses by the Masses: Why Engineers Are An Endangered Sp...
The slides from my JavaOne 2008 session, where I cavalierly call everyone I work with a genetic freak. Nice!
Jsp Tin2010
This document summarizes a project on developing bioinspired algorithms for peer-to-peer (P2P) networks. The objectives were to improve scalability and fault tolerance of P2P networks using bioinspired algorithms. The project achieved its objectives through developing an evolvable agent architecture for self-organized connectivity in P2P networks and studying mechanisms for fault tolerance. It released its implementations under an open source license and had success disseminating results through publications, conferences and online networks.
Top mobile apps for Higher Education
This document discusses Courtney Mlinar's experience introducing mobile devices and apps at Nova Southeastern University's Health Professions Division Library. It describes how the library's iPad initiative began in 2009 and evolved over time. Mlinar shares the library's preparations, including collaborating with other institutions and training. The document outlines how the library's instruction has changed with a new focus on mobile apps and resources. It also examines different types of library apps and how to evaluate them. Mlinar provides examples of database, ebook, citation and other useful apps for medical education and concludes by encouraging librarians to explore the potential of mobile technologies.
Accessing royal society of chemistry resources and making chemistry mobile
Accessing royal society of chemistry resources and making chemistry mobileUS Environmental Protection Agency (EPA), Center for Computational Toxicology and Exposure
The ongoing drive towards mobile devices is now simply one of generic ubiquity. It is less an issue of whether a scientist has a mobile device but rather what brand, what generation and what apps do they have installed. Chemistry has fast been moving to mobile devices for a number of years now and today is it possible to draw chemical compounds, perform searches of databases both on device and in the cloud. Modeling of data using server based platforms is increasing in scope and capabilities. The Royal Society of Chemistry was early in recognizing the potential power of mobile platforms in terms to allowing scientists to access data and the benefits of such devices to allowing students access to data and content. This presentation will provide an overview of our efforts to date in supporting chemistry technologies on mobile devices and our recent developments in this domain.Mobile apps for chemistry in the world of drug discovery
Mobile apps for chemistry in the world of drug discoveryUS Environmental Protection Agency (EPA), Center for Computational Toxicology and Exposure
Mobile hardware and software technology continues to evolve very rapidly and presents drug discovery scientists with new platforms for accessing data and performing data analysis. Smartphones and tablet computers can now be used to perform many of the operations previously addressed by laptops or desktop computers. Although the smaller screen sizes and requirements for touch screen manipulation can present user interface design challenges, especially with chemistry related applications, these limitations are driving innovative solutions. In this early review of the topic, we collectively present our diverse experiences as software developer, chemistry database expert and naïve user, in terms of what mobile platforms may provide to the drug discovery chemist in the way of apps in the future as this disruptive technology takes off. Royal Society Chemistry and Mobile - Will Russell
The Royal Society of Chemistry has been involved in mobile development for several years. It has developed 6 mobile apps using different methods, such as third party builders, existing service providers, and bespoke hybrid development. The apps include ChemGoggles, NPU Alerts, and multiple versions of Chemistry World. Mobile is a priority as it allows the RSC to better serve readers and authors and gain new audiences. Ongoing challenges include supporting new devices, authentication, and maintaining apps over time as technologies change.
MLA Plenary Session IV - Bart Ragon
APIs allow programs to access and use data from other programs or services. Mashups combine data from multiple sources into a single application. The Semantic Web aims to make web content machine-readable so that software agents can process and understand it, enabling applications like automatically scheduling a patient's medical appointments based on preferences. Librarians should advocate for vendor APIs, create useful mashups, and prepare to contribute to the Semantic Web as standards mature.
Qualifying Online Information Resources for Chemists
Qualifying Online Information Resources for ChemistsUS Environmental Protection Agency (EPA), Center for Computational Toxicology and Exposure
This is a presentation I gave at the Library of Congress as part of a NFAIS/FLICC/CENDI meeting as outlined here: http://www.chemspider.com/blog/making-the-web-work-for-science-presentation-at-the-library-of-congress.html
The presentation provides an overview of some of the challenges the publishers face moving forward, how they are responding to it, how InChI is an enabling technology, how quality is important.Aiding Computer Aided Drug Design
Computer aided drug design (CADD) uses computational methods to simulate drug-receptor interactions. CADD is heavily dependent on bioinformatics tools like homology modeling, similarity searches, and physicochemical modeling. These "gears" can be aided by greasing them through easier collaboration between researchers using tools of Web 2.0 like Google Docs, mind maps, and slide sharing to integrate CADD gears. Gaming consoles like the PS3 are also being explored as affordable clusters for CADD applications.
Utilizing ChemSpider As A Platform For Education And Exposure Of Student Data...
Utilizing ChemSpider As A Platform For Education And Exposure Of Student Data...US Environmental Protection Agency (EPA), Center for Computational Toxicology and Exposure
The document discusses using the ChemSpider platform to engage students in curating and contributing chemical structure data. It outlines how students could help by checking spectra data, playing identification games, uploading their own spectra from research projects, and depositing structures. Contributions would be peer reviewed and DOI indexed. The goal is to build ChemSpider into a premier open chemistry database while providing educational benefits to students.BD2K and the Commons : ELIXR All Hands
ELIXR All Hands Meeting : Barcelona, SPAIN - March 2016
https://www.elixir-europe.org/events/elixir-all-hands-2016
Embracing Social Software And Semantic Web In Digital Libraries
1) The document discusses social software and semantic web technologies in digital libraries based on a literature review. It describes various social software tools and their usage in research libraries.
2) It also discusses recommendations and challenges regarding personalization in digital libraries, including modeling users, balancing personal and community needs, and evaluating social effects.
3) The use of open source systems like WordPress to customize digital library interfaces is presented, along with issues in managing library data and skills.
4) Examples of mobile social software and semantic digital libraries are provided, with definitions and differences between conventional and semantic digital libraries.
eScience: A Transformed Scientific Method
The document discusses the concept of eScience, which involves synthesizing information technology and science. It explains how science is becoming more data-driven and computational, requiring new tools to manage large amounts of data. It recommends that organizations foster the development of tools to help with data capture, analysis, publication, and access across various scientific disciplines.
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Mobile Chemistry and the SciMobileApps Wiki OCTOBER 2011 VERSION
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Linking chemistry: wider lessons for how we publish research
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Crediting informatics and data folks in life science teams
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Accessing royal society of chemistry resources and making chemistry mobile
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Chemistry in your hand. Using mobile devices to access public chemistry compound data
- 1. Chemistry in your hand. Using mobile devices to access public chemistry compound data Antony Williams
- 16. Chemical Structure Drawing ChemJuice
- 17. Chemical Structure Drawing ChemJuice Linked to YouTube Content
- 18. Chemical Structure Drawing Mobile Molecular Datasheet
- 19. Chemical Structure Drawing Mobile Molecular Datasheet
- 21. Chemical Structure Drawing Molpad on Android
- 27. General Reactions (iPhone App)
- 28. Reactions
- 31. Large Molecules? (iPhone App)
- 33. Mobile Chemistry Article http://tinyurl.com/294b6lb
- 34. Thank you Email: williamsa@rsc.org Twitter: ChemConnector Blog: www.chemspider.com/blog Personal Blog: www.chemconnector.com SLIDES: www.slideshare.net/AntonyWilliams