Introduction

Total Page:16

File Type:pdf, Size:1020Kb

Introduction 1 INTRODUCTION This is a book about search. It is concerned with how search, searching, and with them search engines have become so widely used that we have stopped noticing them. It is thus more accurately a book about invisible search. One of society’s key infrastructures for knowing and becoming informed is computerised systems sup- porting the search for and locating of documents and information. The use of these systems, search engines, is curiously dispersed and centralised at the same time. It is dispersed across a vast array of social practices in which it has acquired close to nat- uralised positions (Hillis et al. 2013), while it is commercially and technically cen- tralised and controlled by a handful of very dominant companies, especially one extremely powerful global player, Google. In the course of this, we can call it double movement, search has all but vanished from sight. Invisibility is often highlighted as one of the key features of an infrastructure (Star 1999) and clearly, in this sense it is safe to say that search engines are a fundamental information infrastructure. Yet, what does that mean more specifically? How do people deal with search engines? How do we research their use and which strands of previous research help us understand this all-encompassing, increasingly invisible information infrastructure? With digital tools now permeating most aspects of society, the use of search engines has become integral to everyday life on many levels. Searching for recipes or the bus timetable, for medical advice, for old neighbourhood photos or the weather report, searching for work-related documents, legal guidance or for the whereabouts of former colleagues, all this is done instantaneously on the same interface and using the same devices, thus inscribing itself into various parts of life. Search permeates myriads of social practices and everyday life at all levels, but it often remains invisible. It appears to be simple and is done effortlessly. Yet, this effortless simplicity with which online search intersects with everyday life in so many different situations conceals an astounding complexity. Accordingly, various strands of research traditions have for a long time been dealing with different 2 Introduction aspects of search and search engines. In fact, an entire set of considerations comes to the fore relating to issues such as the ways in which social practices are inte- grated with technology, with understanding what information might be and do in a certain situation, how to make sense of it in a specific context in relation to search technology, or in which ways to trust or question it. Furthermore, being searchable is today not only often seen as a feature of information, but information is also moulded to fit the shape provided by the tools used for searching for it, and, more often than not, this is a web search engine (Gillespie 2017; Haider 2014; Kallinikos et al. 2010). Inversely, this also means that information that is not pro- duced in conformity with the rules laid down by dominant search engines gets buried and is made less visible (Mulligan & Griffin 2018, pp. 569–570). Ultimately this – we can call it search-ification – of everyday life relates to the ways in which an increasingly invisible information infrastructure is entangled across culture and its practices and to what means we have at our disposal for understanding and making sense of these entanglements (see also Sundin et al. 2017). To look for, find, or retrieve information has always been one of the central concerns of libraries, as for information science, and at least since the 1940s and 1950s information science has been concerned with search in computerised systems more specifically. In a narrow sense and when the focus is on technical systems, the field is called information retrieval. In a broader sense and with a focus on people, it is often referred to as information behaviour. More colloquially, talk is of (online) searching or searching for information. Accordingly, these days society’s most important information retrieval systems are simply called search engines. Looking for mediated information is mostly done online and arbitrated by the various tools and devices that people carry with them on a daily basis. In addition, various algorithms and not least economic interests organise search. This way, search engines contribute to structuring private as much as professional lives and public and personal memories in ways that might not be immediately obvious. This search-ification of everyday life is also connected to the fact that con- temporary general-purpose web search engines are by most measures easy to use and return in most cases results that are experienced as useful. What used to be complicated-to-use information retrieval systems, integrated with expensive (for users) databases designed for specific professional groups and frequently queried by information professionals or librarians, have for many turned into an unassuming query box or are integrated into a mobile phone by voice recognition via virtual personal assistants. Full-text searches across an enormous and ever-growing index are carried out at a speed that makes them appear to be almost instantaneous. Neither professional education, knowledge of query languages, nor controlled vocabularies are needed to query a general-purpose web search engine and to do so in a way that is adequate for most purposes. No subscriptions are required to use them. In fact, they are increasingly seen to replace specialised retrieval systems or these have begun to emulate general-purpose search engines in order to appear user-friendly. As using search engines and doing so proficiently became feasible for the general public, searching became not only inserted into all kinds of social Introduction 3 practices, but was also de-professionalised. We propose to call this the mundane-ifi- cation of search (Sundin et al. 2017). Using search engines is now just another ordinary activity, hard to