Math for programmers - Pluralsight

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Added on April 8, 2014 by DennisRitchiein Other > Tutorials
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Math for programmers - Pluralsight (Size: 771.6 MB)
 03.Course Overview.mp47.98 MB
 02.Why Study Math for Programmers.mp46.66 MB
 04.Math or Maths.mp45.17 MB
 01.Welcome.mp41.9 MB
 Thumbs.db25 KB
 07.Mapping High Level Data Types.mp415.35 MB
 04.How Many Unique Values can you Store.mp412.08 MB
 02.How data is stored.mp411.91 MB
 08.Demo Characters as Integers.mp411.33 MB
 06.Interpreting Bit Patterns as Boolean, Integer, or Floating Point.mp49.7 MB
 05.Powers.mp49.58 MB
 03.Memory, Locations and Words.mp45.3 MB
 01.Overview.mp44.11 MB
 09.Summary.mp41.82 MB
 Thumbs.db18 KB
 08.Hexadecimal.mp424 MB
 04.Computers and Binary.mp414.73 MB
 10.Converting Between Bases.mp411.23 MB
 05.Special Numbers.mp49.88 MB
 09.Octal.mp48.74 MB
 07.Units.mp48.71 MB
 02.Number Bases.mp48.64 MB
 06.Capacity.mp47.44 MB
 03.The Number Line.mp45.82 MB
 11.Summary.mp43.34 MB
 01.Overview.mp42.48 MB
 04.Negative Numbers and 2's Complement.mp430.46 MB
 03.Defending Against Overflows.mp425.67 MB
 02.Understanding Overflows.mp419.08 MB
 06.Integer Division.mp414.18 MB
 07.Shifting.mp412.04 MB
 05.Sign Extension.mp411.5 MB
 08.Selecting Integer Types.mp47.79 MB
 09.Best Practices.mp43.92 MB
 10.Summary.mp43.13 MB
 01.Overview.mp41.57 MB
 Thumbs.db20.5 KB
 08.Zero and Subnormal Numbers.mp425.63 MB
 07.IEEE754 How Floating Points are Stored.mp425.21 MB
 05.Fixed Point Numbers.mp421.64 MB
 04.Why Decimals are Inaccurate.mp421.5 MB
 10.Equality Comparisons.mp421.25 MB
 06.Scientific Notation.mp418.95 MB
 09.Infinities and Not-A-Number.mp414.42 MB
 11.Software-Implemented Types.mp413.17 MB
 03.Understanding Decimals.mp47.5 MB
 02.Types of Number.mp45.08 MB
 06.Bitwise Flags.mp435.88 MB
 02.Logical Operators.mp423.96 MB
 07.Masking Bytes Example Color.mp418.17 MB
 04.Simplifying Logical Expressions.mp49.99 MB
 05.Bitwise Operators.mp46.44 MB
 08.Best Practices.mp43.43 MB
 03.Truth tables.mp43.28 MB
 01.Overview.mp42.15 MB
 09.Summary.mp42.03 MB
 Thumbs.db63.5 KB
 02.Rounding and Truncating.mp435.92 MB
 03.How Big are Your Errors.mp419.31 MB
 05.Arithmetic and Error Propagation.mp413.97 MB
 06.Putting it Together.mp48.04 MB
 04.Displaying Numbers.mp47.48 MB
 08.Summary.mp43.87 MB
 07.Best Practices.mp42.64 MB
 01.Overview.mp41.36 MB
 Thumbs.db62 KB
 byteoverflow-2539ded4.ipch2.25 MB
 ByteOverflow.vcxproj4.27 KB
 Readme.txt1.71 KB
 ByteOverflow.vcxproj.filters1.3 KB
 ByteOverflow.cpp395 bytes
 STDAFX.h320 bytes
 targetver.h314 bytes
 STDAFX.cpp299 bytes
 ByteOverflow.vcxproj.user143 bytes
 ByteOverflow.sdf5.81 MB
 ByteOverflow.vcxproj4.27 KB
 Readme.txt1.71 KB
 ByteOverflow.vcxproj.filters1.3 KB
 ByteOverflow.sln903 bytes
 ByteOverflow.cpp395 bytes
 STDAFX.h320 bytes
 targetver.h314 bytes
 STDAFX.cpp299 bytes
 ByteOverflow.vcxproj.user143 bytes
 Resources.resx5.48 KB
 Resources.Designer.cs2.45 KB
 AssemblyInfo.cs2.22 KB
 Settings.Designer.cs1022 bytes
 settings.settings201 bytes
 OverflowGuard.csproj4.2 KB
 MainWindow.xaml2.01 KB
 MainWindow.xaml.cs1.45 KB
 APP.xaml324 bytes
 App.xaml.cs297 bytes
 OverflowGuard.csproj4.2 KB
 MainWindow.xaml2.01 KB
 MainWindow.xaml.cs1.45 KB
 OverflowGuard.sln881 bytes
 APP.xaml324 bytes
 App.xaml.cs297 bytes
 Resources.resx5.48 KB
 Settings.Designer.vb2.93 KB
 Resources.Designer.vb2.72 KB
 AssemblyInfo.vb1.15 KB
 application.myapp481 bytes
 Application.Designer.vb441 bytes
 settings.settings279 bytes
