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<p><strong>You Are Here:</strong> <span class="crumb_link"><a href="/" class="crumb_link">AHRQ Archive Home</a> &gt; <a href="/prep/" class="crumb_link">Public Health Preparedness Archive</a> &gt; <a href="." class="crumb_link">Adapting Community Call Centers for Crisis Support</a> &gt; Appendix 4 (continued) </span></p>
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<td height="30px"><h2><span class="title">Adapting Community Call Centers for Crisis Support</span></h2></td>
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<td><div id="centerContent"><p><strong>Public Health Emergency Preparedness</strong></p> <div class="headnote">
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<h2>Appendix 4 (continued)</h2>
<h3><a name="EvalDocument" id="EvalDocument"></a>6.0 Interactive Response Tool Evaluation Document </h3>
<h4><a name="SanLuis" id="SanLuis"></a>6.1 San Luis Valley Region Exercise</h4>
<p>The San Luis Valley Region is made up of six rural counties located in the Southwest
of Colorado. Most of public health agencies in the valley only have
one or two public health nurses assigned to them. The total census population
for the region is 48,000 but population can increase to greater than 75,000
in the summer months. We decided to test a prototype version of the QI Monitoring
application in conjunction with a planned influenza vaccination exercise in
this rural area.</p>
<h5>Exercise Design</h5>
<p>In order to test the vaccination plans that would be used during a disease outbreak,
such as for pandemic influenza, public health nursing services in the six counties
in the San Luis Valley conducted free flu shot clinics beginning on Saturday,
October 15, 2006. The exercise began with a fictitious health emergency
being declared. Area clinics were opened and flu shots were provided to the
public to test the ability of the local public health agencies to respond to
this staged incident. As part of the response, each county public health
nursing service also practiced the ability of its staff to isolate ill persons
and to quarantine people who have been exposed to ill individuals.<br />
A series of questions was asked before each person was admitted to the vaccination
clinic to segregate out those who were already ill and may need to be quarantined.
A &quot;Yes&quot; answer to any of the following questions was sufficient
for the person to be assigned to home quarantine:</p>
<ul>
<li>Do you have a fever now?</li>
<li>Do you have body aches now?</li>
<li>Do you have a new cough or new sore throat?</li>
<li>Have you been around someone who has the flu or the above symptoms?</li>
</ul>
<h5>Methodology<u></u></h5>
<p>Two citizens in each county, a total of 12, volunteered to be mock &quot;isolation
cases&quot; and help test the QI Monitoring application. Data on individuals to be
placed into isolation were collected (see sample Case/Contact Investigation Report
Form&#8212;Appendix 3-A) and faxed to the Regional Epidemiologist who entered
them into the State Health Department's Outbreak Management System. Data
were transferred twice each day (prior to start of calling periods) as a flat
file to test our ability to utilize this for directing the QI Monitoring application
to call people. We were also provided the list of all mock cases and
their contact information to verify that the application received the complete
list and made the appropriate calls. The Quarantine/Isolation (QI) Monitoring
application called the 12 volunteers identified for quarantine and isolation
during the exercise to check on their status (whether they answered the provided
phone number) two times (calling periods) per day for 2 to 4 days.</p>
<h5>Results</h5>
<p>The application was able to utilize the received flat files for contacting volunteers
prior to each calling period. There was difficulty in reaching one person who had
a telephone number that blocked solicitation calls (they also use IR systems).
This was disabled to permit receipt of calls from the IR system. Otherwise
the application successfully dialed all listed phone numbers. All 12
volunteers successfully interacted with IR application (call registered as
answered by a person) at least once during their quarantine. Four of the volunteers
answered the IR application calls within 1 or 2 attempts for all calling periods.
The Regional Epidemiologist was notified whenever a volunteer had not answered
for two consecutive calling periods, signifying a need for a home visit. This
occurred for 8 of the volunteers who failed to answer the IR application calls
within 2 attempts for two to four consecutive calling periods.</p>
<ul>
<li>Total number of calling periods for all 12 volunteers = 74.
