MIT alums celebrate 10th anniversary of bogus CompSci paper generator with cheeky new tool
Just a bit late for April Fool's Day, the new SCIpher program from the MIT Computer Science and Artificial Intelligence Lab alums enables users to hide messages inside randomly-generated calls for papers from phony conferences whose names are so ridiculous that they sound legit. An MIT spokesman says the new tool is really just a way for geeky friends to mess with each other.
For instance, pop the following text into the SCIpher decoder to find out my secret message:
The First Annual AVQYK Symposium on linear-time, vertical sharing economy
Dear list owner and all!
Many information theorists would agree that, had it not been for cloud-based models, the understanding of thin clients might never have occurred. To put this in perspective, consider the fact that famous information theorists mostly use hierarchical databases to solve this issue. Without a doubt, two properties make this approach perfect: the new framework of scholars locates superpages, and also the new framework of security experts allows perfect technology. Thus, IPv4 and e-commerce offer a viable alternative to the understanding of IPv4.
The objective of this conference is to supply a seminar for surmounting the significant obstacles in the development, exploration, and improvement of atomic algorithms and scalable archetypes. Without a doubt, original papers are released on omniscient virtualization, perfect user interface design, and cloud-based natural language processing. The subject of AVQYK is ' interfering flexible services and modular configurations for experts ', sharing the convergence of cloud-based information, mobile epistemologies, and IPv7 in proving perfect frameworks of parallel cryptography. Thus AVQYK provides innovative, half-baked, and forward-thinking submissions on arguing any event-driven methods to all aspects covering the motif of this conference.
Keynotes:* Camila Hampton - University of Nebraska-LincolnA understanding of the Turing machine* Prof. Oliver Knight - Ohio State UniversityUnderstanding of neural networks* Assistant Professor Derek Lowe - University of British ColumbiaA methodology for the understanding of interrupts* Prof. Alfie Mahajan - Hasselt UniversityOn the natural unification of information retrieval systems and hierarchical databases* Ray Guzman - Korea UniversityA robust unification of systems and agents* Caryn Tapia - University of Arkansas - FayettevilleSMPs now considered harmful* Billy Contreras - Kyoto Prefectural University of MedicineThe World Wide Web no longer considered harmful* Artem Knapp - National Central UniversityA case for operating systems* Terrence Schwartz - University of Texas Medical Branch at GalvestonRandomized algorithms now considered harmful* Cheri Mittal - Jagiellonian UniversityA unproven unification of kernels and consistent hashing
Topics:Ambimorphic computer visionLogical e-learningFuzzy software engineering, and exhaustive computer visionExtremely partitioned hardware and architectureRelational internet of things
Steering Committee:Professor Rosalind Horne, University of Technology SydneyDr. Maxim Medina, University of British ColumbiaDylan Hartman, Royal Veterinary College University Of London
AVQYK in previous years:University of TwenteBenxi, China
Advisor Committee:Prof. Jerald Ranga (Louisiana State University)Aleksandra Gillespie (State University of New York Upstate Medical University)Jeremiah Harrell (University of Essex)
General Co-Chairs:Lecturer Toby Hatfield - Medical College of WisconsinGraham Hawkins - Wageningen University and Research Centre
Important dates:June 6, 2015: works dueJune 28, 2015: notification of acceptanceJuly 17, 2015: final submissions dueJuly 25, 2015: conference date
We are giving you this call for papers, assuming that you will consider submitting abstracts to this special issue. As a guideline, only research communications will be considered (no works). By comparison, submissions of revisions, abstracts and abstracts are also taken.
While SCIpher is intended as just a bit of fun, SCIgen was a low-budget effort to point out serious flaws in the world of academic journal publishers and conferences, which pepper researchers with calls for papers and charge for content they often clearly don't read before accepting.
Jeremy Stribling MS '05 PhD '09 (now at crypto company Keybase), Dan Aguayo '01 MEng '02 (now at Meraki) and Max Krohn PhD '08 (now runs Keybase) back in 2005 developed SCIgen over the span of just a couple weeks. Despite their rush job, the program was good enough to produce seemingly real compsci papers that include graphs, figures and citations. MIT's press office describes it as being almost like a Mad Libs for academic papers, and notes that it stemmed from work by Krohn at online study guide SparkNotes. (I could swear half the press releases we receive are generated by SCIgen...)
In April of 2005 the team's submission, "Rooter: A Methodology for the Typical Unification of Access Points and Redundancy," was accepted as a non-reviewed paper to the World Multiconference on Systemics, Cybernetics and Informatics (WMSCI). After the hoax was revealed, the conference nixed the team's invite, but the students raised funds and showed up anyway -- armed with fake names, business cards and 'staches -- and presented on a variety of bogus topics.
The impact of SCIgen has been real. The IEEE wound up pulling its sponsorship from WMSCI and worked with Spring Publishing to remove nonsensical papers from their sites (you can read Springer's paper ON the papers here). And Springer recently released SciDetect, an open-source tool for spotting SCIgen papers.
"Our initial intention was simply to get back at these people who were spamming us and to maybe make people more cognizant of these practices," says Stribling, in a statement. "We accomplished our goal way better than we expected to."
Look to Reddit's Ask Me Anything (AMA) section today (April 14, 2pm EST) for a Q&A session with the MIT grads.
Enjoy a video recap of the SCIgen adventure, with the students donning disguises, below: