Time Orientation Technologies in Special Education †
Abstract
:1. Introduction
1.1. Aims and Scope
1.2. Previous Works and State of the Art
1.2.1. Human Time Orientation Capacities
1.2.2. Importance of Time Orientation Intervention
1.2.3. Other Works in Time Orientation Intervention
2. Time Orientation Technology Description
2.1. System Evolution
- -
- A physical display in a long white plastic box with a row of several (40) luminous elements, with area at both sides to attach pictograms glued to magnets;
- -
- A single-board computer which is attached to the display, in which the software runs;
- -
- A speaker for melody or voice messages associated;
- -
- A screen to show the pictogram of the current action or a simple pictogram sequence;
- -
- The software package to program the agenda and configure played and displayed information.
2.2. Prototype Description
2.2.1. Electronics
2.2.2. Software
2.2.3. Communications
2.2.4. User Interface Description
3. Evaluation
3.1. Summary
3.2. Methodology Goals, Constraints and Overall Description
3.3. Participants
3.3.1. Selection Process
3.3.2. Special Education Schools and Classes
- (1)
- Four classes with two children per TOD;
- (2)
- Eight classes with one child per TOD;
- (3)
- A total of 16 children have used TOD in their daily school routines, during 3.5 months.
3.3.3. Participants Description
3.4. Evaluation Process
- -
- Project presentation to school direction boards.
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- Project presentation to teachers. Selection of candidates both children and teachers.
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- Data retrieving from selected children. Translation into ICF.
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- Training to teachers: group activity.
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- Installation of TOD’s in the classrooms.
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- Individual training and reinforcement, direct and telephone assistance.
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- First ICF assessment of use of TOD in class.
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- Use of TOD as planned, observations registered by teachers.
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- Second ICF assessment of use of TOD in class.
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- Teachers interviews regarding functionality and usability of device in the class.
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- Debate group: group meeting in which incidences are put in common, solutions applied, opinions shared about TOD as educative resource, repercussion of use of TOD over human behavior.
3.4.1. Manuals and Protocols
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- Install in a space which is as free as possible of other stimuli so perception is easier and with less error margin.
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- Situated in front or in diagonal of children’s place in the class, for visibility reasons.
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- Locate it in a place with no direct artificial or sunlight to avoid reflected light which could make difficult its discrimination.
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- The eye-height of children should be in the middle of the device.
3.4.2. Usage Incidences
3.5. Assessment Test Design, Based in ICF
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- Enormous variability of users and their behavior and difficulties which greatly depend on their level of well-being through the day.
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- Short time scope available. Available action took 4-5 months with holidays in between, which is considered not enough to have stable modifications in changes and tendencies that some users presented.
- -
- Selection process leaves experiment with few candidates, so we have a wide age range and a relatively small number of participants which only allows an approximation to individual results.
- (1)
- Learning and applying knowledge.
- (2)
- General tasks and demands.
- (3)
- Communication.
- (4)
- Mobility.
- (5)
- Self-care.
- (6)
- Daily life.
- (7)
- Interactions and interpersonal relations.
- (8)
- Main areas in life.
- (9)
- Community, social and civic life.
- (1).
- Learning and applying knowledge:
- A.
- Sensory experiences with intention
- 1-
- Look at: set the looking intentionally towards the interface.
- 2-
- Listen: sound perception and set the looking towards the source
- B.
- Basic learning:
- 3-
- Basic skills acquisition: to become capable of executing indicated actions.
- C.
- Knowledge application:
- 4-
- Centering attention: Focus intentionally the attention on stimuli while they happen.
- 5-
- Solve simple problems: To take exploratory actions and/or find solutions to achieve an objective.
- (2).
- General tasks and demands:
- 6-
- To carry out a simple task: Execute a task after receiving the notification.
- 7-
- Complete daily routines: establish and fix time patterns and sequences from TOD notifications.
- 8-
- Stress management: keep a behavior inside tolerable margins during TOD process
- (3).
- Communication:
- A.
- Communication—reception
- 9-
- Spoken messages communication-reception: understand teacher’s comments and from others if they were.
- 10-
- Symbols and signals communication-reception: Understand the meaning of symbols and auditory stimuli.
- B.