<ul>
<li># Calling periods with calls answered with 1 attempt = 38 (51 percent).</li>
<li># Calling periods with calls answered with 2 attempts = 14 (19 percent).</li>
<li># Calling periods without calls answered with 2 attempts = 22 (30 percent).</li>
</ul>
</li>
<li>Notifications to Regional Epidemiologist (2 consecutive calling periods without
an answer) = 14.</li>
</ul>
<p>The feedback from volunteers and exercise organizers suggested several potential
improvements for the QI Monitoring application (followed by our assessment
of each suggestion):</p>
<ul>
<li>Have the option to repeat messages. (Such an option was added). </li>
<li>Call up to three times during an hour to attempt contact. (Application could
be programmed to call as many times per day as needed.)</li>
<li>IR system should recognize telephone prefixes and call the appropriate
county health agency when someone does not answer. (This is not possible
with the IR system.)</li>
<li>Recorded voice should speak slower. (Recordings updated with best
&quot;voice&quot; for speed, clarity, tone and volume.)</li>
<li>If cell phone is called, integrate GPS information to insure the person
is still at home. (This is not possible with the IR system.)</li>
<li>IR should give a phone number to call back on if the person cannot wait to
speak to someone. (It is important that the quarantined person complete calls
but the application does provide an announcement of a direct number to use
when received, if assistance is needed afterwards.)</li>
<li>Cancel call forwarding feature to limit calls to a land line telephone at the
person's home. (This would require cooperation of telephone service provider and
be subject to applicable laws.)</li>
<li>Provide an electronic link between State Health Department and the call
center to transfer case or contact data. (A flat file was used to export
list of contacts to make prior to each calling period&#8212;it is a manual
process for loading this file into the application.)</li>
</ul>
<p>There were also suggestions for public health agencies using this application:</p>
<ul>
<li>Have someone make at least one home visit during the home quarantine or
isolation period.</li>
<li>Develop protocols for children.</li>
<li>Develop protocols for more than one case or contact at the same location.</li>
<li>Provide an information sheet to home quarantine or isolation candidates
explaining:<ul>
<li>What to expect.</li>
<li>What to do in certain instances.</li>
<li>What not to do.</li>
<li>Who to call if you need help.</li>
</ul></li>
</ul>
<h5>Summary</h5>
<p>There were several key lessons learned from the San Luis Valley Region Exercise. In a
pandemic influenza or other infectious disease (i.e. SARS) scenario, home quarantine
or isolation may be an important, early component of the public health response. With
effective risk communication messages to the public and adequate support for
those in quarantine, we expect a good percentage of compliance. Small public
health agencies (and perhaps larger agencies) will have difficulty keeping track
individuals in home quarantine or isolation. This will require extensive
personnel resources without the benefit of a system like the IR and the QI Monitoring
application (or some similar monitoring strategy). In this test the
application was able to monitor up to 70 percent of the quarantined persons
which demonstrated compliance with little personnel resources. This may help
public health agencies free up resources to focus on non-compliant individuals
or manage the myriad of other response actions required.</p>
<p class="size2"><a href="callapp4.htm#top">Return to Appendix 4 Contents</a> </p>
<h4><a name="NCentral" id="NCentral"></a>6.2 North Central Region Exercise</h4>
<p>The North Central Region (NCR) consists of 10 counties in the Denver metropolitan
area with a population of 2.7 million people. The geography of the NCR ranges
from mountainous rural to suburban foothills to urban plains areas. The NCR
was established by Colorado as a Homeland Security region. The NCR is participating
in the Cities Readiness Initiative (CRI) with the goal of &quot;get pills
into people within 48 hours using every method available to save as many lives
as possible.&quot; The antibiotic medications the CRI is preparing to
distribute will come from local caches as well as the Strategic National Stockpile
(SNS), if necessary.</p>
<h5>Exercise Design</h5>
<p>The goal of the NCR Exercise was to test the ability of the four IR applications to
initiate contact and effectively communicate key information to users. In
addition to a more fully developed version of the QI Monitoring application,
public health volunteers also tested the Drug Identification (DI), Point of
Dispensing (POD) and Frequently Asked Question (FAQ) Library applications. Up
to ten volunteers from each county participated in the exercise beginning on
May 2, 2006. A total of 96 volunteers tested the QI Monitoring application,
with approximately one third assigned to test one of the three other applications.
