CONTINUOUS DATA 
LOCATION 
AVERAGE 
Calculate the average (arithmetic mean) of a dataset. ^{†} 
AVERAGE_q 
Calculate the average (arithmetic mean) of a dataset. ^{†} 
COUNT 
Calculate the count of numeric rows in a dataset. ^{†} 
COUNT_q 
Calculate the count of numeric rows in a dataset. ^{†} 
GEOMEAN 
Calculate the geometric mean of a dataset. 
GEOMEAN_q 
Calculate the geometric mean of a dataset. ^{†} 
HARMEAN 
Calculate the harmonic mean of a dataset. 
HARMEAN_q 
Calculate the harmonic mean of a dataset. ^{†} 
MEDIAN 
Calculate the median value in a dataset. 
MEDIAN_q 
Calculate the median value in a dataset. ^{†} 
MODE 
Calculate the mode (most frequent value) of a dataset. 
MODE_q 
Calculate the mode (most frequent value) of a dataset. ^{†} 
TRIMMEAN 
Calculate the mean of the interior of a dataset. 
TRIMMEAN_q 
Calculate the mean of the interior of a dataset. ^{†} 

DISPERSION 
AVEDEV 
Calculate average deviation. 
AVEDEV_q 
Calculate average deviation. ^{†} 
COVAR 
Calculate covariance. 
COVAR_q 
Calculate covariance. ^{†} 
COVARIANCE_P 
Calculate population covariance. 
COVARIANCE_S 
Calculate sample covariance. 
DEVSQ 
Calculate deviation squared. 
DEVSQ_q 
Calculate deviation squared. ^{†} 
IPR 
Calculate interpercentile range. Available in XLeratorDB/statistics 2008 only 
IQR 
Calculate interquartile range. Available in XLeratorDB/statistics 2008 only 
KURTOSIS_P 
Calculate population kurtosis. 
KURTOSIS_S 
Calculate sample kurtosis. 
LARGE 
Calculate the kth largest value in a dataset. 
LARGE_q 
Calculate the kth largest value in a dataset. ^{†} 
PERCENTILE 
Calculate percentile. 
PERCENTILE_q 
Calculate percentile. ^{†} 
PERCENTILE_EXC 
Calculate percentile. Available in XLeratorDB/statistics 2008 only 
PERCENTILES 
Calculate any number of percentiles from a set of values . (tablevalued function) 
PERCENTRANK 
Calculate the rank of a value in a dataset as a percentage of the dataset. 
PERCENTRANK_q 
Calculate the rank of a value in a dataset as a percentage of the dataset. ^{†} 
PERCENTRANKS 
Calculate the relative standing of values within a dataset . (tablevalued function) 
PERCENTRANK_EXC 
Calculate the rank of a value in dataset Available in XLeratorDB/statistics 2008 only 
QUARTILE 
Calculate the specified quartile of a dataset. 
QUARTILE_q 
Calculate the specified quartile of a dataset. ^{†} 
QUARTILE_EXC 
Return the specified quartile of a dataset Available in XLeratorDB/statistics 2008 only 
RANGE 
Calculate the difference between the minimum and maximum values in a dataset. Available in XLeratorDB/statistics 2008 only 
RANK 
Return the rank of a number in a list of numbers. 
RANK_q 
Return the rank of a number in a list of numbers. ^{†} 
RANKAVG 
Return the average rank of a number in a list of numbers. Available in XLeratorDB/statistics 2008 only 
SKEWNESS_P 
Calculate the skewness for an entire population. 
SKEWNESS_S 
Calculate the sample skewness. 
SMALL 
Calculate the kth smallest value in a dataset. 
SMALL_q 
Calculate the kth smallest value in a dataset. ^{†} 
STDEV 
Return the estimated standard deviation based on a sample. 
STDEV_q 
Return the estimated standard deviation based on a sample. ^{†} 
STDEVP 
Return the standard deviation for an entire population. 
STDEVP_q 
Return the standard deviation for an entire population. ^{†} 
STDEV_P 
Calculate the standard deviation for an entire population. 
STDEV_S 
Return the estimated standard deviation based on a sample. 
VAR_P 
Calculate the variance for an entire population. 
VAR_S 
Estimate variance based on a sample, or use VAR_S to estimate the population variance from a sample of N elements with an unknown mean (the mean being calculated from the sample itself). 

