The Dire State of News Archiving in the Digital Age
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Idaho Highway Wildlife Mortality
Idaho Highway Wildlife Mortality A. James Frankman Abstract—Idaho wildlife mortalities on highways and roads is tracked by the Idaho Fish and Game and the data is made available to the general public through an API called IFWIS Core. While the data supplied does offer species information and geographic coordinates, it can be difficult to organize and understand. This paper will attempt to organize and present this data in visual form using Google Maps and Visualizations APIs to show facets of wildlife mortality in Idaho by density of occurance, time of year, and species variety Index Terms—Information Visualization, Idaho Fish and Game, IFWIS Core, road kill, wildlife mortality, Google Visualization API. 1 INTRODUCTION Amongst the rural communities throughout the United States, the only shows 250 of the latest observations, the density of markers on attrition of wildlife by highway collision is a common occurrence. the map make it difficult to distinguish individual incidents. In an effort to better track and understand wildlife collisions occurrences, the Idaho Fish and Game tracks highway collisions that have occurred since 2001. This data can be useful and relevant to several areas of study. First, understanding how and where collisions occur can help prevent traffic accidents. According to the National Highway Traffic Administration 4% of all traffic accidents in the United States are collisions with wildlife[1]. The collisions with wildlife on U.S. roads and highways represent a significant safety concern to motorists. Besides the risks posed to motorists, the affect on wildlife populations is also significant. America’s wildlife is a natural resource, and highway collisions have a negative impact on wildlife populations. -
Appraisal Talk in Web Archives Ed Summers
Appraisal Talk in Web Archives ed summers ABSTRACT The Web is a vast and constantly changing information landscape that by its very nature seems to resist the idea of the archive. But for the last 20 years, archivists and technologists have worked together to build systems for doing just that. While technical infrastructures for performing web archiving have been well studied, surprisingly little is known about the interactions between archi- vists and these infrastructures. How do archivists decide what to archive from the Web? How do the tools for archiving the Web shape these decisions? This study analyzes a series of ethnographic interviews with web archivists to understand how their decisions about what to archive function as part of a community of practice. It uses critical discourse analysis to examine how the participants’ use of language enacts their appraisal decision-making processes. Findings suggest that the politics and positionality of the archive are reflected in the ways that archivists talk about their network of personal and organizational relationships. Appraisal decisions are expressive of the structural relationships of an archives as well as of the archivists’ identities, which form during mentoring relationships. Self-reflection acts as a key method for seeing the ways that interviewers and interviewees work together to construct the figured worlds of the web archive. These factors have implications for the ways archivists communicate with each other and interact with the communities that they document. The results help ground the encounter between archival practice and the architecture of the Web. Archivaria The Journal of the Association of Canadian Archivists Appraisal Talk in Web Archives 71 RÉSUMÉ Le Web est un paysage informationnel vaste et en changement constant qui, par sa nature même, semble s’opposer à l’idée de l’archive. -
Lost in the Infinite Archive: the Promise and Pitfalls of Web Archives
1 Lost in the Infinite Archive: The Promise and Pitfalls of Web Archives The Web is having a dramatic impact on how we research and understand the recent past. Historians, who have long laboured under conditions of source scarcity – we wish we had more information about the past, but it was not recorded or preserved – are now confronted with primary sources on a scale that defies both conventional methodologies and standard computational methods.1 Web archives offer profound promise. Take a comparative example. The Old Bailey Online describes its holdings of 197,745 trials between 1674 and 1913 as the ‘largest body of texts detailing the lives of non-elite people ever published’.2 The web archive of GeoCities, a platform for web publishing that operated from the mid-1990s to the early 2000s, amounts to over 38 million pages. Eventually, historians will have access to billions of such sources written by people of various classes, genders, ethnicities, and ages. While the World Wide Web is not a perfect democracy, by any means and any of the categories listed above, it still represents a massive shift. As a result, web archives exemplify this conundrum and represent challenge as well as opportunity. What information do we want to access? How was the information collected? How do national boundaries intersect with the realm of the Internet? What are the implications of working with such large archives, collected without the informed consent or even knowledge of the overwhelming majority of contributors? These are pressing concerns. For the most part, historians cannot write histories of the 1990s unless they use web archives: with them, military historians will have access to the voices of rank-and- file soldiers on discussion boards; political historians, to blogs, the cut and thrust of 2 websites, electoral commentary and beyond; and of course, social and cultural historians, to the voices of the people on a scale never before possible. -