The goals for testing each application were:</p>
<ul>
<li>QI Monitoring: initiate contact and assess health status of individuals
in quarantine reflective of their assigned &quot;health&quot; scenario.</li>
<li>DI: provide accurate pill identification based upon supplied drug photo.</li>
<li>POD: provide accurate location for drug distribution based upon entered
zip code.</li>
<li>FAQ Library: to provide accurate information that was retrievable by the
user about an assigned health concern.</li>
</ul>
<h5>Evaluation Methodology</h5>
<p>Unlike
the first exercise in the San Luis Valley, this exercise was strictly scripted
so that we could evaluate IR application accuracy as well as how the user assessed
the applications upon a set of eight criteria. Volunteers were provided a call
log (go to Appendix 3-B) to record their experiences with the QI Monitoring application.
An additional evaluation form was used to record the answers from their use
of one of the three assigned other applications (Appendixes C&#8212;E). The
volunteers evaluated the QI Monitoring and other assigned application on specific
aspects using a 5-point scale (5 = Strongly Agree, 4 = Agree, 3 = Undecided,
2 = Disagree, 1 = Strongly Disagree). The eight criteria used to evaluate each
IR application were:</p>
<ul>
<li>Directions given by the IR were easy to follow.</li>
<li>Recorded voice on the IR was easy to understand.</li>
<li>Recorded voice on the IR went at a proper speed.</li>
<li>Recorded voice on the IR was at a proper volume.</li>
<li>User satisfied with experience using the IR.</li>
<li>User had a positive opinion of the IR. (This criteria was tailored to a
specific question about each application.)</li>
<li>User would trust receiving supportive contact or information via an
automated system such as the IR during a public health event.</li>
<li>User would prefer to receive supportive contact or information via an automated
system such as the IR versus a person during a public health event.</li>
</ul>
<p>The QI Monitoring application attempted to contact all volunteers during two call
periods (9:00am-11:00am and 2:00pm-4:00pm) each day for two consecutive
days. Each volunteer was assigned one of four &quot;health&quot; scenarios so we could
determine, once contacted, if the QI Monitoring application correctly reported a
person's health status.</p>
<p>The following is an example &quot;health&quot; scenario:</p>
<p>&quot;You are a 65-year-old man who has been quarantined since May 1st and is
expecting to receive automated calls verifying your health status on May 2nd
and May 3rd. You begin experiencing symptoms including body aches and fever
above 100oF on the afternoon of May 3rd. You will be contacted by the IR for
your health status and should respond according to the following:</p>
<ul>
<li>May 2nd - morning: Temperature &lt;100&deg;F (no assistance needed)</li>
<li>May 2nd - afternoon: Temperature &lt;100&deg;F (no assistance needed)</li>
<li>May 3rd - morning: Temperature &lt;100&deg;F (no assistance needed). </li>
<li>May 3rd - afternoon: Temperature &gt;100&deg;F (assistance needed)</li>
</ul>
<p>Volunteers returned call logs after the exercise and their evaluations of the applications
and comments were reviewed to determine if any modification would be needed.</p>
<h5>Results</h5>
<p>We received 93 evaluations (97 percent return rate); 88 evaluations were completed representing
92 percent of volunteers. The results for each application will be discussed
in the following sections.</p>
<h5>Quarantine/Isolation (QI) Monitoring</h5>
<p>The modified version of this application was again able to utilize a flat file for
contacting volunteers. A problem was encountered during the first calling period with
dialing three long distance numbers. The application was quickly modified to allow
for long distance dialing (&quot;1&quot; added to front of long distance numbers)
for the three remaining calling periods. Otherwise the application successfully dialed
all listed phone numbers for all calling periods. </p>
<p>All but two volunteers successfully interacted with IR application (call registered
as answered by a person) at least once during their quarantine. Fifty-nine