SHAPE 
KURT 
Calculate the kurtosis of a dataset. 
KURT_q 
Calculate the kurtosis of a dataset. ^{†} 
SKEW 
Return the degree of asymmetry of a distribution. 
SKEW_q 
Return the degree of asymmetry of a distribution. ^{†} 
VAR 
Estimate variance based on a sample, or use VAR to estimate the population variance from a sample of N elements with an unknown mean (the mean being calculated from the sample itself). 
VAR_q 
Estimate variance based on a sample. ^{†} 
VARP 
Return the variance for an entire population. 
VARP_q 
Calculate population variance. ^{†} 

STATISTICAL INFERENCE 
SPECIFIC TESTS 
CHISQ 
Calculate the chisquare (?2) statistic. ^{†} 
CHISQ_q 
Calculate the chisquare (?2) statistic. ^{†} 
CHISQ2 
Calculate the chisquare (?2) statistic. ^{†} 
CHISQ2_q 
Calculate the chisquare (?2) statistic. ^{†} 
CHISQN 
Calculate the chisquare (?2) statistic for data in thirdnormal form. 
CHISQN_q 
Calculate the chisquare (?2) statistic for data in thirdnormal form. ^{†} 
CHISQN2 
Calculate the chisquare (?2) statistic for data in thirdnormal form. 
CHISQN2_q 
Calculate the chisquare (?2) statistic for data in thirdnormal form. ^{†} 
CHITEST 
Calculate the Pearson chisquare test for independence. ^{†} 
CHITEST_q 
Calculate the Pearson chisquare test for independence. ^{†} 
CHITEST2 
Calculate the Pearson chisquare test for independence. ^{†} 
CHITEST2_q 
Calculate the Pearson chisquare test for independence. ^{†} 
CHITESTN 
Calculate the Pearson chisquare test for independence on data in thirdnormal form. 
CHITESTN_q 
Calculate the Pearson chisquare test for independence on data in thirdnormal form. ^{†} 
CHITESTN2 
Calculate the Pearson chisquare test for independence on data in thirdnormal form. 
CHITESTN2_q 
Calculate the Pearson chisquare test for independence on data in thirdnormal form. ^{†} 
FTEST 
Return the result of an Ftest. 
FTEST_q 
Return the result of an Ftest. ^{†} 
KSTEST 
Compare a sample with a reference probability distribution. 
KSTEST_q 
Compare a sample with a reference probability distribution. ^{†} 
KSTEST2 
Perform the twosample KolmogorovSmirnov test to compare the distributions of the values in two samples. 
KSTEST2_q 
Perform the twosample KolmogorovSmirnov test to compare the distributions of the values in two samples. ^{†} 
SFTEST 
Perform the ShapiroFrancia test for the composite hypothesis of normality. 
SFTEST_q 
Perform the ShapiroFrancia test for the composite hypothesis of normality. ^{†} 
SWTEST 
Compute Shapiro and Wilk’s W statistic and its pvalue. 
SWTEST_q 
Compute Shapiro and Wilk’s W statistic and its pvalue. ^{†} 
TTEST 
Calculate the probability associated with Student’s ttest. 
TTEST_q 
Calculate the probability associated with Student’s ttest. ^{†} 
TTEST_INDEP 
Perform a ttest on data in two samples assuming equal variance. 
TTEST_INDEPU 
Perform a ttest on data in two samples assuming unequal variance. 
TTEST_PAIRED 
Perform a ttest on data in two samples assuming unequal variance. 
ZTEST 
Calculate the onetailed probability of a Ztest. 
ZTEST_q 
Calculate the onetailed probability of a Ztest. ^{†} 

CORRELATION AND REGRESSION ANALYSIS 
CORRELATIONS 
CORREL 
Calculate the correlation coefficient between two datasets. 
CORREL_q 
Calculate the correlation coefficient between two datasets. ^{†} 
PEARSON 
Return the Pearson productmoment coefficient between two datasets. 
PEARSON_q 
Return the Pearson productmoment coefficient between two datasets. ^{†} 
PROB 
Calculate the probability that values in a range are between two limits. 
PROB_q 
Calculate the probability that values in a range are between two limits. ^{†} 
RSQ 
Return the Pearson product moment correlation coefficient through data points in knowny’s and knownx’s. 
RSQ_q 
Return the Pearson product moment correlation coefficient through data points in knowny’s and knownx’s. ^{†} 

