Tool selection strategy for software-based visualization in technical academic argument work Lawrie Hunter Kochi University of Technology http://www.core.kochi-tech.ac.jp/ hunter/ 33
Aug 17, 2015
Tool selection strategy for software-based visualization
in technical academic argument work
Lawrie HunterKochi University of Technology
http://www.core.kochi-tech.ac.jp/hunter/
33
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Tool selection strategy for software-based visualization in technical academic argument workLawrie Hunter, Kochi University of Technology, Japan
Logic and argument have proven to be significant obstacles to second language English academic writing success, markedly so for research students from East Asian cultures. The technical research paper is a masked facsimile of an argument; thus novice technical academic writing tends to be formulaic, following document structure rather than argument structure. In this frame, novice writing of abstracts is problematic at the design level.
Linear text is not a particularly supportive medium for technical academic argument work. Relations between concepts can be marked in text by rhetorical signals, but the conceptual load economies of visualization are not available. Mind maps, concept maps and rhetorical structure maps, which all embody a number of visual metaphors, are promising tools for the support of novice technical academic argument work.
Software embodiments of the above mapping types are usually marketed without discussion of the information-structure related choices involved in the selection of map type and software. This paper, referring to Hunter's (2009) decision matrix, presents a negotiated strategic pathway to the selection of map type and software for technical academic writing task, taking the example of inferred argument of an informally reported study. Reference points in this pathway include Toulmin (1958), Cañas & Novak (2006) and Kowalski (2011).
Cañas, A. J., & Novak, J.D. (2006) Re-examining the foundations for effective use of concept maps. In Cañas, A. J., & Novak, J.D. (Eds.), Concept Maps: Theory, Methodology, Technology. Proceedings of the Second International Conference on Concept Mapping.Hunter, L. (2009) A Decision Matrix for the Use of Mapping and Mapping Software. Presented at EuroCALL 2009. http://www.lawriehunter.com/presns/eurocall09/Kowalski, R. (2011) Computational logic and human thinking. Cambridge UP.Toulmin, S. (1958) The Uses of Argument, Cambridge University Press.
Background
Argument
Argument in linear text
Marking relations
Map types
Mapping software design
Task design: inferred argument
Design choices: mapping types / tools
Outline
Background
Maths teacher trainer (Rabaul)
Maths teacherGuidance counsellor
ESL maths teacher(Vancouver)
EFL teacherTechnical editorSuper translation
ESP professor(Tokyo, Tokushima, Kochi)
ESL maths teacher (Cairns)
6
KUT scenario
Since 2002: - Japanese government scholarships
- for foreign students - in technical doctoral programmes.
! Graduation requirements:
- 2+ refereed papers in top journals in 3 years- NO extensions- dissertation in English
Further L2 acquisition to near-independence during the study period is NOT a realistic strategy.
7
Design Scenario
ESPESP
EAPEAP
EAPHUMANITIES
EAPHUMANITIESTAWTAW
EXEX EYEY EZEZ
English for specific purposesEnglish for academic purposesTechnical academic writing
8
TAW best practice
Niche languageacquisition to
near-independencein TAW
Writing workfocusing on
argument andinfo-structures
Training in use of
language models:Style Dossier
Preparationfor work with
an editor
Preparationfor work with
a mentor
9
Possible approaches:1. Process
Once the researcher has followed the research design and gotten results, it is time to expand the argument supporting the original research claim, and write it in the prescribed document format, obeying the relevant usage and other conventions, includinggrammar.
Possible approaches: 1. Process
research design/results
argument supporting claim
document format
usage/convention
grammar/surface features
grammar/surface features
usage/convention
document format
argumentsupporting claim
11
Possible approaches2. layer view
research design/results
grammar/surface features
usage/convention
document format
argumentsupporting claim
12
Possible approaches2. layer view
research design/results
most TAW writers start writing here
(simulacrum of argument)
RP language generation should start
here
most TAWprograms work here
Hunter, L. (2012) Technical Academic Writing. Minaminokaze Press.
KUT design 2012
Background
Argument
Argument in linear text
Identifying argument elements in text
Map types
Mapping software design
Task design: inferred argument
Design choices: mapping types / tools
Outline
Logic and argument - significant obstacles to- second language English academic writing success
- in East Asian cultures.
The technical research paper - masked facsimile of an argument
Novice technical academic writing – formulaic, following document structure
-not argument structure
Novice writing of abstracts - problematic at the design level.