(61 percent) of the volunteers answered the IR application calls within 1 or
2 attempts for all calling periods: 20 answered for three periods, 14 for two
periods, and 1 for just one period. Four times a person made a mistake in the
language selection (and could not go on to select a health status&#8212;instructions
what to do if this occurs could be provided upon enrollment).</p>
<p>A county public health contact was notified whenever a volunteer had not answered for
two consecutive calling periods, signifying a need for a home visit. This occurred
for 15 of the volunteers who failed to answer the IR application calls within
2 attempts for two to four consecutive calling periods.</p>
<ul>
<li>Total number of calling periods for all 96 volunteers = 382.<ul>
<li># Calling periods with calls answered with 1 attempt = 278 (72 percent).</li>
<li># Calling periods with calls answered with 2 attempts = 45 (12 percent).</li>
<li># Calling periods without calls answered with 2 attempts = 59 (15 percent).</li>
</ul></li>
<li>Notifications to Regional Epidemiologist (2 consecutive calling periods
without an answer) = 19.</li>
</ul>
<p>The majority of volunteers indicated favorable scores (4 or 5) for seven of the
eight criteria used to assess the QI Monitoring application (n=88):</p>
<ul>
<li>Directions given by the IR were easy to follow&#8212;99 percent (mean
score 4.6, median score 5.0).</li>
<li>Recorded voice was easy to understand&#8212;99 percent (mean score 4.7,
median score 5.0).</li>
<li>Recorded voice went at a proper speed&#8212;98 percent (mean score 4.6,
median score 5.0).</li>
<li>Recorded voice was at a proper volume&#8212;97 percent (mean score 4.7,
median score 5.0).</li>
<li>Satisfied with experience using the IR&#8212;93 percent (mean score 4.6,
median score 5.0).</li>
<li>Had a positive opinion of the IR&#8212;93 percent (mean score 4.6, median
score 5.0).</li>
<li>Would trust receiving supportive contact via an automated system like the
IR during a public health quarantine&#8212;88 percent (mean score 4.3,
median score 5.0).</li>
</ul>
<p>The only criteria not scored favorably by a majority of users concerned their preference
in receiving health department contact from an automated system versus speaking
to a live person: 43 percent with scores 4 or 5, mean score 3.4 and median
score 3.0.</p>
<p>In hindsight we thought we should have asked users to assess if it would be acceptable to
receive supportive contact from an automated system during public health quarantine.
Indeed some of the comments received from users seemed to indicate that the
IR would be acceptable for use during such an emergency. One comment raised
the question whether this application could work for everyone. It was never
our intention that this application could work for everyone. It would be at
the discretion of public health agencies coordinating quarantine efforts to
decide which individuals this application could assist in monitoring&#8212;the
goal being that many individuals could be supported by this approach. That
would reduce the overall number of individuals requiring personnel to monitor
them, so those resources could concentrate on special needs cases.</p>
<ul>
<li>&quot;Much faster automated&hellip; was on hold 11 to 12 minutes awaiting
to speak to a live person&#8212;a reasonable time frame&#8212;but this
will dramatically increase during a true emergency, using up cell phone batteries,
increasing public anxiety, and overtaxing responders.&quot;</li>
<li>&quot;Prefer a real person, but this was easy to understand.&quot;</li>
<li>&quot;If an actual emergency occurred, I wouldn't mind being called by
IR as long as I could get to a live person if my questions weren't answered.&quot;</li>
<li>&quot;But will it work for everyone? Especially the very elderly living
with relatives.&quot;</li>
</ul>
<h5>Drug Identification (DI)</h5>
<p>This application was tested to determine how effective it would be in assisting the
public in identifying antibiotic drugs that may be distributed during certain public
health events. The underlying challenge is that multiple medications will be distributed
to the same household during an emergency and not all of them will look the same.