LINEAR REGRESSIONS 
EXPPRED 
Calculate the predicted value for a dependent variable using the coeffiecients from a previously run mutlivariate exponential regression. Available in XLeratorDB/statistics 2008 only 
FORECAST 
Calculate a future value by using existing values. 
FORECAST_q 
Calculate a future value by using existing values. ^{†} 
GROWTH 
Calculate predicted exponential growth by using existing data. 
GROWTH_q 
Calculate predicted exponential growth by using existing data. ^{†} 
GROWTHMX 
Calculate values along an exponential trend. ^{†} 
GROWTHMX_q 
Calculate values along an exponential trend. ^{†} 
INTERCEPT 
Calculate the point at which a line will intersect the yaxis by using existing xvalues and yvalues. 
INTERCEPT_q 
Calculate the point at which a line will intersect the yaxis by using existing xvalues and yvalues. ^{†} 
LINEST 
Calculate an ordinary least squares (OLS) solution for a series of x and yvalues. ^{†} 
LINEST_q 
Calculate an ordinary least squares (OLS) solution for a series of x and yvalues. ^{†} 
LMPRED 
Calculate the predicted value for a dependent variable using the coefficients from a previously run multivariate linear regression. Available in XLeratorDB/statistics 2008 only 
LOGEST 
Calculate an exponential curve that best fits a series of x and yvalues. ^{†} 
LOGEST_q 
Calculate an exponential curve that best fits a series of x and yvalues. ^{†} 
SLOPE 
Calculate the slope of the linear regression through the data points in the known xvalues and yvalues. 
SLOPE_q 
Calculate the slope of the linear regression through the data points in the known xvalues and yvalues. ^{†} 
TREND 
Calculate the values along a linear trend. 
TREND_q 
Calculate the values along a linear trend. ^{†} 
TRENDMX 
Calculate values along a linear trend. ^{†} 
TRENDMX_q 
Calculate values along a linear trend. ^{†} 
WLS *!* 
Calculate a weighted least squares (WLS) solution for a series of x and yvalues and their associated weights. (tablevalued function) Available in XLeratorDB/statistics 2008 only 
WLS_q *!* 
Calculate a weighted least squares (WLS) solution for a series of x and yvalues and their associated weights. (tablevalued function) Available in XLeratorDB/statistics 2008 only 

LOGISTIC REGRESSIONS 
LOGIT 
Calculate the binary logistic regression coefficients from a table of xvalues (the independent variables) and dichotomous yvalues (the dependent variable). (tablevalued function) 
LOGITPRED 
Calculate the probability that Y = 1 given a set of coefficients from a logistic regression and a set of xvalues. 
LOGITPROB 
Calculate the probability that Y = 1 given a set of coefficients from a logistic regression Available in XLeratorDB/statistics 2008 only 
LOGITSUM 
Calculate the binary logistic regression coefficients from a table of grouped xvalues (the independent variables) with counts of the successes and failures for each group. (tablevalued function) 
ROCTable 
Show the calculation of the area under the ROC curve. (tablevalued function) 
VIF 
Calculate the Rsquared, tolerance, and the variance inflation factor for a set of independent variables. (tablevalued function) 

DATA COLLECTION 
SAMPLING 
KMEANS 
Perform kmeans clustering in Ndimensions. Available in XLeratorDB/statistics 2008 only (tablevalued function) 
STEYX 
Return the standard error of the predicted yvalue for each x in a regression. 
STEYX_q 
Return the standard error of the predicted yvalue for each x in a regression. ^{†} 