CHELLY JIN I'm a Designer Synthesizing Data, Technology, and Art to Illustrate Narratives Through Interactive Multimedia and Creative Research
CHELLY JIN I'm a designer synthesizing data, technology, and art to illustrate narratives through interactive multimedia and creative research. I believe in the application of design thinking and methodology to develop collaborative, innovative solutions. Specializing in UI/UX, interaction design, data visualization, VR application, web development, and design research methods with a background in graphic design. [email protected] | www.chellyj.in | 832.205.7183 SKILLS Creative Coding Data Visualization Video Virtual Reality HTML & CSS Tableau Premiere Pro Unity Javascript Google Fusion Tables Cinematography C# Processing Production p5.js Illustration and Image Illustrator Motion and 3D UI / UX Photoshop After Effects Sketch Photography Cinema 4D Maya [email protected] | www.chellyj.in | 832.205.7183 Perf board / Arduino setup fishing line hardware cloth wire lanterns 6 ft 6 ft PROJECT Senior Project Captsone 2018 HYPNAGOGIA TOOLS Hypnagogia is the liminal state between consciousness and dream, a transitional flow that occurs in the mind. Arduino, Processing, Installation This installation and video piece illustrates the hypnagogic duality with lights orchestrated by her conscious- making and hardware circuitry, Video editing in Adobe Premiere ness, using EEG brainwave sensors, as the artist reveals her subconsciousness, by reading aloud the dreams Pro, Book / print design she's written down from the past six years. on Adobe InDesign, [email protected] | www.chellyj.in | 832.205.7183 PROJECT NASA Jet Propulsion Laboratory MERIDIAN Data Visualization Intern Project Telemetry data visualization system for NASA Jet Propulsion Lab's Mars Exploration Rover (MER) team for TOOLS the rover, Opportunity. Meridian visualizes optimal orientations of the rover for the maximum available data Sketch , Adobe Illustrator, Paperprototyping, Javascript transfer over time with decision-making tools. -
Vendor Contract
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Google-Forms-Table-Input.Pdf
Google Forms Table Input Tutelary Kalle misconjectured that norepinephrine picnicking calligraphy and disherit funnily. Inventible and perpendicular Emmy devilling her secureness overpopulating smokelessly or depolarize uncontrollably, is Josh gnathonic? Acidifiable and mediate Townie sneak slubberingly and single-foot his avowers high-up and bloodthirstily. You can use some code, but use this quantity is extremely useful at url and input table Google Forms Date more Time Robertorecchimurzoit. How god set wallpaper a Google Sheet insert a reliable data represent Data. 25 practical ways to use Google Forms in class school Ditch. To read add any question solve a google form using the plus button and wire change our question new to complex choice exceed The question screen shows Rows OptionsAnswer and Columns TopicQuestion that nothing be added in significant amount of example below shows a three-row otherwise four-column point question. How about insert text table in google forms for matrices qustions. Techniques using Add-ons Formulas Formatting Pivot Tables or Apps Script. Or the filetype operator Google searches a sequence of file formats see the skill in. To rest a SQLish syntax in fuel cell would return results from a such in Sheets. Google Form Responses Spreadsheet Has Blank Rows or No. How to seduce a Dynamic Chart in Google Newco Shift. My next available in input table, it against it with it and adds instrument to start to auto populate a document? The steps required to build a shiny app that mimicks a Google Form. I count a google form complete a multiple type question. Text Field React component Material-UI. -
Studying and Documenting Web Archives Provenance Emily Maemura, Phd Candidate Faculty of Information, University of Toronto Netlab Forum February 27, 2018 the Team