Argument
Background
Argument
Argument in linear text
Identifying argument elements in text
Map types
Mapping software design
Task design: inferred argument
Design choices: mapping types / tools
Outline
Linear text:
Not a particularly supportive medium for technical academic argument work.
TAW learners are predominantly-reading for information
-in a genre structure
Argument in linear text
Background
Argument
Argument in linear text
Identifying argument elements in text
Map types
Mapping software design
Task design: inferred argument
Design choices: mapping types / tools
Outline
Relations between concepts -can be marked in text
-by rhetorical signals.
Text signalling of relations: -lacks the conceptual load economies
of visualization.
Marking relations in text
Tennis Players’ Grunts Slow Opponents DownThose loud grunts could give players an extra edge by slowing their opponents’ reaction time.
The loud grunts tennis players make when hitting the ball could be distracting for their opponents.These noises can actually slow an opponent’s reaction time.Some players’ grunts register at 100 decibels.Players such as Maria Sharapova and Rafael Nadal are notorious for their grunting.Those loud grunts some tennis players make when hitting the ball could actually have a negative effect on their opponents by distracting them and slowing their reaction time, scientists said Friday.Players such as Maria Sharapova and Rafael Nadal are notorious for their grunting, a practice which often triggers complaints in professional tennis, said Scott Sinnett, lead author of the report that appeared in the journal Public Library of Science ONE.Researchers played 384 video clips of a tennis player hitting a ball to either the left or right of a video camera, to 33 students at the University of British Columbia in western Canada.The students were asked to quickly determine whether the ball was hit to the right or left. For some of the shots, a loud white noise was played as the racquet hit the ball.“When an additional sound occurs at the same time as when the ball is struck, participants are significantly slower… and make significantly more decision errors,” said the study.A growing body of research shows that noise “distracts you from your ability to pay attention to what is going on,” said Sinnett in a telephone interview. “A grunt doesn’t allow you to place all your attention on what’s happening. It blocks the ability to pay attention to a multi-sensory event.”Grunting could cause a tennis player to perceive a ball traveling 50 miles (80 kilometers) per hour to be “two feet (60 centimeters) closer to the opponent than it actually is,” said Sinnett. “This could increase the likelihood that opponents are out of position and make returning the ball more difficult.”“A lot of people have complained about grunting in the tennis world, that it’s distracting, and even some professionals have said it’s pretty much cheating,” said Sinnett, who conducted the research as a post-doctoral fellow at the University of British Columbia, and is now an assistant professor of psychology at the University of Hawaii at Mnoa.“The study raises a number of interesting questions for tennis. For example, if Rafael Nadal is grunting and Roger Federer is not, is that fair?” he added.Scientifically regulating tennis-players’ grunts — some of which register at 100 decibels — “could be looked toward, because if it’s distracting to opponent, then it’s basically cheating,” he said.
http://news.discovery.com/human/tennis-players-grunting-distraction.html
Marking relations in text: example
Marking relations in text: example
1. isolate argument content
2. infer procedure,observations, conclusions
Tennis Players’ Grunts Slow Opponents DownThose loud grunts could give players an extra edge by slowing their opponents’ reaction time.
The loud grunts tennis players make when hitting the ball could be distracting for their opponents.These noises can actually slow an opponent’s reaction time.Some players’ grunts register at 100 decibels.Players such as Maria Sharapova and Rafael Nadal are notorious for their grunting.Those loud grunts some tennis players make when hitting the ball could actually have a negative effect on their opponents by distracting them and slowing their reaction time, scientists said Friday.Players such as Maria Sharapova and Rafael Nadal are notorious for their grunting, a practice which often triggers complaints in professional tennis, said Scott Sinnett, lead author of the report that appeared in the journal Public Library of Science ONE.Researchers played 384 video clips of a tennis player hitting a ball to either the left or right of a video camera, to 33 students at the University of British Columbia in western Canada.The students were asked to quickly determine whether the ball was hit to the right or left. For some of the shots, a loud white noise was played as the racquet hit the ball.“When an additional sound occurs at the same time as when the ball is struck, participants are significantly slower… and make significantly more decision errors,” said the study.A growing body of research shows that noise “distracts you from your ability to pay attention to what is going on,” said Sinnett in a telephone interview. “A grunt doesn’t allow you to place all your attention on what’s happening. It blocks the ability to pay attention to a multi-sensory event.”Grunting could cause a tennis player to perceive a ball traveling 50 miles (80 kilometers) per hour to be “two feet (60 centimeters) closer to the opponent than it actually is,” said Sinnett. “This could increase the likelihood that opponents are out of position and make returning the ball more difficult.”“A lot of people have complained about grunting in the tennis world, that it’s distracting, and even some professionals have said it’s pretty much cheating,” said Sinnett, who conducted the research as a post-doctoral fellow at the University of British Columbia, and is now an assistant professor of psychology at the University of Hawaii at Mnoa.“The study raises a number of interesting questions for tennis. For example, if Rafael Nadal is grunting and Roger Federer is not, is that fair?” he added.Scientifically regulating tennis-players’ grunts — some of which register at 100 decibels — “could be looked toward, because if it’s distracting to opponent, then it’s basically cheating,” he said.