INTEROBSERVER AGREEMENT 
ICC 
Calculate the intraclass coefficient. ^{†} 
ICC_TV 
Calculate the intraclass coefficient. (tablevalued function) 
KAPPA_COHEN 
Calculate Cohen’s kappa (?) or weighted kappa as an index of interrater agreement between 2 raters. ^{†} 
KAPPA_COHEN_TV 
Calculate Cohen’s kappa (?) or weighted kappa as an index of interrater agreement between 2 raters. (tablevalued function) 
KAPPA_FLEISS 
Calculate Fleiss’ kappa (?) as an index of interrater agreement between m raters on categorical data. ^{†} 
KAPPA_FLEISS_TV 
Calculate Fleiss’ kappa (?) as an index of interrater agreement between m raters on categorical data. (tablevalued function) 
KENDALLT 
Calculate Kendall’s tau (t), a nonparametric measure of association based on the number of concordances and discordances in paired observations. ^{†} 
KENDALLT_TV 
Calculate Kendall’s tau (t), a nonparametric measure of association based on the number of concordances and discordances in paired observations. (tablevalued function) 
KENDALLW 
Calculate Kendall’s coefficient of concordance (w) as an index of interrater reliability for ordinal data. ^{†} 
KENDALLW_TV 
Calculate Kendall’s coefficient of concordance (w) as an index of interrater reliability for ordinal data. (tablevalued function) 
MCNEMAR 
Perform McNemar’s chisquared test for symmetry of rows and columns in a twodimensional contingency table. ^{†} 
MCNEMAR_TV 
Perform McNemar’s chisquared test for symmetry of rows and columns in a twodimensional contingency table. (tablevalued function) 
PSIGNRANK 
Calculate the distribution function of the Wilcoxon Signed Rank statistic. 
RANK_AVG 
Calculate the ranks for a collection of x and yvalues. (tablevalued function) 
SPEARMAN 
Calculate Spearman’s rank correlation coefficient (?). ^{†} 
SPEARMAN_TV 
Calculate Spearman’s rank correlation coefficient (?). (tablevalued function) 
WMPSR 
Calculate the Wilcoxon matchedpair signedrank test. ^{†} 
WMPSR_TV 
Calculate the Wilcoxon matchedpair signedrank test. (tablevalued function) 

