2
.pdf
keyboard_arrow_up
School
George Mason University *
*We aren’t endorsed by this school
Course
600
Subject
Electrical Engineering
Date
Dec 6, 2023
Type
Pages
9
Uploaded by jennifer324
March 2018
1
FFT and MST:
Frequently Asked Questions
S
takeholders often ask, “
what is FFT? what is MST?
”
and how can communities benefit by providing
evidence-based treatment models to at-risk youth and their families?
This document is designed to help the reader understand each of these evidence-based treatment
models and to support community stakeholders as they strive to address the needs of at-risk youth by
keeping them safely at home, in school, and out of trouble with the law.
FFT is a Blueprints Model program (
http://www.blueprintsprograms.com/
).with special endorsements
from the Office of Juvenile Justice and Delinquency Prevention, the Center for Disease Control and
Prevention, the American Youth Policy Forum, and the US Department of Justice.
MST is a Blueprints Model PLUS program, receiving this honor in 2016 as one of only two programs, and
the only youth intervention in the world, that meet this highest standard of evidence-based models,
including independent replication of research findings.
http://www.blueprintsprograms.com/
. MST is
also endorsed by United Nations on Drugs and Crime, Center for Medicare and Medicaid Services, U.S.
Department of Justice Office of Justice Program, the National Institute of Health, National Institute of
Drug Abuse, and Substance Abuse and Mental Health Administration.
FREQUENTLY ASKED QUESTIONS
What are the target populations of FFT and MST?
What are the outcomes of FFT? What are the outcomes of
MST?
What is the theoretical rational behind FFT? behind MST?
How are the FFT and MST treatment models similar?
How does FFT and MST work?
How intensive are the services?
What is the average length of stay for each program?
How do FFT and MST handle crisis situations?
Can FFT and MST therapists keep the referral source informed?
Are there differences in staffing and caseloads for FFT and MST?
How many opened referrals are needed to sustain an FFT or MST program?
Are FFT and MST cost effective?
How does a community decide to support FFT and MST?
What are the target populations of FFT and MST?
FFT has been studied with youth ages 10 to 18 years old.
FFT research supports the utilization of the
intervention across all levels of risk, low, moderate, and severe, for adolescent behavior problems and
substance use/abuse.
FFT includes youth with multiple serious offenses including felonies and youth
returning home following incarceration.
FFT serves youth from multiple referral sources including, juvenile
justice, child welfare, mental Health, and schools.
Research on these youths has demonstrated reductions
March 2018
2
in recidivism, earlier cessation of drug and alcohol use, as well as reductions in future criminogenic
behaviors.
Youth may demonstrate co-occurring internalizing symptoms, such as anxiety and depression;
however, acting out behaviors, must be present to the degree that functioning is impaired.
At least one
adult caregiver must be available to provide
support and willing to be involved in treatment
.
Research has shown MST to be effective for youth with chronic or severe antisocial behavior, including
youth with histories of violence or felonious behavior and youth with histories of incarceration.
For standard MST, inclusionary criteria include youth between the ages of 12-17 who are living with a
caregiver, at risk of placement due to anti-social or delinquent behaviors, which may include problematic
use of substances, youth involved in the child protective services, juvenile justice, and/or mental health
systems, and youth who have committed sexual offenses in conjunction with other anti-social behavior.
Exclusionary criteria include youth living independently, sex offending behavior in the absence of other
anti-social behavior, youth with moderate to severe autism (difficulties with social communication,
social interaction, and repetitive behaviors) and youth whose psychiatric problems are primary reasons
leading to referral or have severe and serious psychiatric problems.
An adaptation of Multisystemic Therapy for youth with Problem Sexual Behaviors (MST-PSB) is also
available in some counties. MST-PSB is a clinical adaptation of MST that has been specifically designed
and developed to treat youth (and their families) for problematic sexual behavior. Building upon the
research and dissemination foundation of standard MST, the MST-PSB model represents a state-of-the-
art, evidence-based practice uniquely developed to address the multiple determinants underlying
problematic juvenile sexual behavior. MST-PSB is a Blueprints Model program.
What are the outcomes of FFT? What are the outcomes of MST?
Outcome assessment in FFT and in
MST focuses on the “
ultimate
outcomes” of keeping youth at
home, in school, and out of trouble with the law, and “instrumental outcomes” such as improved
family relationships, improved parenting skills, involvement with prosocial peers, and increases in the
family’s social su
pport network. Research suggests that these instrumental outcomes contribute to
the ultimate outcomes.
FFT has been developed and tested for almost 50 years, with 44 published studies documenting the
development, implementation, and outcomes supporting the FFT model.
