Discrete Trial Training and Autism
Ranking:
Discrete trial training (DTT) is a highly-structured training technique that involves a trainer instructing an autistic individual using a series of learning opportunities or ‘trials’. Each ‘trial’ has a definite beginning and end, which is why they are described as ‘discrete’.
The trainer begins each trial with a short, clear instruction or a question. The trainer may also prompt the learner, showing him how to respond correctly to the instruction or question.
If the learner does what the trainer wants, she will immediately reward him. For example, she may praise him or allow him to have something he wants or likes. If the learner does not do what the trainer wants, she will repeat the instruction or try a slightly different approach.
DTT is the main (but not the only) strategy used to teach autistic children in early intensive behavioural interventions based on applied behaviour analysis, such as the UCLA YAP Model.
Our Opinion
DTT can be a useful procedure for very specific targeted behaviours or skills as part of a broader programme of intervention. However, if it is seen as an end in its own right, it is unlikely to produce lasting benefits (for example, by not actively teaching skills that can be used in situations or settings outside of the training session).
Future research should use randomised controlled designs to investigate the effectiveness of DTT against active control groups (for example, by directly comparing DTT with other interventions, relative to a no-treatment control group) using larger sample sizes.
It would also be helpful to identify the effectiveness of DTT, where DTT is a part of a wider programme, investigating whether and how DTT adds value to the programme (for example, are there particular skills that are more receptive to being taught using DTT techniques than others).
It would be helpful to examine the efficacy and any side effects of DTT on the autistic participants, such as stress or self-injurious behaviour, and over a much longer period.
Any future research should also involve autistic people to review the efficacy and ethical basis of discrete trial training including individuals who may be non-verbal.
Disclaimer
Please read our Disclaimer on Autism Interventions
Audience
According to Simpson (2005) DTT is suitable for anyone who is autistic.
In practice, it is most commonly used with children with more significant autism.
Aims and Claims
Aims
According to Reynolds and Dombeck (2006), the main aim of discrete trial training is to teach the learner how to pay attention and how to communicate.
"Therapists are ultimately interested in getting children to pay attention to task learning and in developing their ability to respond appropriately to communication. Letters, numbers and object labeling skills are thus acquired as a byproduct of discrete trials training. Because communicative skills are basic and fundamental and must be present before more complex social skills can be taught, they are taught early on in the process."
Once these basic skills have been taught, the learner is ready to acquire other skills, such as dressing, eating, making a bed etc. However, acquiring communication is often considerably more complicated than this and is often the main lifelong learning need for children with significant autism
Claims
There have been various claims made for discrete trial training. For example
- Grindle and Remington, 2002; Jones Feeley and Takacs, 2007; and Miranda-Linné and Melin, 1992 reported improvements in communication skills
- Jones, Carr, and Feeley, 2006 reported improvements in joint attention, alongside improvements in expressive language and social-communication
- Newman et al. 2002 reported improvements in skill acquisition
- Taubman et al, 2001 reported improvements in the acquisition of educational skills
- Sigafoos and Saggers, 1995 reported that the discrete-trial approach presented a useful technique for the functional analysis of challenging behavior
According to a review by Smith (2001)
"'For children with autism, DTT is especially useful for teaching new forms of behavior (e.g., speech sounds or motor movements that the child previously could not make) and new discriminations (e.g., responding correctly to different requests). DTT can also be used to teach more advanced skills and manage disruptive behavior."
In practice, DTT often produces changes in very specific skills, such as naming things like objects or colours, rather than changes in broader skills, such as communication as a whole.
Key Features
Discrete trial training (DTT) is a highly-structured training technique that involves a trainer instructing an autistic individual using a series of learning opportunities or ‘trials’. Each ‘trial’ has a definite beginning and end, which is why the trials are described as ‘discrete’.
The trainer begins each trial with a short, clear instruction or a question. The trainer may also prompt the learner, showing him how to respond correctly to the instruction or question. For example, the teacher may hold up a picture of a ball and say ‘What is this? Ball’. She may then repeat the question with or without the answer in order to encourage the learner to say ‘Ball’.