discern and increasingly difficult to study and also teach. This is not least due to the way that the technical workings of the system have become increasingly opaque to users the simpler to use a search engine appears. This is amplified by the fact that control over this crucial information infrastructure is in the hands of commercial organisa- tions whose business model is based on their having full control over their index (database), their algorithms and their user data and whose “core unit of exchange” is traffic (van Couvering 2008, p. 177). Everyday life and social practices This book is framed around the notion of everyday life. A focus on everyday life is quite common in order to subsume all kinds of practices, behaviours, and periods that are not related either to education or the workplace. Obviously, this can per- tain to extremely different situations and thus play out differently when related to search. Everyday life is a fundamentally temporal notion (Adam 1995). Its emer- gence and meaning is closely connected to industrialisation and to the structuring of production in capitalist society and in particular of the welfare state (Nowotny 1994). Everything is tightly structured, negotiated, and controlled by the rules of the market and of work, in terms of holidays, protected working time per week or day, shifts, overlay time, weekends, and so on. The advent of the notion of everyday life is also part of a shift from a focus on production to one on con- sumption, which makes possible and also requires non-working time con- ceptualised as leisure time or quality time and importantly also as time for consumption. Only when we think of time as something that can be subject to commodification, which it is in capitalist society, does the concept of everyday life make sense. “Everyday life has become the bracket combining work and so-called free time; the private ‘spending of time’ and the public spending form a new combination in everyday life”, writes Helga Nowotny (1994, p. 103) and she continues: “The great public institutions of the state and the economy, and their temporal perspectives, are confronted with the temporal perspectives of the citizens and employees, the economic subjects”. In information science, time is an under- theorised notion and Reijo Savolainen called already in 2006 (p. 124) for the “need to develop a research agenda in order to approach the temporal issues of information seeking more systematically”. Search engines are one of today’s most important information and communication technologies and clearly their enor- mous presence has implications not only for how we think of time but also for how we think, experience, and practice time. Talking of different temporal perspectives that meet and collide, opens up for an understanding of everyday life that is more attuned to the intermingling of differ- ent structures of control, of various allegiances and demands than to a pre- dominantly chronological notion, where one period follows after the other. 4 Introduction Rather, the illusive concept of everyday life can be understood as something that is part of all life in different ways and not necessarily clearly distinguished from that which is “not everyday life”. We can think of it as reaching into situations and periods of, for instance, work or education or participation in civic life. Helga Nowotny (1994) talks of the increasing blurring of the boundaries between public and private time in the phenomenon of everyday life. Interestingly for our inves- tigation, she also identifies a related change in human perceptions of time that she discusses in relation to the ubiquity and dominance of communication technology in contemporary society. While work is sometimes conceptually distinct from everyday life as its negative and defining anti-thesis, it is also part of people’s everyday life in a more common-sense understanding.
Recommended publications
  • Corpora: Google Ngram Viewer and the Corpus of Historical American English
    EuroAmerican Journal of Applied Linguistics and Languages E JournALL Volume 1, Issue 1, November 2014, pages 48 68 ISSN 2376 905X DOI - - www.e journall.org- http://dx.doi.org/10.21283/2376905X.1.4 - Exploring mega-corpora: Google Ngram Viewer and the Corpus of Historical American English ERIC FRIGINALa1, MARSHA WALKERb, JANET BETH RANDALLc aDepartment of Applied Linguistics and ESL, Georgia State University bLanguage Institute, Georgia Institute of Technology cAmerican Language Institute, New York University, Tokyo Received 10 December 2013; received in revised form 17 May 2014; accepted 8 August 2014 ABSTRACT EN The creation of internet-based mega-corpora such as the Corpus of Contemporary American English (COCA), the Corpus of Historical American English (COHA) (Davies, 2011a) and the Google Ngram Viewer (Cohen, 2010) signals a new phase in corpus-based research that provides both novice and expert researchers immediate access to a variety of online texts and time-coded data. This paper explores the applications of these corpora in the analysis of academic word lists, in particular, Coxhead’s (2000) Academic Word List (AWL). Coxhead (2011) has called for further research on the AWL with larger corpora, noting that learners’ use of academic vocabulary needs to address for the AWL to be useful in various contexts. Results show that words on the AWL are declining in overall frequency from 1990 to the present. Implications about the AWL and future directions in corpus-based research utilizing mega-corpora are discussed. Keywords: GOOGLE N-GRAM VIEWER, CORPUS OF HISTORICAL AMERICAN ENGLISH, MEGA-CORPORA, TREND STUDIES. ES La creación de megacorpus basados en Internet, tales como el Corpus of Contemporary American English (COCA), el Corpus of Historical American English (COHA) (Davies, 2011a) y el Visor de Ngramas de Google (Cohen, 2010), anuncian una nueva fase en la investigación basada en corpus, pues proporcionan, tanto a investigadores noveles como a expertos, un acceso inmediato a una gran diversidad de textos online y datos codificados con time-code.