http://news.discovery.com/human/tennis-players-grunting-distraction.html
1. isolate argument content
1. isolate argument content
Researchers played 384 video clips of a tennis player hitting a ball to either the left or right of a video camera, to 33 students at the University of British Columbia in western Canada.The students were asked to quickly determine whether the ball was hit to the right or left. For some of the shots, a loud white noise was played as the racquet hit the ball.“When an additional sound occurs at the same time as when the ball is struck, participants are significantly slower… and make significantly more decision errors,” said the study.
2. infer observations, conclusions
Citation as subject Results as subject Claim as subject
claims (that)
proposes (that)
implies (that)
suggests (that)
infers (that)
observes (that)
reveals (that)
demonstrates (that)
indicates (that) disproves
proves (that)
implies (that)
is supported by
is contradicted by
is in agreement with
is in opposition to
assumes (that)
Scaffolding for inferred abstract writing: -use only these verbs as main clause subjects:
2. infer observations, conclusions
Learner inference of observations and conclusion:
-slow-inarticulate-unstructured-text-based scaffolding ineffective
Background
Argument
Argument in linear text
Identifying argument elements in text
Map types
Mapping software design
Task design: inferred argument
Design choices: mapping types / tools
Outline
Mind mapsConcept maps Rhetorical structure diagrams
- embody a number of visual metaphors
-promising tools for support of novice TAW* work.
Map types
*TAW = technical academic argument
Map types and relations
Mind mapping á la Tony Buzan
Mindmap links are all associations-i.e. zero granularity
Mindmap links are all associations-i.e. zero granularity
Mind mapping
FreeMind software http://freemind.sourceforge.net/
FreeMind software View online
Mindmap links are all associations-i.e. zero granularity
Directed-link maps
http://www.inspiration.com/
Textured-link* maps
boilNH3
Makesteam
Rotateturbines
Generateelectricity
Boil aliquid
older typeplants
OTECplants
boilH2O
seawaterheat
fossil orN-heat
steam20C
steam500C
lowpower
highpower
zeroenergy cost
highenergy cost
!
!
!
*graphically textured (here: Hunter’s Ismap system)
*textually textured
Textured-link* maps
Background
Argument
Argument in linear text
Identifying argument elements in text
Map types
Mapping software: design
Task design: inferred argument
Design choices: mapping types / tools
Outline
Software embodiments of
Mind mapsConcept maps Rhetorical structure diagrams
are usually marketed without discussion of the information-structure related choices involved in the selection of map type and software.
Mapping software: design
Background
Argument
Argument in linear text
Identifying argument elements in text
Map types
Mapping software: design
Task design: inferred argument
Design choices: mapping types / tools
Outline
Task design: inferred argument using mapping
Researchers played 384 video clips of a tennis player hitting a ball to either the left or right of a video camera, to 33 students at the University of British Columbia in western Canada.The students were asked to quickly determine whether the ball was hit to the right or left. For some of the shots, a loud white noise was played as the racquet hit the ball.“When an additional sound occurs at the same time as when the ball is struck, participants are significantly slower… and make significantly more decision errors,” said the study.
41
Sample argument map
Findings of Vancouver study
reaction timedecision errors
reaction to video of tennis strokes
reaction to videoof tennis strokes
random noise
at time of stroke
<
Vancouver study
play video clips
tennisstrokesto right or left
tennis strokesto right or left
subjects quicklydecide
measurereaction time,correctness
randomnoisewith
stroke
ISmaps with rhetorical frames:
argument in Sinnett (2010)
Background
complaints aboutgrunting
in pro tennis
study of response
time in tennis
hunter systems
Target behavior?
GroundsGrounds ModalityModality Claim
WarrantWarrant
BackingBacking
since
on account of
Toulmin model of argument
Target behavior?