If the learner does what the trainer wants, she will immediately reward him. For example, she may praise him or allow him to have something he wants, such as the ball. If the learner does not do what the trainer wants, she will repeat the instruction or try a slightly different approach. In order to be effective the rewards must be tangible and be given to the learner immediately. Otherwise the learner may not associate them with the behaviours being taught.
Discrete trial training allows the trainer to break complex tasks down into smaller, simpler steps, each of which can be repeated until it is mastered. Complicated skills can be built, or ‘scaffolded’, on simpler ones. For example, the trainer may teach the learner how to say "hello, how are you" before teaching him more complex social communication tasks such as greeting someone (which may also involve making eye contact, and paying attention to what the other person has to say).
Cost and Time
Cost
The costs of using DTT will depend to a large extent on who provides the training, how long it takes to implement the intervention, and whether support materials are purchased.
Time
Like many other interventions, the length and frequency of treatment will depend to a large extent on the needs of the individual. For example, if DTT is delivered as part of a larger early intensive behavioural programme it may require many hours of work each day and be implemented over many years.
According to ICAN
"The total time for a DTI teaching sequence would be from 15 to 20 minutes in length. The student then would have a short break (5 to 15 minutes) between individual programs/lessons."
Within each DTI teaching sequence, each trial usually lasts between 5 and 30 seconds, with the teacher providing a break between trials.
Risks and Safety
Hazards
There are few known hazards for discrete trial training. However, it has been heavily criticised by some autistic people. For example, the website autism.wikia.com(Open in New Window), accessed on 29 February 2016, contains a detailed list of criticisms of ABA and DTT in particular from autistic people.
Contraindications
There are no known contraindications for this intervention. However Smith (2001) reported
".. several cautions about DTT are noteworthy: First, the method must be combined with other interventions to enable children to initiate the use of their skills and display these skills across settings. Second, early in treatment, children with autism may require many hours of DTT per week, although controversy exists over precisely how much is appropriate. Third, to implement DTT effectively, teachers must have specialized training. Despite these limitations, DTT is one of the most important instructional methods for children with autism."
Schreibman et al (2015) reported
".. research showed that highly structured interventions such as DTT, while effective in teaching skills, sometimes led to (1) child failure to generalize newly learned skills across multiple environments and circumstances, (2) the presence of escape /avoidance challenging behaviors, (3) lack of spontaneity and (4) overdependence on prompts."
Suppliers and Availability
Suppliers
In theory, DTT is only available from a small number of (usually commercial) agencies, such as the Lovaas Institute in the US and Child Autism UK, and as part of a broader ABA programme. In practice, DTT may actually be implemented by a variety of people, including parents and carers, as well as professionals such as teachers.
Support materials are also available from a range of organisations.
Credentials
According to Simpson et al. (2005)
"Individuals implementing DTT need specialized training that includes theoretical and supervised practical experience in one-to-one behavioral treatment. Smith distinguishes between two levels of proficiency for providing DTT. At the first level, educators can implement DTT with supervision but they cannot develop DTT curricula for specific children. At the second level, educators can supervise DTT programs and be responsible for developing DTT curricula, as well as instruct new teachers to implement this strategy."
There is no internationally recognised qualification for the delivery of DTT but organisations such as the Lovaas Institute in the US and Child Autism UK in the UK run various training programmes for parents and professionals.
In the UK some universities offer degrees in behaviour analysis, including the use of DTT. A stronger indication, but not a guarantee of professional expertise, is the letters BCBA (Board Certified Behaviour Analyst) or BCABA (Board Certified Associate Behaviour Analyst), which is similar but requires less experience. These qualifications indicate that the person has completed coursework in behaviour analysis, had clinical training and passed an exam administered by the Behaviour Analyst Certification Board.