For example there are multiple manufacturers of doxycycline, all of which are
contained in the local and SNS stockpiles. Rather than calling their doctor or
pharmacist to question them about these medications, this IR application offers
a self-service alternative.</p>
<p>Thirty volunteers were assigned to evaluate this application. Rather
than provide the actual medication, they were provided pictures of both sides
of one of the doxycycline drugs, asked to identify it with the application
and record the answer on an evaluation form (see Appendix 3-C). We received
completed evaluations from 26 volunteers (83 percent return rate) assigned
to test this application. A total of 24 (92 percent) correctly identified
the pictured drug: 22 identified it as doxycycline, 2 identified it as an antibiotic,
1 did not provide an answer and 1 indicated that the color of the pictured
drug did not match any of the options (a printer issue&#8212;see comment
below).</p>
<ul>
<li>&quot;The prompt asked for a brown pill not pink with this imprint.&quot;</li>
</ul>
<p>To increase the ability of callers to correctly identify drugs, the application includes
drug type (capsule, tablet), drug shape, drug color and drug imprint for identification.
In a real event, this caller could have been routed to an Information Provider
for assistance (an option that could be added to the application) or directed
to another resource.</p>
<p>The majority of volunteers indicated favorable scores (4 or 5) for seven of the
eight criteria used to assess the DI application (n=26):</p>
<ul>
<li>Directions given by the IR were easy to follow&#8212;96 percent (mean
score 4.6, median score 5.0).</li>
<li>Recorded voice was easy to understand&#8212;88 percent (mean score 4.5,
median score 5.0).</li>
<li>Recorded voice went at a proper speed&#8212;85 percent (mean score 4.3,
median score 5.0).</li>
<li>Recorded voice was at a proper volume&#8212;92 percent (mean score 4.5,
median score 5.0).</li>
<li>Trust automated system to correctly identify drug&#8212;77 percent (mean
score 4.2, median score 4.5).</li>
<li>Satisfied with experience using the IR&#8212;73 percent (mean score 4.2,
median score 5.0).</li>
<li>Would trust receiving information via an automated system like the IR during
a public health emergency&#8212;77 percent (mean score 4.2, median score
4.5).</li>
</ul>
<p>The only criteria not scored favorably by a majority of users concerned their preference
in receiving health department information from an automated system versus
speaking to a live person: 42 percent with scores 4 or 5, mean score 3.4 and
median score 3.0. Again, we thought we should have asked users to assess
if it would be acceptable to receive information about medications from an
automated system during public health emergency. Indeed one of the comments
received from users seemed to indicate that the IR would be acceptable for
use during such an emergency.</p>
<ul>
<li>&quot;Talking to a real person is always comforting but this system did
work well.&quot;</li>
</ul>
<p>Other comments identified improvements for the application including recorded
messages (spelling out drug names, using better voice for recording) and an
option to identify more than one drug appearance per call. We made the appropriate
modifications to the application to address these suggestions.</p>
<ul>
<li>&quot;I could not understand the name of the medication. Need
to pronounce it better and slower. Spelling it would help.&quot;</li>
<li>&quot;It would be nice to be able to identify more than one pill per call
if there is potential for family members to have different products. I wouldn't
want to listen to the introduction more than once.&quot;</li>
</ul>
<h5>Point of Dispensing (POD)</h5>
<p>This application was tested to determine if zip code specific messages could
assist users with getting POD locations where drugs are being distributed. The