DISTRIBUTIONS 
BETA_DIST 
Calculate the probability density function or cumulative distribution function of a beta distribution for x with shape parameters a and ß. 
BETADIST 
Calculate the beta cumulative probability density function. 
BETAINV 
Calculate the quartiles of the beta cumulative distribution function. 
BETAPDF 
Calculate the probability density function for the beta distribution. 
BINOM_DIST_RANGE 
Calculate the probability of a trial result using a binomial distribution. 
BINOMDIST 
Calculate the binomial distribution. 
BINOMINV 
Calculate the value of number of success in the binomial distribution given the cumulative distribution function. 
BIVAR 
Calculate bivariate normal probabilities. 
CAUCHY 
Calculate the probability density function or the lower cumulative distribution function of the Cauchy distribution. 
CAUCHYINV 
Calculate the inverse lower cumulative distribution of the Cauchy distribution. 
CHI2NC 
Calculate the lower cumulative distribution function of the noncentral chisquare distribution. 
CHI2NCINV 
Calculate the inverse of the lower cumulative distribution function of the noncentral chisquare distribution. 
CHIDIST 
Calculate the onetailed probability of the chisquare distribution. 
CHIINV 
Calculate the inverse of the onetailed probability of the chisquare distribution. 
CHISQ_DIST 
Calculate the probability density or the lower cumulative probability of a chisquared distribution for x and a number of degrees of freedom. 
CHISQ_DIST_RT 
Calculate the upper distribution of a chisquared distribution for x and a number of degrees of freedom. 
CHISQ_INV 
Calculate the inverse of the lefttailed probability of a chisquared distribution. 
CHISQ_INV_RT 
Calculate the inverse of the righttailed probability of a chisquared distribution. 
CHISQPDF 
Calculate the probability density function of the chi square distribution. 
CONFIDENCE 
Calculate a value that you can use to construct a confidence interval for a population mean. 
CONFIDENCE_NORM 
Calculate the confidence interval for a population mean, using a normal distribution. 
CONFIDENCE_T 
Calculate a confidence interval when you don't know the population standard deviation and are using the sample standard deviation instead. 
CRITBINOM 
Calculate the smallest value for the cumulative binomial distribution that is greater than or equal to a criterion value. 
DIGAMMA 
Calculate digamma(z), the logarithmic derivative of the gamma function. Available in XLeratorDB/statistics 2008 only 
EXPDIST 
Calculate the probability density function or the upper cumulative distribution function of the Exponential distribution. 
EXPONDIST 
Calculate an exponential distribution that is equivalent to the function used in EXCEL. 
EXPINV 
Calculate the inverse of the cumulative distribution function of the exponential distribution. 
FDIST 
Calculate the F probability distribution. 
F_DIST 
Calculate the probability density or the lower cumulative probability of an Fdistribution for x and degrees of freedom for 2 independent random variables. 
F_DIST_RT 
Calculate upper cumulative probability of an Fdistribution for x and degrees of freedom for 2 independent random variables. 
FINV 
Calculate the inverse of the F probability distribution. 
F_INV 
Calculate the inverse of the F lower probability distribution. 
F_INV_RT 
Calculate the inverse of the F upper probability distribution. 
FPDF 
Calculate the probability density function of the F distribution. 
FISHER 
Calculate the Fisher transformation at x. 
FISHERINV 
Calculate the inverse of the Fisher transformation. 
GAMMADIST 
Calculate the gamma distribution. 
GAMMAINV 
Calculate the inverse of the cumulative gamma distribution. of the cumulative gamma distribution 
GAMMAP 
Calculate the regularized gamma function P(a, x). 
GAMMAQ 
Calculate the regularized gamma function Q(a, x). 
GEOMETRIC 
Calculate the probability mass function of the geometric distribution. 
GEOMETRICP 
Calculate the cumulative distribution function of the geometric distribution. 
GEOMETRICINV 
Calculate the inverse of the cumulative distribution function of the geometric distribution. 
HYPGEOM_DIST 
Calculate the pmf or the cdf of the hypergeometric distribution. 
HYPGEOM_INV 
Calculate the quantiles of the hypergeometric distribution. 
HYPGEOMDIST 
Calculate the hypergeometric distribution. 
HYPGEOMDISTP 
Calculate the lower cumulative distribution of the hypergeometric function. 
HYPGEOMDISTPINV 
Calculate the inverse of the cumulative distribution function of the hypergeometric distribution. 
HYPGEOMDISTQ 
Calculate the upper cumulative distribution of the hypergeometric function. 
INVGAMMAP 
Calculate the inverse of the incomplete gamma function P(a,x). 
KScdf 
Compute the cumulative probability P[Dn >= x] of the KolmogorovSmirnov distribution with sample size n at x. 
KSccdf 
Compute the complementary cumulative probability P[Dn >= x] of the KolmogorovSmirnov distribution with sample size n at x. 
KSP 
Calculate the KolmogorovSmirnov (KS) cumulative distribution function. 
KSPINV 
Calculate the inverse of the KolmogorovSmirnov (KS) cumulative distribution function. 
KSQ 
Calculate the complementary KolmogorovSmirnov (KS) cumulative distribution function, Qks = 1  Pks. 
KSQINV 
Calculate the inverse of the complementary KolmogorovSmirnov (KS) cumulative distribution function, Qks = 1  Pks. 
LAPLACE 
Calculate the probability density function or the lower cumulative distribution function of the Laplace distribution. 
LAPLACEINV 
Calculate the inverse lower cumulative distribution of the Laplace distribution. 
LOGINV 
Calculate the inverse of the lognormal cumulative distribution function of x where ln(x) is normally distributed within the parameters mean and standard deviation. 
LOGISTIC 
Calculate the probability density function or the lower cumulative distribution function of the logistic distribution. 
LOGISTICINV 
Calculate the inverse lower cumulative distribution of the logistic distribution. 
LOGNORM_DIST 
Calculate the probability density function or the cumulative distributive function of the normal distribution of x, when ln(x) is normally distributed with parameters µ and s. 
LOGNORM_INV 
Calculate the inverse of the lognormal distribution function of x, when ln(x) is normally distributed with parameters µ and s. 
LOGNORMDIST 
Calculate the lognormal cumulative distribution function of x where ln(x) is normally distributed within the parameters mean and standard deviation. 
LOGNORMPDF 
Calculate the probability density function of the lognormal distribution. 
NCFCDF 
Calculate the lower cumulative distribution function of the noncentral F distribution. 
NCFINV 
Calculate the inverse of the lower cumulative distribution function of the noncentral F distribution. 
NCFPDF 
Calculate the probability density function of the noncentral F distribution. 
NCHISQPDF 
Calculate the probability density function of the noncentral chi square distribution. 
NCTCDF 
Calculate the lower cumulative distribution function of the noncentral T distribution. 
NCTINV 
Calculate the inverse of the lower cumulative distribution function of the noncentral T distribution. 
NCTPDF 
Calculate the probability density function of the noncentral T distribution. 
NEGBINOM_DIST 
Calculate the probability mass function or the cumulative distributive function of the negative binomial distribution. 
NEGBINOMDIST 
Calculate the negative binomial distribution. 
NEGBINOMDISTP 
Calculate the cumulative distribution function of the negative binomial distribution. 
NEGBINOMINV 
Calculate the smallest value of x such that NEGBINOMDISTP(x, number of successes, probability of success) >= p. 
NEGHYPGEOM_DIST 
Calculate the probability mass function or the cumulative distributive function of the negative hypergeometric distribution. 
NEGHYPGEOM_INV 
Calculate the quantiles of the negative hypergeometric distribution. 
NORMAL 
Calculate the probability density function for the standard normal distribution. 
NORM_S_DIST 
Calculate the probability density function or the lower cumulative distribution function of the standard normal distribution in SQL Server. 
NORMDIST 
Calculate the normal distribution for the specified mean and standard deviation. 
NORMINV 
Calculate the inverse of the normal cumulative distribution function (cdf). 
NORMSDIST 
Calculate the standard normal cumulative distribution function. 
NORMSINV 
Calculate the inverse of the standard normal distribution in SQL Server. 
POISSON 
Calculate the Poisson distribution. 
POISSON_DIST 
Calculate the probability mass function or the lower cumulative probability of a Poisson distribution for a given number of events occurring in a fixed interval given the rate. 
POISSONINV 
Calculate the inverse of the cumulative distribution function of the Poisson distribution. 
STANDARDIZE 
Calculate a normalized value from a distribution characterized by a mean and standard deviation. 
STUDENTST 
Calculate Student’s tdistribution. 
TDIST 
Calculate the probability for the Student tdistribution where a numeric value (x) is a calculated value of t for which the probability is to be computed. 
T_DIST 
Calculate the probability density function and the lefttailed cumulative probability distribution of Student's tdistribution. 
T_DIST_2T 
Calculate the twotailed cumulative probability distribution of Student's tdistribution. 
T_DIST_RT 
Calculate the righttailed cumulative probability distribution of Student's tdistribution. 
TINV 
Calculate the tvalue of the Student's tdistribution as a function of the probability and the degrees of freedom. 
T_INV 
Calculate the inverse of the lefttailed cumulative probability distribution of Student's tdistribution. 
T_INV_2T 
Calculate the inverse of the twotailed distribution of Student's tdistribution. 
TPDF 
Calculate the probability density function of the T distribution. 
TRIGAMMA 
Calculate trigamma(z) the second derviative of the natural log of the gamma function. Available in XLeratorDB/statistics 2008 only 
UNIFORM 
Calculate the probability density function or the lower cumulative distribution function of the uniform distribution. 
UNIFORMINV 
Calculate the inverse of the lower cumulative distribution of the uniform distribution. 
WEIBULL 
Calculate the Weibull distribution. 
WEIBULLINV 
Calculate the inverse of the cumulative distribution function of the Weibull distribution. 