In the USA, ABA programs for autistic learners should be designed and supervised by qualified behavior analysts, preferably individuals who are Board Certified Behavior Analysts with supervised experience providing ABA treatment for autism, or who can clearly document that they have equivalent training and experience.
History
DTT was developed by Dr. O. Ivar Lovaas as a key part of the Lovaas Method in the early 1970s in the USA. Dr. O. Ivar Lovaas worked with non-verbal, institutionalised autistic children in the late 1960s and early 1970s in the USA. He concentrated on improving verbal skills using applied behavioural analysis.
Unfortunately most of the children lost their verbal skills when the programme ceased and they returned to institutional life. However those who moved back with their parents did much better.
Lovaas went on to work with younger children, aged 2 to 4, in their home setting to see if the skills learned by the children were maintained. He developed Early Intensive Behavioural Intervention (The Lovaas Method) from this work.
Current Research
We have identified more than 50 scientific studies of discrete trial training used as a stand-alone technique for autistic people published in peer-reviewed journals. These studies do not include occasions when discrete trial training is used within other, larger programmes such as within early intensive behavioural interventions.
These studies included more than 350 autistic individuals aged from 2 years old to adult.
- The majority of studies (for example, Devlin and Harber, 2004; Elliott, Hall, Soper, 1991; Grindle and Remington, 2002; Jones, Carr, Feeley. 2006; Jones Feeley, Takacs, 2007; Miranda-Linné and Melin, 1992; Newman et al. 2002; Sigafoos and Saggers, 1995; Sigafoos et al, 2006; Taubman et al, 2001) reported one or more positive benefits from discrete trial training.
- Some studies (for example Holding et al, 2011; Koegel et al, 1992; Koegel et al, 1998; Schreibman, Kaneko, Koegel, 1991; Schreibman et al., 2009; and Sigafoos et al, 2006) reported limited or mixed results, in some cases suggesting that other interventions such as incidental teaching or pivotal response training provided more benefits than discrete trial training.
- One study (Sigafoos et al, 2006) reported that DTT led to increased self injury in the single participant.
Status Research
There are a number of limitations to all of the research studies on DTT published to date. For example
- the majority of the studies had 10 or less participants, with most having 3 or less participants
- the majority of the studies used low quality methods such as multiple baseline or alternating design
- three of the five controlled studies had less than 20 participants and two of the three randomised controlled studies had less than 30 participants
- some of the studies which reported that discrete trial training was less successful than other interventions (such as pivotal response training) were carried out by researchers who helped to develop those other interventions
For a comprehensive list of potential flaws in research studies, please see "Why some autism research studies are flawed."
Ongoing Research
- University of California, Davis is running a multi-site randomized study of intensive treatment for toddlers with autism. Clinical Trials Gov Ref: NCT02272192. For more details, please see Intervention Effects of Intensity and Delivery Style for Toddlers With Autism (TADPOLE) Full Item (Open in New Window)
- University of California, Los Angeles is running a multi-site randomised control study of early intervention for spoken communication in autism. Clinical Trials Gov Ref: NCT01018407. For more details, please see Interventions for Communication in Autism Network (ICAN). Full Item (Open in New Window)
- Eunice Kennedy Shriver National Institute of Child Health and Human Development (NICHD) is running a randomised controlled study of adaptive interventions for minimally verbal children with ASD in the community. Clinical Trials Gov Ref: NCT01751698. For more details, please see Adaptive Interventions for Minimally Verbal Children With ASD in the Community (AIM-ASD). Full Item (Open in New Window)
Future Research
Summary of Existing Research
There is strong evidence to show that DTT can be a useful procedure – but only as part of a broader programme of intervention. There is insufficient evidence to show that, used as an end in its own right, it will produce lasting benefits.
We have been unable to identify any personal anecdotes which are specifically about the use of DTT for autistic people. However we have identified numerous accounts of the use of ABA programmes which incorporate DTT.