GroundsGrounds ModalityModality Claim
WarrantWarrant
BackingBacking
RebuttalRebuttal
since
on account of
unless
Enhanced Toulmin model of argument
Target behavior?
Receiver makes more errors and is
slowersince
because
unlessWhite noise in video caused reaction error and slowness
Server grunts during stroke
in tennis
Video reaction is not
equivalent to tennis
reactionWhite noise has the same
effect as grunting
It is highly likely that
Toulmin model of argument in Sinnett (2010)
Target behavior?
Citation as subject Results as subject Claim as subject
claims (that)
proposes (that)
implies (that)
suggests (that)
infers (that)
observes (that)
reveals (that)
demonstrates (that)
indicates (that) disproves
proves (that)
implies (that)
is supported by
is contradicted by
is in agreement with
is in opposition to
assumes (that)
Exploratory constraint: use only these links in your argument map
Traditional Pest Control
Is in agreement
with
Chikaku Niiho
The ineffectiveness of wrapping pine tree
during winterEffective for trapping
harmful insects
55 Percent of beneficial insects
4 Percent of harmful insects
Spiders Assassinbugs
Implies
A pine wilttree decease
Reveals
Wrapping of pine tree during winter
Burning straw mats after beneficial
insects leave
Demonstrates
Is supported by
Is supported by
Implies
Infers that
Suggests that
Implies Implies
Himeji Castle officers
Moth Caterpillars
Long-hornBeetles
Nematodes inhibition in trunk
Is supported by
Is supported by
reveals
reveals
W S-UTechnical Writing II
HW 6.0May 22, 2008
Sinnett (2010)Sinnett (2010)
claims that
is supported by
assumes that
White noise is equivalent to
grunts
Server grunts during stroke
in tennis cause receiver slowness and
error
Video reaction is equivalent to
tennis reaction
Subject error and slowness in video
response with white noise bursts
Novakian rhetoric map of argument
in Sinnett (2010)
Target behavior
Background
Argument
Argument in linear text
Identifying argument elements in text
Map types
Mapping software design
Task design: inferred argument
Design choices: mapping types / tools
Outline
Rhetorical mapping
Information structure mapping
Syntactic mapping
Grammatical mapping (pseudo)
Association mapping
Types of maps, info structuresDegree of abstraction in mapping
Rhetorical structures
Info structures
Syntactic structures
Grammatical structures
Associations
Types of maps, info structuresReducing cognitive load in tasks
e.g.
Input(text)
Output(text)
Rhetorical structures
Info structures
Syntactic structures
Grammatical structures
Associations
Types of maps, info structuresReducing cognitive load in tasks
e.g.
Input(graphical)
Output(text)
Rhetorical structures
Info structures
Syntactic structures
Grammatical structures
Associations
Types of maps, info structuresReducing cognitive load in tasks
e.g.
Input(text) Output
(graphical)
Hunter’s framework for text analysis
Key content Background Persuasion
Rhetorical structure
Information organization
Information structures
Hunter’s framework subsets
Key content Background Persuasion
Rhetorical structure
Information organization
Information structures
Rhetorical analysis
Structure analysis
A negotiated strategic pathway to the selection of map type and software for technical academic writing task.
Design choices: mapping types Design choices: mapping tools
Design choices: mapping types Design choices: mapping tools
Node content Link content
Noun / noun phrase
Clause
Ø Mind map
Verb Cmap Cmap
Constrained verb Hunter’s argument maps Horne’s argument maps
Hunter’s argument maps
Logic link
ISmaps: Description
/Classification /Comparison
ISmaps: Sequence / Cause-effect
Rhetorical signal Argument map RST* diagram
*RST: rhetorical structure theory diagram
References page 1
Baddeley, A. D. & Hitch, G. (2001). Working memory in perspective: Foreword. In J. Andrade (Ed.), Working memory in perspective (pp. xv-xix). Hove: Psychology Press.
Cañas, A. J., & Novak, J.D. (2006) Re-examining the foundations for effective use of concept maps. In Cañas, A. J., & Novak, J.D. (Eds.), Concept Maps: Theory, Methodology, Technology. Proceedings of the Second International Conference on Concept Mapping.Cañas, A. J., Hill, G., Carff, R., Suri, N., Lott, J., Eskridge, T., Gomez, G., Arroyo, M. and Carvajal, R. (2004) Cmaptools: A knowledge modeling and sharing environment. Downloaded April 8, 2008 from http://cmc.ihmc.us/papers/cmc2004-283.pdf
Chandler, P. and J. Sweller (1992) The split-attention effect as a factor in the design of instruction. British Journal of Educational Psychology 62: 233-246.