 VbIntDivision.vbproj4.58 KB
 MODULE1.vb368 bytes
 VbIntDivision.vbproj4.58 KB
 VbIntDivision.sln881 bytes
 MODULE1.vb368 bytes
 AssemblyInfo.cs1.42 KB
 CshFloatDivisionGotcha.csproj2.41 KB
 Program.cs330 bytes
 CshFloatDivisionGotcha.csproj2.41 KB
 CshFloatDivisionGotcha.sln908 bytes
 Program.cs330 bytes
 AssemblyInfo.cs1.41 KB
 CShIntDivision.csproj2.39 KB
 Program.cs404 bytes
 CShIntDivision.csproj2.39 KB
 CShIntDivision.sln884 bytes
 Program.cs404 bytes
 AssemblyInfo.cs1.4 KB
 UintOverflow.csproj2.39 KB
 Program.cs426 bytes
 UintOverflow.csproj2.39 KB
 UintOverflow.sln878 bytes
 Program.cs426 bytes
 read me.txt737 bytes
 AssemblyInfo.cs1.42 KB
 FloatingPointEquality.csproj2.41 KB
 Program.cs483 bytes
 FloatingPointEquality.v12.suo33.5 KB
 FloatingPointEquality.suo16.5 KB
 FloatingPointEquality.csproj2.41 KB
 FloatingPointEquality.sln905 bytes
 Program.cs483 bytes
 AssemblyInfo.cs1.41 KB
 SubnormalNumbers.csproj2.4 KB
 Program.cs606 bytes
 SubnormalNumbers.v12.suo32.5 KB
 SubnormalNumbers.suo16 KB
 SubnormalNumbers.csproj2.4 KB
 SubnormalNumbers.sln890 bytes
 Program.cs606 bytes
 AssemblyInfo.cs1.4 KB
 InfinityNan.csproj2.39 KB
 Program.cs556 bytes
 InfinityNan.v12.suo31 KB
 InfinityNan.suo15 KB
 InfinityNan.csproj2.39 KB
 InfinityNan.sln875 bytes
 Program.cs556 bytes
 AssemblyInfo.cs1.39 KB
 Decimals.csproj2.38 KB
 Program.cs409 bytes
 Decimals.v12.suo30.5 KB
 Decimals.suo14.5 KB
 Decimals.csproj2.38 KB
 Decimals.sln866 bytes
 Program.cs409 bytes
 Resources.resx5.48 KB
 Resources.Designer.cs2.46 KB
 AssemblyInfo.cs2.23 KB
 Settings.Designer.cs1 KB
 settings.settings201 bytes
 Display Exponential.csproj4.21 KB
 MainWindow.xaml2.51 KB
 MainWindow.xaml.cs1.2 KB
 APP.xaml330 bytes
 App.xaml.cs303 bytes
 Display Exponential.suo22 KB
 Display Exponential.csproj4.21 KB
 MainWindow.xaml2.51 KB
 MainWindow.xaml.cs1.2 KB
 Display Exponential.sln899 bytes
 APP.xaml330 bytes
 App.xaml.cs303 bytes
 AssemblyInfo.cs1.41 KB
 FloatsApproximate.csproj2.4 KB
 Program.cs730 bytes
 FloatsApproximate.suo16 KB
 FloatsApproximate.csproj2.4 KB
 FloatsApproximate.sln893 bytes
 Program.cs730 bytes
 Readme.txt817 bytes
 Resources.resx5.48 KB
 Resources.Designer.cs2.44 KB
 AssemblyInfo.cs2.21 KB
 Settings.Designer.cs1018 bytes
 settings.settings201 bytes
 CharAsInt.csproj4.19 KB
 MainWindow.xaml1.54 KB
 MainWindow.xaml.cs985 bytes
 APP.xaml320 bytes
 App.xaml.cs293 bytes
 CharAsInt.suo21 KB
 CharAsInt.csproj4.19 KB
 MainWindow.xaml1.54 KB
 MainWindow.xaml.cs985 bytes
 CharAsInt.sln869 bytes
 APP.xaml320 bytes
 App.xaml.cs293 bytes
 Resources.resx5.48 KB
 Resources.Designer.cs2.44 KB
 AssemblyInfo.cs1.4 KB
 Settings.Designer.cs1018 bytes
 settings.settings249 bytes
 Form1.resx5.68 KB
 Form1.Designer.cs4.41 KB
 ColorBits.csproj3.59 KB
 Form1.cs1.29 KB
 Program.cs427 bytes
 Form1.resx5.68 KB
 Form1.Designer.cs4.41 KB
 ColorBits.csproj3.59 KB
 Form1.cs1.29 KB
 ColorBits.sln869 bytes
 Program.cs427 bytes
 Readme.txt263 bytes
 AssemblyInfo.cs1.42 KB
 FloatingPointDigits.csproj2.4 KB
 Program.cs331 bytes
 FloatingPointDigits.sln899 bytes
 Readme.txt227 bytes
 5-math-for-programmers-m5-floating-points-slides.pdf3.53 MB
 3-math-for-programmers-m3-binary-slides.pdf2.72 MB
 6-math-for-programmers-m6-logic-slides.pdf2.51 MB
 4-math-for-programmers-m4-integers-slides.pdf1.76 MB
 7-math-for-programmers-m7-errors-slides.pdf1.73 MB
 2-math-for-programmers-m2-types-of-data-slides.pdf1.69 MB
 1-math-for-programmers-m1-intro-slides.pdf1.4 MB
 Troelsen A. - Pro C# 5.0 and the .NET 4.5 Framework (The Expert's Voice in .NET) - 2012.epub29.37 MB