Recommendations for Future Research
Future research should use randomised controlled designs to investigate the effectiveness of DTT against active control groups (for example, by directly comparing DTT with other interventions, relative to a no-treatment control group) using larger sample sizes.
It would also be helpful to identify the effectiveness of DTT, where DTT is a part of a wider programme, investigating whether and how DTT adds value to the programme (for example, are there particular skills that are more receptive to being taught using DTT techniques than others).
It would be helpful to examine the efficacy and any side effects of DTT on the autistic participants, such as stress or self-injurious behaviour, and over a much longer period.
Any future research should also involve autistic people to review the efficacy and ethical basis of discrete trial training including individuals who may be non-verbal.
Studies and Trials
This section provides details of scientific studies into the effectiveness of this intervention for people with autism which have been published in English-language, peer-reviewed journals.
If you know of any other publications we should list on this page please email info@informationautism.org
Please note that we are unable to supply publications unless we are listed as the publisher. However, if you are a UK resident you may be able to obtain them from your local public library, your college library or direct from the publisher.
Related Studies and Trials
-
Adcock J., Cuvo A. J. (2009)
Enhancing learning for children with autism spectrum disorders in regular education by instructional modifications.
Research in Autism Spectrum Disorders.
Read Abstract
(New Window)
-
Bernard-Opitz V., Ing S., Kong T. Y. (2004)
Comparison of behavioural and natural play interventions for young children with autism.
Autism.
8(3),
Read Abstract
(New Window)
-
Boyd B. A., Woodard C. R., Bodfish J. W. (2011)
Modified exposure and response prevention to treat the repetitive behaviors of a child with autism: a case report.
Case Reports in Psychiatry.
Read Abstract
(New Window)
Read Full
(New Window)
-
Collier D., Reid G. (1987)
A comparison of two models designed to teach autistic children a motor task.
Adapted Physical Activity Quarterly.
4
Read Abstract
(New Window)
-
Crockett J. L.
et al.
(2007)
Parent training: acquisition and generalization of discrete trials teaching skills with parents of children with autism.
Research in Developmental Disabilities.
28(1),
Read Abstract
(New Window)
-
Cummings A., Williams W. L. (2000)
Visual identity matching and vocal imitation training with children with autism: A surprising finding.
Journal on Developmental Disabilities.
7(2),
-
Devlin S. D., Harber M. M. (2004)
Collaboration among parents and professionals with discrete trial training in the treatment for autism.
Education and Training in Developmental Disabilities.
39(4),
Read Abstract
(New Window)
-
Dib N., Sturmey P. (2007)
Reducing student stereotypy by improving teachers' implementation of discrete-trial teaching.
Journal of Applied Behavior Analysis.
40(2),
Read Abstract
(New Window)
-
Elliott R. O., Hall K., Soper H. V. (1991)
Analog language teaching versus natural language teaching: generalization and retention of language learning for adults with autism and mental retardation.
Journal of Autism and Developmental Disorders.
21(4),
Read Abstract
(New Window)
-
Elliott C., Dillenburger K. (2016)
The effect of choice on motivation for young children on the autism spectrum during discrete trial teaching.
Journal of Research in Special Educational Needs.
16(3),
Read Abstract
(New Window)
-
Fisher W. W.
et al.
(2014)
Increasing the saliency of behavior-consequence relations for children with autism who exhibit persistent errors.
Journal of Applied Behavior Analysis.
47(4),
Read Abstract
(New Window)
-
Grindle C. F., Remington B. (2002)
Discrete-trial training for autistic children when reward is delayed: a comparison of conditioned cue value and response marking.
Journal of Applied Behavior Analysis.
35(2),
Read Abstract
(New Window)
Read Full
(New Window)
-
Grindle C. F., Remington B. (2005)
Teaching children with autism when reward is delayed: the effects of two kinds of marking stimuli.
Journal of Autism and Developmental Disorders.
35(6),
Read Abstract
(New Window)
-
Hilton J., Seal B. (2007)
Brief report: Comparative ABA and DIR trials in twin brothers with autism.