application allows users to call and receive very specific messaging according
to their entered 5 digit zip code. This application provides self-service information
delivery where messages could be modified for a variety of events besides mass
drug dispensing. Major application benefits include:</p>
<ul>
<li>Provides consistent, accurate information dependent upon entered zip code.</li>
<li>Collects zip code data to characterize events (situational awareness&#8212;where
are callers from and should more media messaging be used).</li>
<li>Expands capacity for handling surges since calls are handled without personnel.</li>
<li>Adaptable to any emergency where zip code specific messaging is needed
including shelter in place strategies.</li>
<li>Supports mass prophylaxis/immunizations.</li>
</ul>
<p>Thirty-six volunteers were assigned to evaluate this application. Callers were
instructed to enter a 5 digit zip code, record that zip code and the location
they were given on an evaluation form (see Appendix 3-D). We received all
36 evaluations back (100 percent return rate) and all recorded the correct
POD location for their entered zip code.</p>
<p>The majority of volunteers indicated favorable scores (4 or 5) for seven of
the eight criteria used to assess the POD application (n=36):</p>
<ul>
<li>Directions given by the IR were easy to follow&#8212;83 percent (mean
score 4.3, median score 5.0)</li>
<li>Recorded voice was easy to understand&#8212;92 percent (mean score 4.4,
median score 5.0).</li>
<li>Recorded voice went at a proper speed&#8212;81 percent (mean score 4.1,
median score 4.0).</li>
<li>Recorded voice was at a proper volume&#8212;92 percent (mean score 4.4,
median score 5.0).</li>
<li>Information received was accurate based upon entered zip code&#8212;94
percent (mean score 4.6, median score 5.0).</li>
<li>Satisfied with experience using the IR&#8212;86 percent (mean score 4.4,
median score 5.0).</li>
<li>Would trust receiving information via an automated system like the IR during
a public health emergency&#8212;86 percent (mean score 4.4, median score
5.0).</li>
</ul>
<p>The only criteria not scored favorably by a majority of users concerned their preference
in receiving health department information from an automated system versus
speaking to a live person: 47 percent with scores 4 or 5, mean score 3.5 and
median score 3.0. Again, we thought we should have asked users to assess
if it would be acceptable to receive information about POD locations from an
automated system during public health emergency.</p>
<p>Comments identified improvements for the application including recorded messages (using
better voice for recording, providing major intersections to locations, eliminating
confusing words) and an option to repeat location messages. We made the appropriate
modifications to the application to address these suggestions.</p>
<ul>
<li>&quot;I had to play the message several times to hear the location - still
not sure what the name of the stadium was.&quot;</li>
<li>&quot;Need 'directions to location' option. I really
liked the message about 'plenty of antibiotics' and impression that people
would be taken care of properly.&quot;</li>
<li>&quot;Speak at different speeds for different parts of the message. Eliminate
words like prophylaxis which don't help most callers.&quot;</li>
</ul>
<h5>Frequently Asked Question (FAQ) Library</h5>
<p>This application was tested to evaluate the ability of users to navigate a library
of messages and to obtain the desired information. Our HELP program uses this library
for handling calls after hours and with great success. One of the benefits of the
FAQ Library application is allowing self-service information delivery that
is consistent and accurate. The application collects structured data
to characterize the information needs of the public (situational awareness&#8212;what
are public information needs and should media messaging be used for them).