Description

This course covers the maths behind how your computer stores and manipulates data. You'll learn how to read binary and hexadecimal, how both integers and floating point numbers are stored and the limitations of using them. Advice on best practices and how to work effectively with boolean values and bitwise operators.

Have you ever wondered exactly why displaying the contents of memory often gives strange-looking numbers like 0x38FF that contain letters? Or puzzled over a time when your code added two floating point numbers but the result wasn't quite correct? If so, then this is the course for you. It aims to teach you the mathematics behind how computers store and manipulate numbers and booleans. You'll learn, amongst other things, how to read binary and hexadecimal numbers, and why floating point numbers are almost always stored with small errors and how to estimate how big those errors are. You'll find out how to simplify complex logical expressions, or how to use logical operators and bitwise flags to very efficiently store and manipulate sets of true/false properties. The course also features lots of advice on best practices for working with numerical and boolean data. Underpinning all this, you'll learn how to see your data the way a computer sees it. And that, when your job involves writing or debugging code that manipulates millions of bytes of data, is a very useful skill to have.

author:
Simon Robinson
Simon is a senior developer with over 20 years programming experience, particularly covering C++ and the .NET Framework. He believes knowledge is to be shared and has written or co-written more than a dozen books for professional programmers.

Course: http://pluralsight.com/training/Courses/TableOfContents/math-for-programmers

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Math for programmers - Pluralsight