Journal of Autism and Developmental Disorders.
37(6),
Read Abstract
(New Window)
-
Holding E., Bray M. A., Kehle T. J. (2011)
Does speed matter? A comparison of the effectiveness of fluency and discrete trial training for teaching noun labels to children with autism.
Psychology in the Schools.
48(2),
Read Abstract
(New Window)
-
Hung D.
et al.
(1983)
Cost and effectiveness of an educational program for autistic children using a systems approach.
Education and Treatment of Children.
6(1),
Read Abstract
(New Window)
-
Jennett H. K., Harris S. L., Delmolino L. (2008)
Discrete trial instruction vs. mand training for teaching children with autism to make requests.
Analysis of Verbal Behavior.
24
Read Abstract
(New Window)
Read Full
(New Window)
-
Jones E. A., Carr E. G., Feeley K. M. (2006)
Multiple effects of joint attention intervention for children with autism.
Behavior Modification.
30(6),
Read Abstract
(New Window)
-
Jones E. A., Takacs J., Feeley K. M. (2007)
Teaching spontaneous responses to young children with autism.
Journal of Applied Behavior Analysis.
40(3),
Read Abstract
(New Window)
Read Full
(New Window)
-
Jones E. A., Feeley K. M. (2010)
Parent implemented joint attention intervention for preschoolers with autism.
Journal of Speech-Language Pathology and Applied Behavior Analysis.
Read Abstract
(New Window)
-
Kayser J., Billingsley F., Neel R. (1986)
A comparison of in-context and traditional instructional approaches: Total task, single trial versus backward chaining, multiple trials.
Journal of the Association for Persons with Severe Handicaps.
11
Read Abstract
(New Window)
-
Koegel R. L., O'Dell M. C., Koegel L. K. (1987)
A natural language teaching paradigm for nonverbal autistic children.
Journal of Autism and Developmental Disorders.
17(2),
Read Abstract
(New Window)
-
Koegel R. L., Koegel L. K., Surratt A. (1992)
Language intervention and disruptive behavior in preschool children with autism.
Journal of Autism and Developmental Disorders.
2(2),
Read Abstract
(New Window)
-
Koegel R. L. (1996)
Collateral effects of parent training on family interactions.
Journal of Autism and Developmental Disorders.
26(3),
Read Abstract
(New Window)
-
Koegel R. L.
et al.
(1998)
Increasing speech intelligibility in children with autism.
Journal of Autism and Developmental Disorders.
28(3),
Read Abstract
(New Window)
-
Koegel R. L., O'Dell M. C., Dunlap G. (1988)
Producing speech use in nonverbal autistic children by reinforcing attempts.
Journal of Autism and Developmental Disorders.
18(4),
Read Abstract
(New Window)
-
Koegel R. L., Williams J. A. (1980)
Direct versus indirect response-reinforcer relationships in teaching autistic children.
Journal of Abnormal Child Psychology.
8(4),
Read Abstract
(New Window)
-
Leaf J. B.
et al.
(2013)
A comparison of discrete trial teaching implemented in a one-to-one instructional format and in a group instructional format.
Behavioral Interventions.
28(1),
Read Abstract
(New Window)
-
Lerman D. C.
et al.
(2015)
Adults with autism spectrum disorder as behavior technicians for young children with autism: Outcomes of a behavior skills training program.
Journal of Applied Behavior Analysis.
48(2),
Read Abstract
(New Window)
-
McGee G. G., Krantz P. J., McClannahan L. E. (1985)
The facilitative effects of incidental teaching on preposition use by autistic children.
Journal of Applied Behavior Analysis.
18(1),
Read Abstract
(New Window)
Read Full
(New Window)
-
Miguel C. F.
et al.
(2009)
Establishing derived textual control in activity schedules with children with autism.
Journal of Applied Behavior Analysis.
