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241. Maskedstats Nis 2020 Core Weighted V2 (pdf file)
     hcup-us.ahrq.gov/db/nation/nis/tools/stats/MaskedStats_NIS_2020_Core_Weighted_V2.PDF
     January 01, 2020 - 1, 2022 2 Means of Continuous Data Elements Statistics Variable Label N Minimum Maximum Mean Std Error … File 20:35 Thursday, December 1, 2022 3 Means of Continuous Data Elements Statistics Variable Std Error … 1, 2022 4 Means of Continuous Data Elements Statistics Variable Label N Minimum Maximum Mean Std Error … File 20:35 Thursday, December 1, 2022 5 Means of Continuous Data Elements Statistics Variable Std Error … 1, 2022 6 Means of Continuous Data Elements Statistics Variable Label N Minimum Maximum Mean Std Error

242. Checklist for Working with the NASS
     hcup-us.ahrq.gov/db/nation/nass/nasschecklist.jsp
     November 01, 2024 - Checklist for Working with the NASS An official website of the Department of Health & Human Services Search All AHRQ Websites Careers Contact Us Espanol FAQs Email Updat…

243. Checklist for Working with the NEDS
     hcup-us.ahrq.gov/db/nation/neds/nedschecklist.jsp
     November 01, 2024 - Checklist for Working with the NEDS An official website of the Department of Health & Human Services Search All AHRQ Websites Careers Contact Us Espanol FAQs Email Updat…

244. Checklist for Working with the NIS
     hcup-us.ahrq.gov/db/nation/nis/nischecklist.jsp
     September 01, 2025 - Standard error calculations should take into account the stratification (data element NIS_STRATUM) and

245. INTRODUCTION TO THE HCUP NATIONAL INPATIENT SAMPLE (NIS), 2020
     hcup-us.ahrq.gov/db/nation/nis/NIS_Introduction_2020.jsp
     January 01, 2020 - sampling strategy produces more precise estimates than the previous NIS design by reducing sampling error … The self-weighting design of the new NIS reduces the margin of error for estimates and delivers more … For national-level estimates, the 2012 NIS systematic design reduces the margin of error by 42 to 48 … The systematic design also consistently reduced the margin of error for estimates at the DRG level. … Unbiased estimates of error variance are then obtained by comparing the actual values to the predicted

246. Exhibit 2.5 Circulatory Conditions
     hcup-us.ahrq.gov/reports/factsandfigures/figures/2005/2005_2_5b.jsp
     January 01, 2005 - Exhibit 2.5 Circulatory Conditions Exhibit 2.5 Circulatory Conditions Discharges per 100,000 Population for Principal Diagnoses of Circulatory Conditions by Sex,* Ordered by the Prevalence of Male Discharges per 100,000 Population, 2005 Principal Diagnosis CCS Condition Category and Name Male F…

247. HL7 Implementation Guide (pdf file)
     hcup-us.ahrq.gov/datainnovations/clinicalcontentenhancementtoolkit/hi6.pdf
     October 12, 2011 - Exceptions CX Extended Composite Id with Check digit DT Date DTM Date/Time EI Entity Identifier ERL Error … HHIC shall not raise an error due to the presence of a required element, but may raise an error due … in the element, but shall be able to successfully process the message if the element is omitted (no error … However, HHIC will not generate an application error if it receives the element.

248. POPULATION DENOMINATOR DATA FOR USE WITH THE HCUP DATABASES (pdf file)
     hcup-us.ahrq.gov/reports/methods/2014-02.pdf
     January 01, 2014 - For population counts based on Census data, there is no sampling error. … Step-By-Step Example Consider the following example of calculating a population-based rate and standard error … There is no error associated with the Census population count. … For this example, call the population count "ADULT_US_POP" Step 4: Calculate rate and standard error … Calculate the population-based rate per 100,000 population and the standard error of the rate as follows

249. POPULATION DENOMINATOR DATA FOR USE WITH THE HCUP DATABASES (pdf file)
     hcup-us.ahrq.gov/reports/methods/2016-04.pdf
     January 01, 2016 - For population counts based on Census data, there is no sampling error. … Step-By-Step Example Consider the following example of calculating a population-based rate and standard error … There is no error associated with the Census population count. … For this example, call the population count "ADULT_US_POP" Step 4: Calculate rate and standard error … Calculate the population-based rate per 100,000 population and the standard error of the rate as follows

250. POPULATION DENOMINATOR DATA FOR USE WITH THE HCUP DATABASES (pdf file)
     hcup-us.ahrq.gov/reports/methods/2017-04.pdf
     January 01, 2017 - For population counts based on Census data, there is no sampling error. … Step-By-Step Example Consider the following example of calculating a population-based rate and standard error … There is no error associated with the Census population count. … For this example, call the population count "ADULT_US_POP" Step 4: Calculate rate and standard error … Calculate the population-based rate per 100,000 population and the standard error of the rate as follows