FFT has been shown to be
highly effective across all levels of risk, including 12 evaluations in the past 10 years with more than
14,000 youth and their families.
MST has been studied for over 40 years with 67 published outcomes, implementation, and benchmarking
studies. MST is the only intervention for high risk youth where results have been repeatedly replicated by
independent research. To date the research on MST has involved over 55,000 families.
Research shows that both treatment models achieve the following short-term (immediate) outcomes:
greater likelihood the youth remains at home, improved family functioning, reduced substance use,
and fewer youth mental health symptoms and/or behavior problems.
In-session research studies of the FFT model have informed the development of specific evidence-
March 2018
3
based strategies for addressing youth and family factors that have been shown to be associated with
failure to engage or complete treatment.
FFT has also been shown to weaken the link between
callous-unemotional traits and negative outcomes.
Research on MST has also found improved peer relations, improved school performance, and
increased likelihood that the youth will attend school.
In the long-term, both models have been shown to reduce criminal recidivism and arrest rates, decrease
substance use, and decrease behavioral health problems.
The longest follow-up studies have been at 5 years for FFT and 25 years for MST.
Research has also shown that the younger siblings of youth who participate in FFT are less likely to have
contact with the court 2 ½ - 3 ½ years later.
For MST, a 25-year follow up study demonstrated a 40-percent reduction in the nearest age sibling
’s
overall arrest rates and a 55-percent reduction in felony arrest rates as compared to individual therapy
siblings, who had a 3.36 times higher arrest rate for any crime.
What is the theoretical rationale behind FFT? behind MST?
Both models draw from family systems theory and integrate behavioral approaches.
FFT is based on the theory that youth’s problem behaviors serve a function within the family. Family
members develop ways of interacting that help them to get their relational needs for closeness or distance
met, but these patterns of interacting may also create or maintain behavior problems.
FFT achieves changes by improving family interactions (e.g., improving communication, problem-solving,
and parenting skills) and developing family member skills that are directly linked to risk factors (e.g.,
emotion
regulation, decision making) or the youth’s behavior problems.
MST draws from social-ecological and family systems theories of behavior. MST views the youth as
embedded within a number of interrelated systems (e.g., family, school, peer, community, and
individual), each of which has an influence on the youth through both protective and risk factors. By
identifying the here-and-
now factors that “drive” a problem behavior and intervening to modify
those factors, change will occur. MST therapists use interventions that have documented research
support, such as cognitive-behavioral, behavioral, behavioral parent training, social-leaning theory,
and strategic and structural family therapy approaches.
How are the FFT and MST treatment models similar?
There are some similarities between the two clinical models. Both models:
•
Are strength-based.
•
Strive to empower family members.
•
Engage caregivers, who are viewed as essential participants in the
youth’s treatment.
View improved family functioning as the path to resolving referral behaviors.
March 2018
4
•
Meet with families in their homes, at times convenient to the family.
Adjust the frequency of sessions to meet the clinical needs of the family.
•
Tailor treatme
nt to the family’s unique situation.
•
Include the development of parenting skills and enhancement of family relationships when clinically
indicated, and often include “homework assignments” between
sessions.
•
Help families build natural supports.
•
Require that therapists receive group supervision on a weekly basis and spend a considerable
amount of time between sessions planning interventions. Both models include some form of
ongoing consultation from model experts to ensure ongoing model fidelity.
•
In MST, this consultation occurs via weekly phone consultation from an MST model Expert.
How does FFT and MST work?
The chart below provides a quick at-a-glance view of each of the models.
MST (Multisystemic Therapy)
FFT (Functional Family Therapy)
•Treatment Site
In the field: home, school,
neighborhood and community.
Sessions in the field or the office,
depending on family need.
•Provider
Single full-time therapist (as part
of, and supported by generalist
team)
Single therapist (as part of, and
supported by generalist team)
•“Team” size
2 to 4 therapists plus a supervisor
3 to 8 therapists including the supervisor
•Treatment
Total behavioral health care
(some exceptions for long-term
care services such as psychiatric
care, see more below under
“Case Management Function”)
with an emphasis on addressing
all systems in the youth and
family’s ecology that effect youth
behaviors, and on empowering
the family to manage challenges
on their own.
Phase-based family therapy model that
directly addresses youth behavior
problems by systematically targeting risk
and protective factors at multiple levels
in the youth’s ecology.