42(3),
Read Abstract
(New Window)
Read Full
(New Window)
-
Miranda-Linné F., Melin L. (1992)
Acquisition, generalization, and spontaneous use of color adjectives: a comparison of incidental teaching and traditional discrete-trial procedures for children with autism.
Research in Developmental Disabilities.
13(3),
Read Abstract
(New Window)
-
Mohammadzaheri F.
et al.
(2014)
A randomized clinical trial comparison between pivotal response treatment (PRT) and structured applied behavior analysis (ABA) intervention for children with autism.
Journal of Autism and Developmental Disorders.
44(11),
Read Abstract
(New Window)
-
Neef N. A., Walters J., Egel A. L. (1984)
Establishing generative yes-no responses in developmentally disabled children.
Journal of Applied Behavior Analysis.
17(4),
Read Abstract
(New Window)
Read Extract
(New Window)
-
Nelson D., Gergenti E., Hollander A. (1980)
Extra prompts versus no extra prompts in self-care training of autistic children and adolescents.
Journal of Autism and Developmental Disorders.
10(3),
Read Abstract
(New Window)
-
Newman B.
et al.
(2002)
The effect of providing choices on skill acquisition and competing behavior of children with autism during discrete trial instruction.
Clinical Psychology.
17(1),
Read Abstract
(New Window)
-
Paul R.
et al.
(2013)
Comparing spoken language treatments for minimally verbal preschoolers with autism spectrum disorders.
Journal of Autism and Developmental Disorders.
43(2),
Read Abstract
(New Window)
-
Peters-Scheffer N.
et al.
(2010)
Low intensity behavioral treatment supplementing preschool services for young children with autism spectrum disorders and severe to mild intellectual disability.
Research in Developmental Disabilities.
31(6),
Read Abstract
(New Window)
-
Radley K. C.
et al.
(2015)
Peer-mediated discrete trial training within a school setting.
Research in Autism Spectrum Disorders.
9
-
Roxburgh C. A., Carbone V. J. (2013)
The effect of varying teacher presentation rates on responding during discrete trial training for two children with autism.
Behavior Modification.
37(3),
Read Abstract
(New Window)
-
Schreibman L., Kaneko W., Koegel R. L. (1991)
Positive affect of parents of autistic children: a comparison across two teaching techniques.
Association of Advancement of Behavior Therapy.
22(4),
Read Abstract
(New Window)
-
Sherman J.
et al.
(1988)
Treatment of autistic children: relative effectiveness of residential, out-patient and home-based interventions.
Child Psychiatry and Human Development.
19(2),
Read Abstract
(New Window)
-
Shillingsburg A. M.
et al.
(2009)
Evaluation and training of yes-no responding across verbal operants.
Journal of Applied Behavior Analysis.
42(2),
Read Abstract
(New Window)
Read Full
(New Window)
-
Sigafoos J., Saggers E. (1995)
Discrete-trial approach to the functional analysis of aggressive behaviour in two boys with autism.
Australia and New Zealand Journal of Developmental Disabilities.
20(4),
Read Abstract
(New Window)
-
Sigafoos J.
et al.
(2006)
Effects of embedded instruction versus discrete-trial training on self-injury, correct responding, and mood in a child with autism.
Journal of Intellectual and Developmental Disability.
31(4),
Read Abstract
(New Window)
-
Taubman M.
et al.
(2001)
The effectiveness of a group discrete trial instructional approach for preschoolers with developmental disabilities.
Research in Developmental Disabilities.
22(3),
Read Abstract
(New Window)
-
Tsiouri I., Simmons E. S., Paul R. (2012)
Enhancing the application and evaluation of a discrete trial intervention package for eliciting first words in preverbal preschoolers with asd.
Journal of Autism and Developmental Disorders.
42(7),
Read Abstract
(New Window)
-
Williams J. A., Koegel R. L., Egel A. L. (1981)
Response-reinforcer relationships and improved learning in autistic children.
Journal of Applied Behavior Analysis.