251. Methods – Applying HCUP Quality Indicators (pdf file)
     hcup-us.ahrq.gov/reports/methods/2013_01.pdf
     January 01, 2013 - For population counts based on Census data, there is no sampling error. … Step-By-Step Example Consider the following example of calculating a population-based rate and standard error … There is no error associated with the Census population count. … For this example, call the population count "ADULT_US_POP" Step 4: Calculate rate and standard error … Calculate the population-based rate per 100,000 population and the standard error of the rate as follows

252. POPULATION DENOMINATOR DATA FOR USE WITH THE HCUP DATABASES (pdf file)
     hcup-us.ahrq.gov/reports//methods/2014-02.pdf
     January 01, 2014 - For population counts based on Census data, there is no sampling error. … Step-By-Step Example Consider the following example of calculating a population-based rate and standard error … There is no error associated with the Census population count. … For this example, call the population count "ADULT_US_POP" Step 4: Calculate rate and standard error … Calculate the population-based rate per 100,000 population and the standard error of the rate as follows

253. POPULATION DENOMINATOR DATA FOR USE WITH THE HCUP DATABASES (pdf file)
     hcup-us.ahrq.gov/reports/methods/2018-03.pdf
     January 01, 2018 - For population counts based on Census data, there is no sampling error. … Step-By-Step Example Consider the following example of calculating a population-based rate and standard error … There is no error associated with the Census population count. … For this example, call the population count "ADULT_US_POP" Step 4: Calculate rate and standard error … Calculate the population-based rate per 100,000 population and the standard error of the rate as follows

254. MS-2019-02 (pdf file)
     hcup-us.ahrq.gov/reports/methods/2019-02.pdf
     January 01, 2019 - For population counts based on Census data, there is no sampling error. … Step-By-Step Example Consider the following example of calculating a population-based rate and standard error … There is no error associated with the Census population count. … For this example, call the population count "ADULT_US_POP" Step 4: Calculate rate and standard error … Calculate the population-based rate per 100,000 population and the standard error of the rate as follows

255. POPULATION DENOMINATOR DATA FOR USE WITH THE HCUP DATABASES (pdf file)
     hcup-us.ahrq.gov/reports/methods/2015-07.pdf
     January 01, 2015 - For population counts based on Census data, there is no sampling error. … Step-By-Step Example Consider the following example of calculating a population-based rate and standard error … There is no error associated with the Census population count. … For this example, call the population count "ADULT_US_POP" Step 4: Calculate rate and standard error … Calculate the population-based rate per 100,000 population and the standard error of the rate as follows

256. Maskedstats Nrd 2015 Core Weighted (pdf file)
     hcup-us.ahrq.gov/db/nation/nrd/stats/MaskedStats_NRD_2015_Core_Weighted.PDF
     January 01, 2015 - Observations 17198125 Sum of Weights 35673252 Statistics Variable Label N N Miss Minimum Maximum Mean Std Error … 2 Means of Continuous Data Elements Statistics Variable Label N N Miss Minimum Maximum Mean Std Error

257. The health information infrastructure in America today . . . . (pdf file)
     hcup-us.ahrq.gov/datainnovations/clinicaldata/AHRQHCUPfinalNov09BDiefenbach.pdf
     November 01, 2009 - We had the scripts error out twice after running for 20 hours due to the amount of data being returned

258. Healthcare Cost and Utilization Project (HCUP) NIS Notes
     hcup-us.ahrq.gov/db/vars/_prn/nisnote.jsp
     September 01, 2008 - Massachusetts Due to an error in HCUP processing, the procedure verification table for 1988-1992 incorrectly … Due to an error in HCUP processing, the invalid three-digit code was saved in PRn instead of the invalid … An error in HCUP processing caused invalid four-digit codes that ended in non-zeros, as well as zeros

259. HL7 Implementation Guide.
     hcup-us.ahrq.gov/datainnovations/clinicalcontentenhancementtoolkit/hi6.jsp
     July 07, 2016 - Composite Id with Check digit DT Date DTM Date/Time EI Entity Identifier ERL Error … HHIC shall not raise an error due to the presence of a required element, but may raise an error due to … in the element, but shall be able to successfully process the message if the element is omitted (no error … However, HHIC will not generate an application error if it receives the element.

260. Exhibit 2.6. Diabetes
     hcup-us.ahrq.gov/reports/factsandfigures/figures/2005/2005_2_6b.jsp
     January 01, 2005 - Exhibit 2.6. Diabetes Exhibit 2.6. Diabetes Hospital Stays and Discharge Prevalence for All-listed Diabetes by Region, 2005 Hospital Region Total Discharges Standard Errors Discharges per 100,000 Population All regions 6,516,500 143,465 2,198 Northeast 1,300,400 63,008 …