Systemic and
cognitive-behavioral interventions are
included to change/replace maladaptive
emotional, behavioral, and psychological
processes within the individual, the
family, and with relevant extra-family
systems
•Case Management
Function
Service provider rather than
broker of services
–
success of
referrals to long-term care
providers, such as psychiatric
care, are seen as responsibility of
the MST therapist
After youth & family have adopted
positive coping patterns will link with
other resources to enhance skills and
provide additional resources
•Approach to other
co-occurring
treatments
Family makes the decision
regarding what co-occurring
treatments are pursued, though
MST therapists help the family
minimize other services as much
as possible
Exclude families currently engaged in
family therapy
Your preview ends here
Eager to read complete document? Join bartleby learn and gain access to the full version
- Access to all documents
- Unlimited textbook solutions
- 24/7 expert homework help
Related Questions
E1
Please explain the difference (in assumptions and when you use them in practice) between the BIS, SPE, and WSE solution concepts
arrow_forward
Is the relationship between the change in Vas and the resulting change in In linear or non-
linear? Explain.
arrow_forward
An electrical component has a reliability of 0.95 over 1,500 hours of normal use (note normal use indicates it follows an exponential distribution). What is the failure rate? What fraction will survive after 300, 500, and 1,000 hours? What is the MTTF?
arrow_forward
Q5) W. bridge at state of balance when first arm 1000, second arm 2000, third arm
1002 and forth arm 20002. If we put resistance 50 on the forth arm to be 2005o,
when the sensitivity of the Galvanometer 0.5 mm/uA. This Galvanometer can be
discover the state of unbalance if the source value is 5 volt.(right or wrong?)
arrow_forward
Plz
arrow_forward
Analyze and identify data given on the following problems and employ related equations to determine the corresponding required data for each problem.
arrow_forward
2.12 An iron-constantan thermocouple is to be used to measure temperatures
between 0 and 400°C. What will be the non-linearity error as a percentage of the
full-scale reading at 100°C if a linear relationship is assumed between e.m.f. and
temperature?
e.m.f. at 100°C = 5.268 mV;
e.m.f. at 400°C=21.846 mV
arrow_forward
We have already noted two sources of systematic error in the use of this method: not enough sample to displace all the air from the flask and the finite vapor pressure of the unknown. Consider the following possible errors. For each one, describe how the results might be impacted. Please try to be specific (e.g. “The molar mass will be overestimated because…”)
The volume of your flask was found by weighing it, filled with water, at room temperature (20ºC). At 100ºC, because of the expansion of glass, the volume is slightly greater. How could this affect your results?
We have assumed that the temperature of the vapor is the same as the temperature of the boiling water. What if this were not correct?
What could be the impact if some of the vapor leaks before all of it can be condensed?
arrow_forward
During calibration of an LVDT, the data shown in Table P1.54 were obtained. Using a spreadsheet program, plot the relation between the micrometer reading and voltage. What is the linear range of the LVDT? Determine the calibration factor of the LVDT by obtaining the best fit line of the data within the linear range.
arrow_forward
Your answer is partially correct.
Please use the accompanying Excel data set or accompanying Text file data set when completing the following exercise.
An article in the ASCE Journal of Energy Engineering ("Overview of Reservoir Release Improvements at 20 TVA Dams," Vol. 125, April
1999, pp. 1-17) presents data on dissolved oxygen concentration from streams below 20 dams in the Tennessee Valley Authority
system. The sample mean from the observations is = 3.272 and the sample standard deviation is s 2.130. Assume population is
approximately normally distributed.
Round your answers to 2 decimal places.
(a) Calculate the 95% two-sided confidence interval on the mean oxygen concentration.
ΣμΣ
4.28
(Calculate the 95% two-sided prediction interval on the dissolved oxygen concentration for the next stream that will be tested.
2.29
≤ xn+1 S
.7.8456
(c) Find an interval that will contain 95% of the values of the dissolved oxygen concentration with 99% confidence.
2
-1.27
-3.68
eTextbook and…
arrow_forward
Find the probability that, in the next 18 samples, exactly 2 contain the
pollutant. (Use 4 significant figures.) *
Each sample of water has a 10% chance of containing a particular
organic pollutant. Assume that the samples are independent with
regard to the presence of the pollutant. Find the probability that, in the
next 18 samples, exactly 2 contain the pollutant.
arrow_forward
the data I've been researching is about solar panels so relate the answer to limitations to solar panel data
arrow_forward
None
arrow_forward
10 - Akım yoğunluğu, yalıtkan alt tabakalar üzerinde büyütülen mesa yapılı LED'lerde de meydana gelir.Bu durum akım akış tasarımının hangi yönüyle açıklanır?
Current density also occurs with mesa structured LEDs grown on insulating substrates. What aspect of current flow design is this explained?