14(1),
Read Abstract
(New Window)
Read Full
(New Window)
-
Woods T. S. (1987)
Programming common antecedents: A practical strategy for enhancing the generality of learning.
Behavioral Psychotherapy.
15(2),
Read Abstract
(New Window)
-
Zifferblatt S.
et al.
(1977)
Establishing generalization effects among autistic children.
Journal of Autism and Child Schizophrenia.
7(4),
Read Abstract
(New Window)
Other Reading
This section provides details of other publications on this topic.
You can find more publications on this topic in our publications database.
If you know of any other publications we should list on this page please email info@informationautism.org
Please note that we are unable to supply publications unless we are listed as the publisher. However, if you are a UK resident you may be able to obtain them from your local public library, your college library or direct from the publisher.
Related Other Reading
-
AUTCOM (1995)
On the exclusive use of discrete trial training for children diagnosed as autistic/PDD: An AUTCOM memorandum.
AUTCOM
Read Full
(New Window)
-
Buckmann S. (1997)
A brief explanation of discrete trial training.
Bloomington, IN:
Indiana Resource Center for Autism
Read Full
(New Window)
-
Delprato D. J. (2001)
Comparisons of discrete-trial and normalized behavioral intervention for young children with autism.
Journal of Autism and Developmental Disorders.
31(3),
Read Abstract
(New Window)
-
Interactive Collaborative Autism Network (2010)
Discrete trial instruction: Introduction.
Kansas City:
Interactive Collaborative Autism Network
-
Mundy P., Crowson M. (1997)
Joint attention and early social communication: implications for research on intervention with autism.
Journal of Autism and Developmental Disorders.
27(6),
Read Abstract
(New Window)
-
National Professional Development Center on Autism Spectrum Disorders (2010)
Evidence-based practice brief: Discrete trial training (DTT).
Chapel Hill, NC:
National Professional Development Center on Autism Spectrum Disorders
Read Full
(New Window)
-
Prizant B. M., Wetherby A. M. (1998)
Understanding the continuum of discrete-trial traditional behavioral to social-pragmatic developmental approaches in communication enhancement for young children with autism/PDD.
Seminars in Speech and Language.
19(4),
Read Abstract
(New Window)
Read Full
(New Window)
-
Reynolds T., Dombeck M. (2006)
Discrete trial.
MentalHelpNet
Read Full
(New Window)
-
Schreibman L.
et al.
(2015)
Naturalistic developmental behavioral interventions: Empirically validated treatments for autism spectrum disorder.
Journal of Autism and Developmental Disorders.
45(8),
Read Abstract
(New Window)
Read Full
(New Window)
-
Simpson R. L. (2005)
Autism spectrum disorders: interventions and treatments for children and youth.
Thousand Oaks, CA:
Corwin Pres Inc.
-
Smith T. (2001)
Discrete trial training in the treatment of autism.
Focus on Autism and Other Developmental Disabilities.
16(2),
Read Abstract
(New Window)
-
Steege M. W.
et al.
(2007)
Applied behavior analysis: beyond discrete trial teaching.
Psychology in the Schools.
44(1),
Read Abstract
(New Window)
-
Texas Statewide Leadership for Autism Training (2009)
Discrete trial training.
Austin, TX:
Texas Statewide Leadership for Autism Training
Read Full
(New Window)
Personal Accounts
This section provides details of personal accounts of the use of discrete trial training for autistic people.
Personal accounts can be useful sources of information about the intervention but are not as scientifically valid or reliable as research trials. This may be especially true where the accounts are published by an organisation which might gain a financial advantage from the take-up of the intervention.
Please note that the views expressed in these personal accounts do not necessarily represent our views.
We have yet to identify any personal accounts which are specifically about the use of discrete trial training and autistic individuals. However we have identified numerous accounts of the use of ABA programmes which incorporate DTT.
These include accounts from the following websites
- Updated
- 17 Jun 2022
- Last Review
- 30 Mar 2016
- Next Review
- 01 Nov 2022