Chun, D. M. and Plass, J. L. 1997. Research on text comprehension in multimedia environments. Language learning and technology 1(1): 60-81.
Cmap tools. Institute for Human & Machine Cognition. http://cmap.ihmc.us/
Dansereau, D.F. (2005) Node-Link Mapping Principles for Visualizing Knowledge and Information. In Tergan, S. and Keller, T. (Eds.) Node-Link Mapping Principles for Visualizing Knowledge and Information. Springer. 61-81.
Fulkerson, R. (1996) Teaching the argument in writing. Urbana, IL: National Council of Teachers of English.
Goldman, S.R., & Rakestraw, J.A. (2000). Structural aspects of constructing meaning from text. In M.L. Kamil, P. B. Mosenthal, P. D. Pearson, & R. Barr (Eds.), Handbook of reading research (Vol. II, pp. 311-335). Mahwah, NJ: Erlbaum.
Gopen, G.D. and Swan, J.A. (1990) The Science of Scientific Writing. American Scientist (Nov-Dec 1990), Volume 78, 550-558. Downloadable as a pdf from http://www.amstat.org/publications/jcgs/sci.pdf
Grow, G. (1996) Serving the strategic reader: cognitive reading theoryand its implications for the teaching of writing. Viewed June 30, 2007 at http://www.longleaf.net/ggrow/StrategicReader/index.html
Horn, R. E. (1998) Visual Language: Global Communication for the 21st Century. Bainbridge Island, WA: MacroVU Press. http://www.macrovu.com
References page 2
Hunter L. (2005) Technical Hypertext Accessibility: Information Structures and Rhetorical Framing . Presentation at HyperText 2005, Salzburg. http://www.lawriehunter.com/presns/%20HT05poster0818.htm
Hunter, L. (2002) Information structure diagrams as link icons. Learning Technology 4(3) July 2002. ISSN 1438-0625. 2002. http://lttf.ieee.org/learn_tech/issues/july2002/index.html#1
Hunter, L. (1998) Text nouveau, visible structure in text presentation. Computer Assisted Language Learning 11 (4) October 1998.
Mann, B. (1999) An introduction to rhetorical structure theory (RST). http://www.sil.org/mannb/rst/rintro99.htm
Moffett, J. (1992). Detecting growth in language. New Hampshire: Boynton/Cook.Mohan, B.A. (1986) Language and content. Addison-Wesley.
Novak, J.D. and Cañas, A.J. (2006) The theory underlying concept maps and how to construct them. Report IHMC CmapTools 2006-01, Florida Institute for Human and Machine Cognition (IHMC), 2006. Viewed April 8, 2008 at http://cmap.ihmc.us/Publications/ResearchPapers/TheoryCmaps/TheoryUnderlyingConceptMaps.htm
Olive, Thierry (2004) Working memory in writing: Empirical evidence from the dual-task technique. European psychologist 9(1), pp. 32-42. Working paper downloaded from http://cat.inist.fr/?aModele=afficheN&cpsidt=15431008
Shannon, C.E., & Weaver, W. (1949). The mathematical theory of communication. Urbana: University of Illinois Press. Explained at http://www.cultsock.ndirect.co.uk/MUHome/cshtml/introductory/sw.html
Taboada, M. and Mann, W.C. (2006) Rhetorical Structure Theory: looking back and moving ahead. Discourse studies 8: 423-459
Tufte, E.R. (1990) Envisioning information. Cheshire, CONN: Graphics Press.
Ueta, R., Hunter, L. & Ren, X. Text usability for non-native readers of English. Proceedings, Information Processing Society of Japan, Vol. 2003.7. Pp. 199-200.
Thank you for your attention.
You can download this .ppt fromhttp://www.lawriehunter.com/
It will be archived athttp://www.lawriehunter.com/presns/
Lawrie HunterKochi University of Technology
http://www.core.kochi-tech.ac.jp/hunter/
Lawrie Hunter is a professor at Kochi University of Technology. His infostructure maps provide the underlying structure of "Critical Thinking" (Greene & Hunter, Asahi Press 2002) and "Thinking in English" (Hunter, Cengage 2008). His recent work with task constraint caused disarray at the 3rd Concept Mapping Conference in Tallinn/Helsinki. http://www.lawriehunter.com