0.6 -s-excel/upravlenie-bezopasnostyu-makrosov/ 2013-10-07T17:52:49+00:00.

Note: This function has been replaced with one or more new functions that may provide improved accuracy and whose names better reflect their usage. Although this function is still available for backward compatibility, you should consider using the new functions from now on, because this function may not be available in future versions of Excel. For more information about the new function, see. Syntax NORMINV(probability,mean,standard_dev) The NORMINV function syntax has the following arguments: • Probability Required. A probability corresponding to the normal distribution. • Mean Required.

The arithmetic mean of the distribution. • Standard_dev Required. The standard deviation of the distribution. Remarks • If any argument is nonnumeric, NORMINV returns the #VALUE! • If probability = 1, NORMINV returns the #NUM!

• If standard_dev ≤ 0, NORMINV returns the #NUM! • If mean = 0 and standard_dev = 1, NORMINV uses the standard normal distribution (see NORMSINV). Given a value for probability, NORMINV seeks that value x such that NORMDIST(x, mean, standard_dev, TRUE) = probability. Thus, precision of NORMINV depends on precision of NORMDIST.

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NORMINV uses an iterative search technique. If the search has not converged after 100 iterations, the function returns the #N/A error value. Example Copy the example data in the following table, and paste it in cell A1 of a new Excel worksheet.

For formulas to show results, select them, press F2, and then press Enter. If you need to, you can adjust the column widths to see all the data.

Data Description 0.908789 Probability corresponding to the normal distribution 40 Arithmetic mean of the distribution 1.5 Standard deviation of the distribution Formula Description Result =NORMINV(A2,A3,A4) Inverse of the normal cumulative distribution for the terms above 42.000002.

Ondřej Soukup simple matrix grammars, generative power, number of components Překladače a gramatiky The concept of simple matrix grammars was introduced and first studied in early seventies. All the achieved results were summarized in a few following studies and the simple matrix grammars start disappearing from the forefront. This work returns to them and aims to correct some generally accepted historical mistakes. In the following studies, the very first definition of simple matrix grammars has slightly evolved to the modern and currently generally accepted form, nevertheless, the validity of the former related results were not revised.

Chertezhi reklamnogo schita dvuhstoronnego. However, these modifications have significant influence on the simple matrix grammars. Despite the existing beliefs that the simple matrix grammars define an infinite hierarchy of languages depending on the number of their components, we show that two components are exactly enough strong and the addition of another component do not increase the generative power.

Moreover, we prove that simple matrix grammars with two components are precisely as strong as matrix grammars. Jakub Šoustar parsing, parallel, communicating, pushdown, automata Překladače a gramatiky In this paper we will look at use of parallel communicating pushdown automata systems (PCPA), that communicates their stacks on request, in parsing. We will present some issues that would accompany their use, and also present some possible ways to deal with those issues. New implicit transition mapping for pushdown automata, that are used as a components of a PCPA, will be presented. This new property is aimed at dealing with the issues, that are caused by new requirements which a PCPA poses on pushdown automata. Marek Milkovič Unpacking, Decompilation, Retargetable Decompiler, Reverse Engineering, Executable Files, Packing, Malware, Compression Překladače a gramatiky Executable file packing is a process used for compression or protection of these files. The behavior and intent of such packed executable files is difficult or even impossible to analyze.

If we want to analyze the original code, we need to detect the used packer and unpack the executable file with a tool called unpacker. This paper describes the methods used for packing and unpacking of the executable files as well as the implementation of an easily and quickly extensible unpacker, which is going to be used in a decompiler developed by AVG Technologies. This unpacker provides the interface for plugins, which extend the set of supported packers. Unpacking plugins aim at the methods for unpacking without actually running the packed program; thereby providing security measures and targeting the architecture and platform independent unpacking.