COMBINATORICS 
BETA 
Calculate the beta function, also known as the Euler integral. 
BETAI 
Calculate the incomplete beta function. 
BICO 
Calculate the binomial coefficient. 
FACTLN 
Calculate the natural logarithm of a factorial. 
FACTORIALPOWER 
Calculate rising or falling factorials. 
GAMMA 
Invoke the (complete) gamma function G(x). 
GAMMAINC 
Calculate the incomplete gamma function. 
GAMMALN 
Calculate the natural logarithm of the (complete) gamma function G(x). 
LCHOOSE 
Calculate the natural logarithm of the binomial coefficient. 
LPERMUT 
Calculate the natural logarithm of the PERMUT function. 
LPERMUTA 
calculate the natural logarithm of the PERMUTATIONA function. 
MULTINOM 
calculate the probability distribution of the outcomes of a multinomial experiment. 
PERMUT 
Calculate the number of permutations for a given number objects that can be selected from a number of objects. 
PERMUTATIONA 
Calculate the number of permutations with replacement. 
STIRLING1 
Calculate a Stirling Number of the first kind. Available in XLeratorDB/statistics 2008 only 
STIRLING2 
Calculate a Stirling Number of the second kind. Available in XLeratorDB/statistics 2008 only 

XLDB_STATISTICS_VERSION 
Displays package Version and Licensing Information 

SAMPLE DATA 
Sample data for certain XLeratorDB/statistics functions documentation 