A) Yalıtım yüzeylerindeki LED’lerde akım yoğunluğu
Current crowding in LEDs on insulating substrates
B) Akım Engelleyen Katmanlar
Current-blocking layers
C) Yanal Enjeksiyon Şemaları
Lateral injection schemes
D) Mevcut Yayılma Teorisi
Theory of current spreading
E) Akım Yayan Katman
Current-spreading layer
arrow_forward
Describe the reasons why the same analysis is not performed for the blocking factor as for the factor of interest
explain why in detail
arrow_forward
Q5 / The resistance of a platirum thermometer wire measured at 50C°,
200C° and 500C° is 14,20322 , 20.60642 and 32.49002, respectively.
Derive an expression for the resistance at t C° to what temperature does a
resistance of 50.4 correspond.
arrow_forward
Q5
Identify the objectives of OSHA 1994 from the options below.
I.
To secure the safety, health and welfare of persons at work against
risks out of the activities at work.
II.
To protect person at a place of work other than persons at work against
risks out of the activities at work.
To promote an occupational environment for persons at work which
is adapted to their physiological and psychological needs.
To maintain or improve the standards of safety and health.
III.
IV.
(a)
I and II only.
(b) 1, II and IІ.
(c)
П, I and IV.
(d) I, II, III and IV.
arrow_forward
1 What is the standard Deviation ? Describe a scenario in which you would use each by given an example in electrical measurement and instrumentation?
2.What is the population standard deviaion ?Describe a scenario in which you would use each by given an example in electrical measurement and instrumentation ?
3. How do the statistics calculated using engineering and IT tools compare? And the statistics that are calculated by hand?
4.What is the importance of modern engineering and information technology in measurement and testingElectrical devices؟
arrow_forward
q116
arrow_forward
With a D'Arsonval movement with
200 internal resistance and 100
mA FSD current, it is required to
design an ammeter with a current
ranges of 0.5 A, 3 A, and 5 A by using
Ayrton shunt. Therefore, Rsh1 =
Rhs2=.............
Rh3=............
arrow_forward
Consider an electrical circuit. The voltage V (volts), current I (amperes), and resistance R (ohms)are related by Ohm’s law, which states V = IR. Suppose that V is increasing at the rate of 2 volt/secwhile I is decreasing at the rate of 14 amp/sec.(a) Find the equation that relates dRdt to dVdt and dIdt .(b) Find the rate at which R is changing when V = 12 volts and I =2 amps. Be sure to include units.Is R increasing or decreasing?
arrow_forward
4. A decorative display uses inexpensive mass produced colored lights having constant failure rate of
1000 per
million per day. Assume that such a display is designed with 2000 such lights that are all
turned on at the same time. The lights are so connected that failure of one does not affect the
operation of others. a) How many lights can be expected to still be operational after 90 days? b)
Determine the mean time to failure of any given light. c) Determine the probability that any given
light will fail within the first 100 days after turn on and also that 20 lights will do likewise. d) Repeat
part c) replacing 1000 days for 100 days. e) Determine the time that can be expected to elapse (from
turn on) before the display has only one operational light left.
arrow_forward
(For each pair of terms, provide a definition of each and explain their similarities and their
differences. Include discussions of benefits and drawbacks as appropriate.
1) Aluminum vs. copper conductors in electrical systems
2) Fuses vs. circuit breakers in electrical systems
TRANSPAR
I
p. 5
arrow_forward
Question 6
what things should I have to buy to design accelemetors in prosthetic?
Text typing work only very fast solution sent me. .
arrow_forward
F2
*
Please use the accompanying Excel data set or accompanying Text file data set when completing the following exercise.
An article in the ASCE Journal of Energy Engineering ("Overview of Reservoir Release Improvements at 20 TVA Dams," Vol. 125, April
1999, pp. 1-17) presents data on dissolved oxygen concentration from streams below 20 dams in the Tennessee Valley Authority
system. The sample mean from the observations is X 3.272 and the sample standard deviation is s = 2.130. Assume population is
approximately normally distributed.
Round your answers to 2 decimal places.
=
(a) Calculate the 95% two-sided confidence interval on the mean oxygen concentration.
2.29
i
-1.2736
SUS
4.28
(b) Calculate the 95% two-sided prediction interval on the dissolved oxygen concentration for the next stream that will be tested.
(i
-3.6752
7.8456
(c) Find an interval that will contain 95% of the values of the dissolved oxygen concentration with 99% confidence.
