1 / 22

Advanced Topics

Advanced Topics. Introduction to course. Refresher on client/server; JavaScript. Homework: Introduce yourself on moodle. Start posting. Start looking for topic. Start looking at computability videos. Introductions.

tieve
Télécharger la présentation

Advanced Topics

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Advanced Topics Introduction to course. Refresher on client/server; JavaScript. Homework: Introduce yourself on moodle. Start posting. Start looking for topic. Start looking at computability videos.

  2. Introductions • me: [full] professor, coordinator of the Math/CS Board of Study; active in New Media Board of Study. 6th book: HTML5 and JavaScript Projects. Articles for <jsmag> http://www.jsmag.com/ . Volunteer for progressive causes • you:

  3. Course overview • Check out (and keep checking out) course schedule, charts on my website: http://faculty.purchase.edu/jeanine.meyer/charts.htmland on moodle. You need to do both! • Various and varied topics chosen by me and (hopefully) some chosen by you. • Postings by you on computing topics 'in the news': at least one post or reply each week. • technical exercises: including reporting on use of web (e.g., cookies on your computer, accuracy of geolocation) and some writing programs: e.g. JavaScript&php to access tweets) • Presentations by you: scheduled on 4 days spread out. ASSIGN YOUR DAY TODAY! • substantial: 20 minutes talk + 1-pager • Your choice of topic. I approve / modify / recommend.

  4. Topics [planned as of now] • social media, behavioral marketing, cookies, • databases, formats, Big Data • cryptography • natural language processing, programming languages • visualization • AI • algorithms, complexity • computability, "P=NP?" • SVG, HTML5 canvas • Cloud computing

  5. Computability • What is means to be computable? A question that was posed BEFORE computers. Will describe work of Alan Turing—this is 100th anniversery of his birth. • What is the complexity of algorithm: how much space and how much time? • Mathematical approach • Historic and current significance • How long it takes to compute something is a practical issue!

  6. Theory of Computation videos Shai Simonson. Course Webpage http://web.stonehill.edu/compsci//Theory/homepage.htm Videos are ~10 minutes, so of each lecture is several videos. • Introduction, motivation, starts with FSA: http://www.youtube.com/watch?v=HyUK5RAJg1c&feature=related • Turing Machine lecture, http://www.youtube.com/watch?v=mPec64RUCsk

  7. client/server refresher • Computer right in front of you is the client • A browser program (e.g. Firefox, Chrome) run on the client accesses a website on a server. Downloads (to the client) various files, including html and media. Then browser interprets html & JavaScript on the client and also execute programs, possibly using plug-ins • The browser may initiate a program to run on the server: aka server-side / middleware, that may access data in various ways

  8. Trend • In past, and probably still today, bulk of computing in industry done on local computers accessing local data • THINK: banks, factories, distribution centers • Note: IT for logistics critically important. • TREND is for more to be done "on the cloud", that is, on public or private server computers • program(s) • data

  9. Trend • Past and current: Computing done on computers • embedded devices • e.g., computers in cars • TREND: more computing done on devices such as phones and tablets • "apps" • programs on websites

  10. Trend • History: explicit use of specific programs and data sources. • TREND: combination of programs and information sources, many applied based on determination (algorithm) of program. • e.g., Some program knows about you and knows what you want…

  11. Posting assignment • Computing in the news. • If appropriate, write about • the device • what program(s) • what information • who/what/where/when • nature of algorithm • If appropriate, do research on terms • distinguish product names from technical terms from marketing terms • consult other sources

  12. More… • What is business / revenue stream of owner of produce? • Who is the owner?

  13. Aside • VOTE on November 6th • How do current technologies change or have the potential to change: • how governments operate • how campaigns are run • how news is disseminated • how opinion / analysis is disseminated • how we vote • ????

  14. JavaScript refresher • Scripting language run as part of HTML document • script = = interpreted versus compiled • functions, variables, limited form of objects, statements • http://www.codecademy.com • pretty easy given you know (at least) one programming language

  15. examples • simplified credit card: http://faculty.purchase.edu/jeanine.meyer/creditcard.html • dice game: button, input fields (used for output). http://faculty.purchase.edu/jeanine.meyer/javascriptcraps.html General lesson: dividing up tasks into small(er) functions • transitions: images on canvas, animation http://faculty.purchase.edu/jeanine.meyer/html5/crossingthelineallcases.html

  16. Sample Research topics • Will give these throughout course (you can look ahead) • politics • http://www.thetoolbox.cc • technology in education • history, e.g., old technology being replaced (http://www.nytimes.com/2012/06/28/world/europe/after-3-decades-in-france-minitels-days-are-numbered.html?pagewanted=all • software tools/packages/frameworks • Example: data-driven documents: http://d3js.org/

  17. Assignments of dates • Count off

  18. Course • Mainly lecture / discussion • Most lecturing by me, some lecturing by you • Some discussion asynchronous • You need to work! Make the course your own. • research topics • identify research project

  19. Posting examples Computing in the news examples • Bugs http://www.nytimes.com/2012/08/09/opinion/after-knight-capital-new-code-for-trades.html?hpw • Mars rover: http://gcn.com/articles/2012/08/06/mars-curiosity-nasa-deep-space-network.aspx • Patents: http://www.nytimes.com/2012/08/25/technology/jury-reaches-decision-in-apple-samsung-patent-trial.html?hp • General source:http://www.sciencedaily.com/releases/2012/08/120806094053.htm?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+sciencedaily+%28ScienceDaily%3A+Latest+Science+News%29

  20. Example • Lecture series on folding and unfolding • inspired by origami • http://courses.csail.mit.edu/6.849/fall10/lectures/ • Take the time to view at least the first couple of lectures: video and notes.

  21. Homework • Introduce yourself (again) on moodle • Do JavaScript lessons and check out examples • I will assume that you can read an HTML document, including understanding JavaScript and, to a lesser extent, CSS. • Start posting

More Related