    [Show full text]
  • Copyright Reform in the EU: Grappling with the Google Effect
    Copyright Reform in the EU: Grappling with the Google Effect Annemarie Bridy Sweeping changes are coming to copyright law in the European Union. Following four years of negotiations, the European Parliament in April 2019 approved the final text of the Digital Single Market Directive (DSMD).1 EU member states now have two years to transpose its provisions intodomestic law. The new directive, which is the most substantial change to EU copyright law in a generation, contains provisions for enhancing cross-border access to content available through digital subscription services, enabling new uses of copyrighted works for education and research, and, most controversially, ‘clarifying’ the role of online services in the distribution of copyrighted works. The provisions associated with the last of these goals—Article 15 (the ‘link tax’) and Article 17 (‘upload filters’) take aim directly at two services operated by Google: Google News and YouTube. Article 15 is intended to provide remuneration for press publishers when snippets of their articles are displayed by search engines and news aggregators.2 Article 17, which this article takes for its subject, is intended to address the so-called ‘value gap’—the music industry’s longstanding complaint that YouTube undercompensates music rightholders for streams of user videos containing claimed copyrighted content.3 The text of the DSMD nowhere mentions YouTube, but anyone versed in the political economy of digital copyright knows that Article 17 was purpose-built to make YouTube pay. The important questions to ask in the wake of Article 17 are who else will pay—and in what ways. This article offers a focused examination of Article 17 as public law created to settle a private score between the music industry and YouTube.
    [Show full text]
  • Contents Libraries and Google
    Waller http://www.uic.edu/htbin/cgiwrap/bin/ojs/index.php/fm/article/viewArt... First Monday, Volume 14, Number 9 - 7 September 2009 HOME ABOUT LOG IN REGISTER SEARCH CURRENT ARCHIVES SUBMISSIONS Home > Volume 14, Number 9 - 7 September 2009 > Waller This article explores the implications of a shift from public to private provision of information through focusing on the relationship between Google and public libraries. This relationship has sparked controversy, with concerns expressed about the integrity of search results, the Google Book project, and Google the company. In this paper, these concerns are treated as symptoms of a deeper divide, the fundamentally different conceptions of information that underpin the stated aim of Google and libraries to provide access to information. The paper concludes with some principles necessary for the survival of public libraries and their contribution to a robust democracy in a rapidly expanding Googleverse. Contents Libraries and Google The romance phase: ‘We have everything in common’ Cracks appear in the relationship Reality check: ‘We want different things’ The word ‘information’ Conclusion: Negotiating a healthy relationship Libraries and Google ‘To google’ has become a household verb, meaning “to search for information on the Internet.” [1] In the month of April 2008, Google handled 5.1 billion queries in the U.S. alone [2]. Its market share is almost 90 percent in the U.K. and Australia [3], 80 percent in Europe [4] and 70 percent in the United States [5]. By 2004 Google had indexed eight billion pages; in 2006 Google claimed to have worked out how to index billions more [6].