If These Crawls Could Talk: Studying and Documenting Web Archives Provenance Emily Maemura, PhD Candidate Faculty of Information, University of Toronto NetLab Forum February 27, 2018 The Team Nich Worby Christoph Becker Ian Milligan Librarian, Assistant Professor Associate Professor, Web Archivist Director, Digital Curation Institute Digital Historian Emily Maemura Doctoral Candidate brought together through the Digital Curation Institute McLuhan Centenary Fellowship in Digital Sustainability 2016-17 and supported by SSHRC Number of Pages per Domain, Canadian Political Parties Collection, 2005-2015 http://lintool.github.io/warcbase/vis/crawl-sites/ Pages from “policyalternatives.ca” Sept. 2007 - Nov. 2009 Dec. 2009 - May 2015 over 200.000 less than 50.000 pages per crawl pages per crawl How are web archives made and used? How can we document or communicate this? Creating web archives Using web archives As a web archivist... As a researcher… What do I need to document What do I need to ask about for researchers using this data to have confidence in web archives material? the analysis and findings? Researcher Perspective: “Web Archives Research Objects” Maemura, Milligan, Becker, 2016. Understanding computational web archives research methods using research objects, Computational Archival Science Workshop at IEEE Big Data 2016 http://hdl.handle.net/1807/74866 How are web archives used by researchers? Can shared conceptual frameworks of research methods used with Web Archives collections help to systematize practices, advance the field, -
On the Security of Single Sign-On
On the Security of Single Sign-On Vladislav Mladenov (Place of birth: Pleven/Bulgaria) [email protected] 30th June 2017 Ruhr-University Bochum Horst G¨ortz Institute for IT-Security Chair for Network and Data Security Dissertation zur Erlangung des Grades eines Doktor-Ingenieurs der Fakult¨atf¨urElektrotechnik und Informationstechnik an der Ruhr-Universit¨atBochum First Supervisor: Prof. Dr. rer. nat. J¨org Schwenk Second Supervisor: Prof. Dr.-Ing. Felix Freiling www.nds.rub.de Abstract Single Sign-On (SSO) is a concept of delegated authentication, where an End- User authenticates only once at a central entity called Identity Provider (IdP) and afterwards logs in at multiple Service Providers (SPs) without reauthenti- cation. For this purpose, the IdP issues an authentication token, which is sent to the SP and must be verified. There exist different SSO protocols, which are implemented as open source libraries or integrated in commercial products. Google, Facebook, Microsoft and PayPal belong to the most popular SSO IdPs. This thesis provides a comprehensive security evaluation of the most popular and widely deployed SSO protocols: OpenID Connect, OpenID, and SAML. A starting point for this research is the development of a new concept called malicious IdP, where a maliciously acting IdP is used to attack SSO. Generic attack classes are developed and categorized according to the requirements, goals, and impact. These attack classes are adapted to different SSO proto- cols, which lead to the discovery of security critical vulnerabilities in Software- as-a-Service Cloud Providers, eCommerce products, web-based news portals, Content-Management systems, and open source implementations. -
NET ART 2 Eng 3.Indd
)LUVWSXEOLVKHGLQ&]HFK5HSXEOLFE\3DVWLFKH)LOP]]V2ORPRXFZLWKWKH¿QDQFLDO support of the Ministry of Culture of the Czech Republic. ISBN 978-80-87662-07-6 (1st English edition) ISBN 978-80-87662-06-9 (1st Czech edition) 2nd English edition, print-on-demand ISBN 978-80-87662-24-3 (colour) ISBN 978-80-87662-23-6 (reduced black & white version) Selection © Marie Meixnerová, 2014 Translation © Helena Fikerová, Barbora Greplová, Magda Hrabálková, Marie Meixnerová, 0LFKDHODâWDɣRYi &RYHU5DGLP0ČVtF PAF, z.s. and Link Editions, 2019 The print-on-demand version is printed and distributed by: Lulu.com www.lulu.com ISBN 978-80-87662-24-3 #mm Net Art—Internet Art in the Virtual and Physical Space of Its Presentation Internet art (Net art) is perceived as an important area of contemporary art that has become the subject of scholarly interest. In the course of its more WKDQWZHQW\¿YH\HDUKLVWRU\LWKDVFKDQJHGFRQVLGHUDEO\DQGWKHYDULRXV approaches of theoreticians, critics and authors towards Internet art have DOVRGHYHORSHG7KLVHQVXUHVWKDWDGH¿QLWHDQVZHUWRWKHTXHVWLRQÄ:KDWLV Net art?“ is impossible. Does Net art represent immaterial art that can only be displayed in the online environment? Does its name refer to the medium it uses, such as Video art or /DQGDUW GH¿QLWLRQE\PHGLXP ",VLWWKHDUWRIÄ1HWL]HQV³WKHLQKDELWDQWVRI WKH,QWHUQHW VRFLRFXOWXUDOGH¿QLWLRQ "'RHVLWFRQFHUQWKHFROOHFWLYHSURFHVV DUWZRUNVDQGVRFLDOVFXOSWXUHVPDGHHYHQEHIRUHWKHDGYHQWRIWKH:RUOG :LGH:HE"&DQZHLQFOXGHDWZHHWRUDVWHHOSLSHJDOOHU\LQVWDOODWLRQLQVSLUHG by the Internet under its heading? Is Net art synonymous with Net.art and networked art? Is it an art movement or an art form? Does Net art represent a historical period of contemporary art? This book aims to provide a starting SRLQWLQWKHVHDUFKIRUDQVZHUVWRWKHVHDQGVLPLODUTXHVWLRQVFRQFHUQLQJWKH existence of Internet art. The choice of essays in the anthology #mm Net Art—Internet Art in the Virtual and Physical Space of Its Presentation was based on my professional experience. -
Using Cloud Technologies to Complement Environmental Information Systems