- Communication—production
- 11-
- Speak: in an understandable way with communicative intention.
- 12-
- Non-verbal messages production: using signs, drawings or any other non-verbal messages to express him/herself and/or communicate something.
- (4).
- Mobility:
- 13-
- Walking short distances. Walk indoors with an aim.
- (7).
- Interactions and interpersonal relations:
- B.
- Particular interpersonal relations:
- 14-
- Relate with strangers: Establishing temporal links with strangers with specific purposes (in relation with evaluators).
- 15-
- Relate with people in authority position: keep a respect relationship with professionals
- 16-
- Informal relations with peers: with respect and affection
4. Results and Discussion
4.1. ICF Assessment
4.2. Individual Data and Results:
4.2.1. ICF Assessment
4.2.2. Observation Templates for Teachers
4.3. Overall Results
4.4. Discussion
5. Conclusions and Future Work
Author Contributions
Funding
Acknowledgments
Conflicts of Interest
References
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School | No. of Children | No. Classes | No. of Teachers and Collaborators |
---|---|---|---|
CPEE Alborada | 6 | 6 Classes 1 Direction room | 6 Teachers 3 Direction staff |
San Martín de Porres (ATADES) | 4 | 2 Classes | 2 Teachers Director |
CPEE Piaget | 5 | 3 Classes | 3 Teachers Studies coordinator |
CPEE Rivière | 1 | 1 Class 1 Staff room | 1 Teacher Director |
Total | 16 | Classes 12 Rooms 2 TODs 14 | Teachers 12 Other staff 6 |
No. | Age |
---|---|
1 | 19 |
9 | 12 to 15 |
6 | 7 to 11 |
No. | % of Disability |
---|---|
3 | mild disability from 25 to 49 % |
12 | severe disability from 50 to 95 % |
1 | not provided |
No. of Children | Curricular Competence Level |
---|---|
7 | 1st phase of child education (corresponding to 2 to 3 years old in normalized schools) |
6 | 2nd phase of child education (corresponding to 4 to 5 years old in normalized schools) |
3 | With no registered information |
Label | Level of Difficulty | Difficulty Range in % | Difficulty Mean Value (%) |
---|---|---|---|
0 | no difficulty | 0% | 0% |
1 | light difficulty | 5 to 24% | 14.5% |
2 | moderate difficulty | 25 to 49% | 37% |
3 | large difficulty | 50 to 95% | 72.5% |
4 | total difficulty | 96 to 100% | 98% |
Code 010201 1st Assessment | No. of Items |
---|---|
No difficulty | 0 |
light difficulty (5% a 24%) | 0 |
moderate difficulty (25% a 49%) | 4 |
large difficulty (50% a 95%) | 12 |
total difficulty (96% a 100%) | 0 |
ACTIVITIES WITH RESTRICTION | 16 |
LEVEL OF RESTRICTION | 63,63% |
Code 010201 2nd Assessment | No. of Items |
---|---|
no difficulty | 0 |
light difficulty (5% a 24%) | 2 |
moderate difficulty (25% a 49%) | 7 |
large difficulty (50% a 95%) | 7 |
total difficulty (96% a 100%) | 0 |
ACTIVITIES WITH RESTRICTION | 16 |
LEVEL OF RESTRICTION | 49.72% |
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Share and Cite
Guillomía, M.A.; Falcó, J.L.; Artigas, J.I.; García-Camino, M. Time Orientation Technologies in Special Education. Sensors 2019, 19, 2571. https://doi.org/10.3390/s19112571
Guillomía MA, Falcó JL, Artigas JI, García-Camino M. Time Orientation Technologies in Special Education. Sensors. 2019; 19(11):2571. https://doi.org/10.3390/s19112571
Chicago/Turabian StyleGuillomía, Miguel Angel, Jorge Luis Falcó, José Ignacio Artigas, and Mercedes García-Camino. 2019. "Time Orientation Technologies in Special Education" Sensors 19, no. 11: 2571. https://doi.org/10.3390/s19112571
APA StyleGuillomía, M. A., Falcó, J. L., Artigas, J. I., & García-Camino, M. (2019). Time Orientation Technologies in Special Education. Sensors, 19(11), 2571. https://doi.org/10.3390/s19112571