    [Show full text]
  • The Google Effect: Transactive Memory
    GENERATION AND THE GOOGLE EFFECT: TRANSACTIVE MEMORY SYSTEM PREFERENCE ACROSS AGE by JESSICA SILER A thesis submitted in partial fulfillment of the requirements for the Honors in the Major Program in Psychology in the College of Sciences and in the Burnett Honors College at the University of Central Florida Orlando, Florida Summer Term 2013 Thesis Chair: Dr. Peter A. Hancock ABSTRACT A transactive memory system (TMS) is a means by which people may store information externally; in such a system the task of remembering is offloaded by remembering where information is located, rather than remembering the information itself. As Sparrow et al. (2011) suggest in the article Google Effects on Memory: Cognitive Consequences of Having Information at Our Fingertips, people are beginning to use the internet and computers as a TMS, and this use is changing the way people encounter and treat information. The purpose of this thesis is to investigate whether preference for TMS type (either with books or with computers) varies across age groups. An interaction between TMS preference and age was hypothesized. Before the onset of the internet age, information was primarily found in books and other print materials whereas now the internet is more frequently used, thus this shift in thinking and habit across generations was expected to emerge in the data. The study yielded a total of 51 participants, 32 from the young age group (ages 18-24) and 19 from the old (ages 61-81). A modified Stroop task and question blocks (for priming purposes) were employed to examine whether people are prone to think of book- or computer-related sources when in search of information.
    [Show full text]
  • Cloud Computing Bible Is a Wide-Ranging and Complete Reference
    A thorough, down-to-earth look Barrie Sosinsky Cloud Computing Barrie Sosinsky is a veteran computer book writer at cloud computing specializing in network systems, databases, design, development, The chance to lower IT costs makes cloud computing a and testing. Among his 35 technical books have been Wiley’s Networking hot topic, and it’s getting hotter all the time. If you want Bible and many others on operating a terra firma take on everything you should know about systems, Web topics, storage, and the cloud, this book is it. Starting with a clear definition of application software. He has written nearly 500 articles for computer what cloud computing is, why it is, and its pros and cons, magazines and Web sites. Cloud Cloud Computing Bible is a wide-ranging and complete reference. You’ll get thoroughly up to speed on cloud platforms, infrastructure, services and applications, security, and much more. Computing • Learn what cloud computing is and what it is not • Assess the value of cloud computing, including licensing models, ROI, and more • Understand abstraction, partitioning, virtualization, capacity planning, and various programming solutions • See how to use Google®, Amazon®, and Microsoft® Web services effectively ® ™ • Explore cloud communication methods — IM, Twitter , Google Buzz , Explore the cloud with Facebook®, and others • Discover how cloud services are changing mobile phones — and vice versa this complete guide Understand all platforms and technologies www.wiley.com/compbooks Shelving Category: Use Google, Amazon, or
    [Show full text]
  • 1 Indian Council of Medical Research New Delhi
    Volume 7 , No. 4 October–December 2010 INDIAN COUNCIL OF MEDICAL RESEARCH NEW DELHI 1 Google: impact on Libraries EDITORIAL BOARD MEMBERS EDITOR Dr. K Satyanarayana Dr. K V Ratnakar Dr. Rashmi Arora Dr. Chandrashekhar ASST. EDITOR Dr. D.K. Shukla Dr. Vijay Kumar Shri R K Pandey TECHNICAL SUPPORT Smt. Suresh Arora Shri Praveen Kumar Shri Laxman Singh Shri Satish Chandra Shri Avinash Kumar Rajesh Shri Ayekpam surbanta Meitei Shri Maneesh Patel Shri Yogesh Kumar Published by Indian Council of Medical Research V.Ramalingaswami Bhawan, Ansari Nagar, New Delhi-110029 2 3 Contents 1. Google: impact on Libraries…………. 2. New Arrivals………………………………. 3. News………………………………………… 4 Google: impact on Libraries Abstract The many ethical questions relating to Google and library values cannot all be addressed in a single article. The value of Google is Universal evident. The increased popularity of Google search engine in the daily routine in one's workplace and in the academic information seeking process is undeniable. 'Googling' challenges the traditional skills of librarians as information providers and the role of library and information service provision in the digital era. This paper seeks to show that elements essential to Google‟s success can be mapped directly to certain traditional library values. Because of this focus, most of the examples given here will indicate a positive correlation. Introduction Only now in the bright light of the Google Era do ways to use Google. It is now routine for the we see how dim and gloomy our pregooglian world romantically savvy to Google a prospective date. In was. In the distant future, historians will have a the dot-com world, nothing stays the same for long, common term for the period prior to the appearance of and it's not clear that Google will forever maintain its Google: the Dark Ages.
