Use of Skin-Shock at the Judge Rotenberg Educational Center (JRC)

 

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The Development of a Digital Video Recording System Allowing Real Time Monitoring of
40 Residences Spread Throughout Southern Massachusetts Across the Internet

 

Robert E. von Heyn, Ed Langford, Kerry Krause and Maryellen Kelley

Judge Rotenberg Center Canton MA USA

 

The Judge Rotenberg Educational Center operates day and residential programs for children and adults with behavior problems, including conduct disorders, emotional problems, brain injury or psychosis, autism and developmental disabilities. The basic approach taken at JRC is the use of behavioral psychology and its various technological applications, such as behavioral education, programmed instruction, precision teaching, behavior modification, behavior therapy, behavioral counseling, self-management of behavior and chart-sharing. In order to improve on the consistent implementation of the behavioral treatment a Digital Video Recording system was developed that allowed for real time viewing of all residences from one central location. With this new technology staff and client behavior were closely monitored and near instant feedback was provided to the direct care staff. In addition, video clips could be retrieved for up to two weeks prior to allow for the functional assessment of problematic behavior and useful as a staff training tool to view proper and improper implementation of treatment plans.

 


 

Introduction

Residential treatment programs face the challenge of ensuring consistent behavioral treatment across treatment settings. This is especially true of programs that have separate day and residential settings. If behavioral programs are successfully implemented in one setting but not the other then the overall effectiveness of the treatment is lessened. While it is relatively easy for administrative staff to monitor behavioral treatment programs during the day, it is generally not feasible to have administrative staff monitoring programs during the evening and overnight hours.

At JRC, cameras and VCRs were used previously to record the hours when clients were in each residence and the tapes were brought into the main school building each morning. The JRC video monitoring staff would review specific incidences and try to spot check the 19 residential settings. However staff could only observe limited amounts of tape due to the vast number of hours recorded. In addition, much data were lost due to mechanical failures of both the VCRs and tapes. Our interest in digital recording began at the ABA Conference in New Orleans in 2001 at an exhibitor’s booth. Following months of research it was decided to invest in a Digital Video Recording (DVR) system. While the initial setup costs were high, compared to the VCR system, the DVR system is relatively maintenance free.

 

Method

            Participants and Apparatus

All 240 clients and nearly 900 staff were digitally recorded. The DVRs were purchased from March Networks and connected to color cameras. Each DVR was connected to the internet via a high speed cable connection. The primary cameras used were Panasonic WV-CP244. The cameras in the vans were 12 volt DC from Welddex connected to a modem from Bluetree, Model number BT-1110 CDMA/1XRTT/GPS.

Procedure

Currently 44 residences were equipped with a DVR system that is capable of recording all rooms. At the main school building, 10 DVR systems were located and received input from 58 cameras located in all rooms and areas that clients were located, including outside the school building. In addition, 27 vans and buses, used to transport the clients, were equipped with DVR systems. Some of the systems recorded the behaviors of the occupants on a hard drive and others were connected to the internet through a wireless modem. Some of the DVRs in the vans were GPS enabled allowing monitoring staff to find them on a map and also visually see their surroundings.

All of the DVRs in the school building were directly connected to 55 monitors located in an office where staff monitored all camera angles. The monitors were capable of 73 different views and JRC monitoring staff and quality control personnel staff were always present when clients were in the building. The residential cameras, besides going to the DVR, were also connected to a monitor in the residence that was capable of displaying up to 16 views. This allowed one staff to monitor the entire residence from one location. Whenever clients were in a residence, staff located in our main building, were able to view each room. During the overnight hours there were always two staff present in our main building and they used 7 computer monitors, capable of viewing input from 16 different cameras. This allowed for live monitoring of each residence. Finally all camera views, residences, vans and school are available for administrative staff to view live or archived recordings.

JRC has developed various checklists for DVR monitoring staff to use to evaluate staff as they carry out their responsibilities. An example checklist is presented in Table 1 and lists staff behaviors that the monitoring staff were instructed to evaluate. For example, monitoring staff may count the number of times the staff correctly use the token economy and charge students for their rewards. These data are then summarized and plotted on a chart that depicts the percentage of time staff act correctly.

Results and Summary

The DVR system installed throughout JRC has enabled real time monitoring across all settings. This system allowed our most experienced staff to be present, in essence, in all locations that clients were located and offer immediate feedback on how to more effectively administer each client’s behavior modification treatment program. The use of the DVR Monitoring Checklist allowed JRC to quantify the integrity of each behavioral treatment program and identify problem areas. Figure 1 depicts a good example of a problem identified, added to a monitoring checklist, and corrected. It was observed in January 2004 that some staff were not properly using the token economy system. Monitoring staff were instructed to look closely at the staff’s use of this system and to provide verbal and written feedback. Initially the system was used correctly in only 84% of the observations but, after 6 months, had risen to 100%.

In addition, clinicians and other administrative staff were able to view both live segments from every camera as well as archived video for the prior two weeks. With this ability a functional assessment was possible across all environmental settings and antecedents to problematic behaviors identified.

Classrooms Monitored:  
     Supervisors initials.  
  SHIFT TALLIED TOTALS FROM PACKETS COMPLETED.   SHIFT TALLIED TOTALS FROM PACKETS COMPLETED.
Targeted Deviations  Total # correct Total # in-correct. Targeted Deviations Total # correct Total # in-correct.
Teachers are behind their desks b/w 9 - 10am and 2-3pm/3-4pm only. (2-3pm and 4-4pm for teachers sched to 3 and 4pm respectively)            
Staff gives casual AC       Staff are present in the GM Area of the classroom - not behind teacher's desk    
Students rewarded based on their recording sheets.       Following 1:1 procedure    
Following students' rules       Following schedule    
Electrode rotation policy being followed @ top of hour       Setting/going over students contracts    
Inappropriate interaction/conversation with students       Following the Lanyard system    
Tokens given at timer       Following students programs    
Poor body positioning       Having reminder timer set    
Leaving students unattended       Going over LTDKs and SPCKs    
GED verification procedure being followed       Pinpointing behaviors, including using correct DC procedures    
Poor supervision of students       Following LOP procedures    
Poor use of JRC time/staff doing nothing       Fine for inappropriate behaviors    
Recording behavior frequency       Charging for rewards    
GED transmitter with student's staff       Students engaged in appropriate activities    
  Performance Credit Perf. Improvement
     
Please list any noticed performance pinpoints not listed on this checklist you think should be added to the checklist.  
             
             
             
             
             
             
             
             
             
             
             
             
             
             
             
             
             
  Additional Shift Notes