Three articles based on papers from ABA '96
Article 1
Miller's Principles of Everyday Behavior Analysis: 3rd Ed.
James
Kopp
The University of Texas at Arlington
I am looking forward to using the 3d edition of Millers Principles of Everyday
Behavior
Analysis in my senior Applied Behavior Analysis course this spring.
I like the study
questions. They seem to be especially well crafted for this
edition and I am going to enjoy
hearing my students echoing them and then using
their textual or thematic equivalents to
compose new phrases . (I'm not trying
to be a verbal behavior wonk here. It seems to be
just exactly what happens
with this type of textbook.) I have some reservations about the
answers to the
text questions, reading quiz, and examples being included in the book. I
personally
prefer the format introduced by Whaley & Malott (1971)1 and recently favored
by
others (e.g., Sulzer-Azaroff and Hall, 2 Martin and Pear, 1992,3 Miltenberger, 1974,4)
in
which the students can find the answers only by reading. browsing re-reading, picking,
choosing,
or , better yet, asking the instructor or other students. But this has never been
a really serious problem.
The greatest improvement that I can see in the 3d
edition is that every study and/or
test question requires a tact ("It
is [thus]. . . .") as an answer. In earlier editions the
answer key allowed
autoclitics ("There is not enough information given here to answer
this question
[in my opinion]") to serve the same end. I am uncomfortable with the latter
for
the same reason that I am uncomfortable with the use of distracters in the case
of
multiple-choice or true-false tests: to say what you know not to be true
is to describe
your own history or personal condition rather than the controlling
environment
What Keith's book certainly should accomplish, in addition to
teaching a heck of a lot of
good behavior analysis, is to prompt and reinforce
the use of weekly-quiz formats in
college teaching. As one behavior analyst put
it in a recent note to mourn the passing of
Fred Keller, "I am fully aware
of the difficulty of starting PSI courses and the likelihood of
experiencing
aversive consequences for doing so" ( Sidman, 1996)5. Millers 3d Ed.
should
help all of us preserve the vitality of Dr. Keller's invention.
1.
Whaley, Donald L., and Malott, Richard W. (1971) Elementary Principles of Behavior
.
Englewood Cliffs, Prentice-Hall.
2. Sulzer-Azaroff, B. and Hall, L. J. (1991).
Study Guide to Accompany Behavior
Analysis for Lasting Change. Fort Worth: Holt,
Rinehart and Winston.
3. Martin, G and Pear, J. (1992). Behavior Modification:
What it is and How to Do It (
Fourth Edition). Englewood Cliffs: Prentice Hall.
4.
Miltenberger, R. (1997). Behavior Modification: Principles and Procedures.
Belmont:
Brooks/Cole.
5. Sidman, M. (1996) Fred S Keller: Rememberings. Journal of the
Experimental
Analysis of Behavior, 66, 1-6
Article 2
Organizing a class around a text:
Keith Miller's Principles
of Everyday Behavior Analysis
Robert F. Peterson
Department of Psychology
University of Nevada Reno, NV
Keith Miller's Principles of Everyday Behavior Analysis (PEBA) is an unusual
text because
it was constructed using the behavioral principles it attempts to
teach. In addition, the
book was experimentally evaluated by the author before
it was published. For those
unfamiliar with it, here is a brief description.
PEBA
was initially published in 1975. It attempts to teach 68 behavioral concepts,
organized
into 25 lessons. Four lessons are review. Lessons are sequenced such that
material
from prior lessons is also included in the next lesson. Each lesson involves three
steps.
First, the student reads up to five pages of material and then takes a quiz over
the
material. Answers to this quiz are provided in the text. Next, the student
studies a series of
20 programmed examples which apply the concept to fictional
situations and answers
questions about the examples. Answers to these examples
are also given. Finally, during
class, the student is given one of a set of 3
quizzes (printed in the text but without
answers) which consist of 11 fill-in-the-blank
questions.
Miller's book teaches basic concepts such as reinforcement, data
evaluation,
discrimination, shaping, fading, extinction, and more. It describes
applications of the term
in everyday situations and teaches how to discriminate
one behavioral concept from
another. Perhaps most importantly, the format requires
students to be actively involved
with the text. The following describes how three
instructors have used the text along with
a brief critique of the 3rd edition.
I will describe my own procedure first.