    [Show full text]
  • DIGITAL AMNESIA Why We Need to Protect What We No Longer Remember
    THE RISE AND IMPACT OF DIGITAL AMNESIA Why we need to protect what we no longer remember Key findings from the study include: • Across the United States, the study shows that an overwhelming EXECUTIVE number of consumers can easily admit their dependency on the Internet and devices as a tool for remembering. Almost all (91.2%) of those surveyed agreed that they use the Internet as The results suggest a direct an online extension of their brain. Almost half (44.0%) also admit SUMMARY link between data available that their smartphone serves as their memory–everything they at the click of a button and need to recall and want to have easy access to is all on it. a failure to commit that data to memory. Kaspersky Lab • In addition, many consumers are happy to forget, or risk has termed this phenomenon forgetting information they can easily find–or find again- Digital Amnesia: the online. When faced with a question, half of U.S. consumers experience of forgetting would turn to the Internet before trying to remember and 28.9% information that you trust would forget an online fact as soon as they had used it. a digital device to store and remember for you. • Although dependence on devices appears high, when asked, most participants could phone the house they lived in at 15 (67.4%) as well as their partners (69.7%), children (34.5%), and place of work (45.4%). They could not however call their siblings (44.2%), friends (51.4%), or neighbors (70.0%) without first looking up the number.
    [Show full text]
  • The Google Effect
    The Google Effect DRIVE PERFORMANCE BY FOLLOWING THE LEADER JOHN FREHSE Google does one thing, and they do it very well. It is hard to see clear- ly what this singular task is however as we are busy talking about their Labor Strategy Expertise; products and the great perks employees get for working there. Whether Employee Engagement it is through Google Search, Gmail, YouTube, or any other platform they & Cost Reduction Focus own, Google consistently does the same thing: They provide access to in- formation in a useful format. It’s that simple. The problem is that your [email protected] employees have grown accustomed to having this information. They can +1.212.534.0539 Direct get answers to anything. If they need to fix something, they can watch a tutorial on YouTube. If they want to know how many kilometers are in a mile, they can Google it (the answer is 1.6, FYI). Conversely, what happens when they show up to work each day? Chances are they find themselves in the dark with little access to the relevant information necessary to enable success. Does your company provide employees with access to information in a useful format? The answer is probably no. Whether an hourly employee or a salaried one, everyone wants to win. At the end of each day, it is not the money that drives satisfaction but one’s ability to have an impact, make a difference, and drive results. Without access to information in a useful format, employees struggle to be effective, have visibility on results, and to feel genuine satisfaction.
    [Show full text]
  • IP & Antitrust
    July 2019 This newsletter contains an overview of recent publications concerning intellectual property issues. The abstracts included below are as written by the author(s) and are unedited. IP & Antitrust Plugging the two-claim double-patenting loophole Mark R. Carter (Journal of the Patent & Trademark Office Society) Working Paper https://papers.ssrn.com/sol3/papers.cfm?abstract_id=3415676 Much of the antitrust critique of patents rests on “double-patenting.” “Evergreening” is the extension of a patenting past its normal term, twenty years from filing, by patenting a quite similar invention. This paper shows there is no justification for the U.S. Patent and Trademark Office’s practice of forcing patent examiners to search for extra references before issuing obviousness double-patenting rejections by examining the history of 35 U.S.C. 101 and double-patenting doctrine. FRAND and antitrust Herbert Hovenkamp (University of Pennsylvania Law School; University of Pennsylvania – The Wharton School; University College London) Working Paper https://papers.ssrn.com/sol3/papers.cfm?abstract_id=3420925 This paper considers when a patentee’s violation of a FRAND commitment also violates the antitrust laws. It warns against two extremes. First, is thinking that any violation of a FRAND obligation is an antitrust violation as well. FRAND obligations are contractual, and most breaches of contract do not violate antitrust law. The other extreme is thinking that, because a FRAND violation is a breach of contract, it cannot also be an antitrust violation. Every antitrust case must consider the market environment in which conduct is to be evaluated. SSOs operated by multiple firms are joint ventures.