The application has the ability to expand capacity for handling surges and
is capable of adapting to different events.</p>
<p>Thirty
volunteers were assigned to evaluate this application. Callers were instructed
to call, obtain the answer to the question they were assigned and record the
answer on an evaluation form (see Appendix 3-E). We received 28 completed evaluations
(93 percent return rate): 27 (96 percent) provided correct answers to one of
the following assigned questions:</p>
<ul>
<li>What is the incubation period for West Nile Virus in humans?</li>
<li>What are the symptoms of mold exposure?</li>
<li>How do I know if I have West Nile Virus?</li>
</ul>
<p>The one incorrect entry gave mold-growing conditions instead of symptoms of
mold exposure. </p>
<p>The majority of volunteers indicated favorable scores (4 or 5) for all eight
criteria used to assess the FAQ Library application (n=28):</p>
<ul>
<li>Directions given by the IR were easy to follow&#8212;96 percent (mean
score 4.6, median score 5.0)</li>
<li>Recorded voice was easy to understand&#8212;96 percent (mean score 4.6,
median score 5.0)</li>
<li>Recorded voice went at a proper speed&#8212;82 percent (mean score 4.1,
median score 4.0).</li>
<li>Recorded voice was at a proper volume&#8212;100 percent (mean score
4.7, median score 5.0).</li>
<li>Able to easily navigate through the options to find information&#8212;100
percent (mean score 4.7, median score 5.0).</li>
<li>Satisfied with experience using the IR&#8212;100 percent (mean score
4.7, median score 5.0).</li>
<li>Would trust receiving information via an automated system like the IR during
a public health emergency&#8212;93 percent (mean score 4.5, median score
5.0).</li>
<li>Would prefer receiving information via an automated system versus a live
person during a public health emergency&#8212;57 percent (mean score 3.7,
median score 4.0).</li>
</ul>
<p>This application received the most favorable evaluations from users. However, the
lowest rating again concerned the preference in receiving health department information
from an automated system versus speaking to a live person. The responses suggest
that most users would find it acceptable to retrieve information from an FAQ
library during public health emergency. Comments identified improvements for
the application including recorded messages (using better voice for recording,
eliminating confusing words), an option to repeat messages and an option to
return to the main to answer another question. We made the appropriate modifications
to the application to address these suggestions.</p>
<ul>
<li>&quot;I felt that the symptoms were listed very quickly. IR
needs to slow down just a little bit, otherwise very good!&quot;</li>
<li>&quot;He went too fast to write it all down However, if I was calling
to see if I had the symptoms, I would know what I was listening for and would
probably not write all of them down.&quot;</li>
<li>&quot;When you get to the answer you are looking for your only option
was to repeat the message or start all over again. Could you also provide
an option to go to the West Nile Virus main menu?&quot;</li>
<li>&quot;Need way to slow down or pause recording when listing things, otherwise
too much info too fast.&quot;</li>
</ul>
<p class="size2"><a href="callapp4.htm#top">Return to Appendix 4 Contents</a> </p>
<h4><a name="EvalSumm" id="EvalSumm"></a>6.3 Evaluation Summary </h4>
<p>Exercise objectives were met and we obtained excellent feedback to help us
improve the tested applications. We also obtained important information
on what the user acceptance was for these IR applications. Although there
were mostly favorable evaluations for all four applications, it was apparent
the FAQ Library application seemed more acceptable than the DI application
(perhaps because the latter concerned medications to be taken). The comments
and evaluations of these applications should help Public Information Officers
in determining which ones may be acceptable for different events and in developing
messaging strategies. These results also suggest areas for potential
community outreach efforts for public health agencies to create a more informed
public. One lesson learned is that the applications will only be as good as
the information that is developed for them and how it is provided to the public.</p>
<p class="size2"><a href="callapp4.htm#top">Return to Appendix 4 Contents</a> </p>
<h4><a name="Future" id="Future"></a>6.4 Future Research </h4>
<p>These IR applications have yet to be tested with vulnerable and at risk populations
(Spanish-speakers, seniors, etc). Such testing may be necessary to determine
if some groups would respond as positively to the IR applications as the test
groups did. Additional research will be needed to determine other information
and resource needs for the public and how to provide them health emergency
events.</p><p class="size2"><a href="callapp4.htm#top">Return to Appendix 4 Contents</a><br />
<a href="index.html#contents">Return to Report Contents</a><br /><a href="callapp4a.htm">Proceed to Next Section</a></p>
<p>&nbsp;</p>
<div class="footnote">
<p> The information on this page is archived and provided for reference purposes only.</p></div>
<p>&nbsp;</p>
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