My class meets twice a week for one and
one quarter hours. The class buzzes with
conversation over possible answers to
quiz questions before class begins. The 11 item quiz
may be given at either the
beginning or end of class. This unpredictability ensures
attendance and takes
about 15 minutes. Lectures, films, and discussion take up the
remaining class
time. Since there are three versions of each quiz, one particular form of
the
quiz is chosen either by the instructor or the option is given to a student who has
contributed
to class discussion. Students exchange the quiz in their book with one from
another
member of the class to prevent writing answers on the quiz form before it is taken.
Quizzes are immediately corrected in class and handed in to be recorded. In order
to
encourage optimum initial performance, quizzes taken in class are worth one
more point
than those taken in the TA's office. Students who miss more than one
question are
required to take a make-up quiz within two weeks. A perfect score
on the first make-up
quiz, adds one point to the original test score. Overall
grades are determined by a point
system with an A equating to 95%, B 90%, C 81%,
D 70% and below that an F. There is
also a final exam which includes questions
over the text and lecture material.
Student Performance
Class attendance is high - about 90%. Few students fall behind. Of 1225 quizzes
given to
49 students in Fall 1995, 13% were retaken. Concerns over frequent quizzes
are offset by
those who delight in knowing quiz questions in advance. Students
like the brevity of the
lessons and the pace of the material.
A sampling
of grades over a 16 year period showed that 69% of students received A's,
22%
B's, 5% C's, and 4% D's, F's, or Incompletes. Students frequently comment that they
believe
they have learned more under this format than using a non-programmed text with
fewer
exams. They also indicate that they remember the material better when it comes to
taking
GREs or exams in related courses.
A survey of responses in 1991 and 1995
showed the following: (n=89) using a 5 point
Likert Scale with 1, easy to understand
and 5, difficult to understand, students gave the
text a mean score of 1.66.
In
terms of how interesting the text was, with 1, very interesting and 5, boring, the
mean
score was 2.4. In terms of how much the students felt they learned with
1, more than
other classes and 5, less than other classes, the mean was 1.67.
In terms of the value of the material learned, with 1, very valuable and 5, little
value, the
mean was 1.75.
In terms of how much the students found themselves
thinking and talking about the
subject matter of this class compared to other
classes, with 1, much more and 5, much
less, the mean score was 1.77. PEBA is
a useful book for students beginning to learn
behavior analysis. Its' format models
what it attempts to impart to the student. It is a text
that teaches.
References:
Miller, L. K. (1996). Principles of everyday behavior analysis (3rd Ed.) Pacific
Grove,
CA: Brooks/Cole.Col
Keith Miller's Principles of Everyday Behavior Analysis: Teaching Behavior
Analysis
with Behavior Analysis
William M. Beneke
Lincoln University of Missouri
Teaching behavior analysis offers a unique opportunity to design a course that
explicitly
models the concepts and principles students are expected to master.
This presentation
describes such a behavior analysis course taught at an open
admission, Historically Black
Land Grant College. Special emphasis is placed
on how Miller's Principles of Everyday
Behavior Analysis (PEBA) contributes
to that effort. The course is the first required
course for Psychology majors
and minors. In addition to teaching basic behavior analysis
concepts, it contributes
to computer literacy and technical writing components of the
curriculum.
PEBA
is covered using a modified PSI format in which mastery (zero or one errors in 11
questions)
of each unit is required for progressing to the next but points are only awarded
for
unit mastery achieved on or before scheduled deadlines. Lesson tests begin when
the
student presents blank lesson tests. One form selected at random is taken,
and graded
immediately. Students are asked to orally defend at least one of the
answers to a test,
including any questions answered incorrectly. The interview
begins with the student
defining their answer, then identifying the relevant parts
of Miller's question that
correspond to the key parts of concept or procedure
they provided in their answer.
Where an incorrect answer was provided, this gives
the student the opportunity to
"discover" the absence of a key element
of the definition. In this case the student is
prompted to provide and define
an alternative answer, and find its key parts in the
example. Successfully defended
answers are counted as correct.
Pretest-posttest results using alternate forms
of Miller's Lesson 25 Review Exam show
mean gains in excess of 70% + 4% (standard
error) in each of the last five semesters.
Well-functioning PSI courses are easy
to identify. They produce J-shaped or U-shaped
final grade distributions. Uniform
or normally distributed final grade frequencies generally
indicate that mastery
is not being achieved. J-shaped grade distributions in my course
suggest that
students are achieving mastery. Almost all of the F grades were awarded to
students
who withdrew from the course but neglected to inform the university they had
done
so. Students consistently rate PEBA as one of the most positive features of the
course.
Request
full text of this presentation by e-mail:
wmbeneke@mail.coin.missouri.edu