EnviroInfo 2013: Environmental Informatics and Renewable Energies Copyright 2013 Shaker Verlag, Aachen, ISBN: 978-3-8440-1676-5 Using Cloud Technologies to Complement Environmental Information Systems Thorsten Schlachter 1, Clemens Düpmeier 1, Rainer Weidemann 1, Renate Ebel 2, Wolfgang Schillinger 2 Abstract Cloud services can help to close the gap between available and published data by providing infrastructure, storage, services, or even whole applications. Within this paper we present some fundamental ideas on the use of cloud services for the construction of powerful services in order to toughen up environmental information systems for the needs of state of the art web, portal, and mobile technologies. We include uses cases for the provision of environmental information as well as for the collection of user generated data. 1. Introduction Governmental authorities in Europe are committed to actively provide environmental information for the general public (EU 2003). For that reason a lot of environmental information systems (EIS) exist which mostly provide their environmental information for web browsers at desktop computers. Only some EIS additionally offer specialized web services or even implement service oriented architectures which can be used by mobile applications. But the provision of standardized interfaces and services has become an in- creasingly important issue since most environmental portals and mobile apps depend on data queries and services. From the perspective of environmental authorities and operators of EIS adding cloud technologies to their own web infrastructure can address issues like high availability, performance and scalability of ser- vices. The possibilities to re-use or combine data (e.g. data mashups) from different cloud services can add value to existing applications or even can create new ones. -
Google Fusion Tables Tutorial: Displaying Facilities in Discharge Monitoring Reports (DMR)
Drew University – Spatial Data Center Geographic Information Systems 2014-2015 Tutorial, EPA TRI University Challenge Google Fusion Tables Tutorial: Displaying Facilities in Discharge Monitoring Reports (DMR) This tutorial will introduce you to the following: Obtaining Data from EPA – DMR, and relevant base map materials Mapping DMR quantitative attributes Creating webmaps for sharing DMR results Part 1: Obtaining DMR Data Discharge Monitoring Reports are an excellent source of data to begin to understand the sources and impacts of water pollution. Navigate to the Discharge Monitoring Report (DMR) Pollutant Loading Tool website: http://cfpub.epa.gov/dmr/. Click the EZ Search tab, and select the appropriate searches for your project. For example, to study discharges in the Delaware River Basin, first choose the year, then Major Watershed > Delaware River Basin. It takes a few moments. When the data are returned you have several options for downloads. Facilities are a great choice for examining spatial data, because all facilities contain geographic information (Lat/Long) that you can map. You might choose facility emissions in pounds or in Toxic-Weighted Pounds (TWPE), then click download all data. When you have the option, save the file (.csv) to your computer. This also may take some time to download. Drew University – Spatial Data Center 1 Drew University – Spatial Data Center Geographic Information Systems 2014-2015 Tutorial, EPA TRI University Challenge Part 2: Mapping DMR Quantitative Attributes Step 1: Edit Downloaded Data After your .csv file downloads, open it to see what is contains. It should automatically open in Excel. The current format is not suitable as an input in Google Fusion. -
Understanding Computational Web Archives Research Methods Using Research Objects
Understanding Computational Web Archives Research Methods Using Research Objects Emily Maemura, Christoph Becker Ian Milligan Digital Curation Institute Department of History University of Toronto University of Waterloo Toronto, Canada Waterloo, Canada [email protected], [email protected] [email protected] Abstract—Use of computational methods for exploration and traditionally focused on close readings of source materials analysis of web archives sources is emerging in new disciplines are moving to the use of distant reading methods [2]. such as digital humanities. This raises urgent questions about We highlight three critical factors to be considered for how such research projects process web archival material using computational methods to construct their findings. humanities researchers using web archives: This paper aims to enable web archives scholars to document 1) interrogating sources. – Understanding how these web their practices systematically to improve the transparency of their methods. We adopt the Research Object framework to archives collections were created is key to judging characterize three case studies that use computational methods the adequacy, appropriateness and limitations of the to analyze web archives within digital history research. We then source material. discuss how the framework can support the characterization 2) understanding new methods. – The use of emerging of research methods and serve as a basis for discussions of computational methods is a key prerequisite to work- methods and issues such as reuse and provenance. The results suggest that the framework provides an effective ing with large scale data sets. conceptual perspective to describe and analyze the computa- 3) transparency of the research process. – Findings are tional methods used in web archive research on a high level dependent on the validity of the computational pro- and make transparent the choices made in the process.