    [Show full text]
  • An Interactive Visualization of Google Books Ngrams with R and Shiny
    An interactive visualization of Google Books Ngrams with R and Shiny: Exploring a(n) historical increase in onset strength in a(n) huge database Julia Schlüter, Fabian Vetter* University of Bamberg, Germany *Corresponding author: Fabian Vetter [email protected] Abstract Using the re-emergence of the /h/ onset from Early Modern to Present-Day English as a case study, we illustrate the making and the functions of a purpose-built web application named (an:a)-lyzer for the interactive visualization of the raw n-gram data provided by Google Books Ngrams (GBN). The database has been compiled from the full text of over 4.5 million books in English, totalling over 468 billion words and covering roughly five centuries. We focus on bigrams consisting of words beginning with graphic <h> preceded by the indefinite article allomorphs a and an, which serve as a diagnostic of the consonantal strength of the initial /h/. The sheer size of this database affords us the possibility to attain a maximal diachronic resolution, to distinguish highly specific groups of <h>-initial lexical items, and even to trace the diffusion of the observed changes across individual lexical units. The functions programmed into the app enable us to explore the data interactively by filtering, selecting and viewing them according to various parameters that were manually annotated into the data frame. We also discuss limitations of the database and of the explorative data analysis. Keywords Data visualization, corpus linguistics, historical phonology, historical linguistics,
    [Show full text]
  • The Human Digitalisation Journey: Technology First at the Expense of Humans?
    information Article The Human Digitalisation Journey: Technology First at the Expense of Humans? Hossein Hassani 1,2,* , Xu Huang 3 and Emmanuel Silva 4 1 Research Institute of Energy Management and Planning, University of Tehran, Tehran 1417466191, Iran 2 Department of Business and Management, Webster Vienna Private University, 1020 Vienna, Austria 3 Faculty of Business and Law, De Montfort University, Leicester LE1 9BH, UK; [email protected] 4 Fashion Business School, London College of Fashion, University of the Arts London, London WC1V 7EY, UK; [email protected] * Correspondence: [email protected] Abstract: The ongoing COVID-19 pandemic has enhanced the impact of digitalisation as a driver of transformation and advancements across almost every aspect of human life. With the majority actively embracing smart technologies and their benefits, the journey of human digitalisation has begun. Will human beings continue to remain solitary unaffected beings in the middle of the whirlpool—a gateway to the completely digitalised future? This journey of human digitalisation probably started much earlier, before we even realised. This paper, in the format of an objective review and discussion, aims to investigate the journey of human digitalisation, explore the reality of domination between technology and humans, provide a better understanding of the human value and human vulnerability in this fast transforming digital era, so as to achieve valuable and insightful suggestion on the future direction of the human digitalisation journey. Citation: Hassani, H.; Huang, X.; Keywords: human digitalisation; human value; human vulnerability; technology dependence; Silva, E. The Human Digitalisation artificial intelligence; intelligence augmentation Journey: Technology First at the Expense of Humans? Information 2021, 12, 267.
    [Show full text]
  • Exploring the Google Books Ngram Viewer for 'Big Data' Text Corpus
    Exploring the Google Books Ngram Viewer for ―Big Data‖ Text Corpus Visualizations SHALIN HAI-JEW KANSAS STATE UNIVERSITY SIDLIT 2014 (OF C2C) JULY 31 – AUG. 1, 2014 2 Presentation Overview As part of the Google Books digitization project, the Google Books Ngram Viewer (https://books.google.com/ngrams) was released in late 2010 to enable public querying of a ―shadow dataset‖ created from the tens of millions of digitized books. The texts are from a 500-year span (1500-2000+), with new texts added fairly continuously, and there are a range of datasets of different text corpuses (and in different languages, like Italian, French, German, Spanish, Russian, Hebrew, and simplified Chinese). The name of the tool comes from a computer science term referring to strings of alphanumeric terms in particular order: a unigram (or one-gram) consists of one entity, a bigram (or two-gram) consists of two entities, onwards. (Its precursor was a prototype named ―Bookworm.‖) Users may acquire the (de-contextualized) word or phrase or symbol frequency counts of terms in books—which provide a lagging indicator of trends (over time), public opinion, and other phenomena. The Ngram Viewer has been used to provide insights on diverse topics such as the phenomena of fame (and the fields which promote fame), collective forgetting, language usage, cultural phenomena, technological innovations, and other insights. The data queries that may be made with this tool are virtually unanswerable otherwise. The enablements of the Google Books Ngram Viewer provide complementary information sourcing for designed research questions as well as free-form discovery. This tool is also used for witty data visualizations (such as simultaneous queries of ―chicken‖ and ―egg‖ to see which came first) based on the resulting plotted line chart.
    [Show full text]