@
3
#
80
F3
000
F4
$ 4
i
10.2472
75
%…
arrow_forward
.Mr. X and Mr. Y are two friends. One day they were walking on the street and saw that a man in a strange dress has shown many magical activities. He introduced a crystal that turned on the LED light by giving pressure on it. Everyone was surprised by that activities. But Mr. Y said that this crystal is a piezoelectric transducer and is also known as a self-transducer. It can't generate high voltage.Could you explain what are the main reasons for generating the low output voltage?
arrow_forward
INFE242 ELECTRONICS
PLEASE MAKE SURE THE ANSWER IS CORRECT
And make your Line clear ??
All thank and appreciation ?? ?
arrow_forward
SEE MORE QUESTIONS
Recommended textbooks for you
Delmar's Standard Textbook Of Electricity
Electrical Engineering
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Cengage Learning
Related Questions
- E1 Please explain the difference (in assumptions and when you use them in practice) between the BIS, SPE, and WSE solution conceptsarrow_forwardIs the relationship between the change in Vas and the resulting change in In linear or non- linear? Explain.arrow_forwardAn electrical component has a reliability of 0.95 over 1,500 hours of normal use (note normal use indicates it follows an exponential distribution). What is the failure rate? What fraction will survive after 300, 500, and 1,000 hours? What is the MTTF?arrow_forward
- Q5) W. bridge at state of balance when first arm 1000, second arm 2000, third arm 1002 and forth arm 20002. If we put resistance 50 on the forth arm to be 2005o, when the sensitivity of the Galvanometer 0.5 mm/uA. This Galvanometer can be discover the state of unbalance if the source value is 5 volt.(right or wrong?)arrow_forwardPlzarrow_forwardAnalyze and identify data given on the following problems and employ related equations to determine the corresponding required data for each problem.arrow_forward
- 2.12 An iron-constantan thermocouple is to be used to measure temperatures between 0 and 400°C. What will be the non-linearity error as a percentage of the full-scale reading at 100°C if a linear relationship is assumed between e.m.f. and temperature? e.m.f. at 100°C = 5.268 mV; e.m.f. at 400°C=21.846 mVarrow_forwardWe have already noted two sources of systematic error in the use of this method: not enough sample to displace all the air from the flask and the finite vapor pressure of the unknown. Consider the following possible errors. For each one, describe how the results might be impacted. Please try to be specific (e.g. “The molar mass will be overestimated because…”) The volume of your flask was found by weighing it, filled with water, at room temperature (20ºC). At 100ºC, because of the expansion of glass, the volume is slightly greater. How could this affect your results? We have assumed that the temperature of the vapor is the same as the temperature of the boiling water. What if this were not correct? What could be the impact if some of the vapor leaks before all of it can be condensed?arrow_forwardDuring calibration of an LVDT, the data shown in Table P1.54 were obtained. Using a spreadsheet program, plot the relation between the micrometer reading and voltage. What is the linear range of the LVDT? Determine the calibration factor of the LVDT by obtaining the best fit line of the data within the linear range.arrow_forward
- Your answer is partially correct. Please use the accompanying Excel data set or accompanying Text file data set when completing the following exercise. An article in the ASCE Journal of Energy Engineering ("Overview of Reservoir Release Improvements at 20 TVA Dams," Vol. 125, April 1999, pp. 1-17) presents data on dissolved oxygen concentration from streams below 20 dams in the Tennessee Valley Authority system. The sample mean from the observations is = 3.272 and the sample standard deviation is s 2.130. Assume population is approximately normally distributed. Round your answers to 2 decimal places. (a) Calculate the 95% two-sided confidence interval on the mean oxygen concentration. ΣμΣ 4.28 (Calculate the 95% two-sided prediction interval on the dissolved oxygen concentration for the next stream that will be tested. 2.29 ≤ xn+1 S .7.8456 (c) Find an interval that will contain 95% of the values of the dissolved oxygen concentration with 99% confidence. 2 -1.27 -3.68 eTextbook and…arrow_forwardFind the probability that, in the next 18 samples, exactly 2 contain the pollutant. (Use 4 significant figures.) * Each sample of water has a 10% chance of containing a particular organic pollutant. Assume that the samples are independent with regard to the presence of the pollutant. Find the probability that, in the next 18 samples, exactly 2 contain the pollutant.arrow_forwardthe data I've been researching is about solar panels so relate the answer to limitations to solar panel dataarrow_forward
arrow_back_ios
SEE MORE QUESTIONS
arrow_forward_ios
Recommended textbooks for you
- Delmar's Standard Textbook Of ElectricityElectrical EngineeringISBN:9781337900348Author:Stephen L. HermanPublisher:Cengage Learning
Delmar's Standard Textbook Of Electricity
Electrical Engineering
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Cengage Learning