Weekly outline

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    【瀏覽課程大綱Syllabus】【列印Print】

  • General

  • 1. 19 February - 25 February

    02/19(Monday) 13:30 - 15:20 & 02/20(Tuesday) 15:30 - 17:20 / Installation of LabVIEW
    1. Student grouping and seating arrangements, explanation of the semester grading method.
    2. Registering the names of students who intend to purchase books 
    3. Demonstration: Students registering on the NI LabVIEW official website.
    4. Creating Shortcuts and Running the Program
    5. Hands-on operation of the first LabVIEW user interface: Input and output of LabVIEW values.

    • 2. 26 February - 3 March

      2/26(Monday) 13:30 - 15:20 & 2/27(Tuesday) 15:30 - 17:20 / LabVIEW Workspace 
      1. Human-Machine Interface
      2. Graphical Programming Area
      3. Tools Palette
      4. Toolbar
      5. Dropdown Menu

      • 3. 4 March - 10 March

        3/04(Monday) 13:30 - 15:20 & 3/05(Tuesday) 15:30 - 17:20 / LabVIEW Workspace 
        1. Floating and Fixed Panels 
        2. Panel Settings for Front Panel
        3. Context Help Windows Component Description Window
        4. File storage, file opening 

        • 4. 11 March - 17 March

          3/11(Monday) 13:30 - 15:20 & 3/12(Tuesday) 15:30 - 17:20 /  Numeric and Comparison Functions 
          1. Basic Numeric Operation Functions
          2. Random Input Values
          3. Arithmetic Operations 
          4. Compound Arithmetic  

          • 5. 18 March - 24 March

            3/18(Monday) 13:30 - 15:20 & 3/19(Tuesday) 15:30 - 17:20 /  Array -1
            1. Array Constant
            2. Array Size 
            3. Index Array
            4. Build Array

            • 6. 25 March - 31 March

              3/25(Monday) 13:30 - 15:20 & 3/26(Tuesday) 15:30 - 17:20 / Array -2

              1. Array Subset

              2. Initialize Array

              3. CLAD：Subarray

              • 7. 1 April - 7 April

                4/01 (Monday) 13:30 - 15:20 & & 4/02 (Tuesday) 15:30 - 17:20 / Cluster
                1. Reorder Control In Cluster
                2. Bundle & Bundle By Name
                3. Unbundle
                4. Cluster & Waveform Graph

                • 8. 8 April - 14 April

                  4/08(Monday) 13:30 - 15:20 & 4/09(Tuesday) 15:30 - 17:20 /  Loop
                  1. While Loop  & Stop Button
                  2. For Loop & Increment 
                  3. For Loop & Add Shift Register 
                  4. For Loop & Feedback Node

                  • 9. 15 April - 21 April

                    4/15(Monday) & 4/16(Tuesday)  "Midterm exam week" 

                    • 10. 22 April - 28 April

                      4/22(Monday) 13:30 - 15:20 & 4/23(Tuesday) 15:30 - 17:20 / Repetitive Loop Structure
                      1. Formula Node 
                      2.  For Loop  & Formula Node
                      3.  "4 Bit Shift Register"
                      4.  CLAD simulated exam practice

                      • 11. 29 April - 5 May

                        5/29(Monday) 13:30 - 15:20 & 5/02(Tuesday) 15:30 - 17:20 / Boolean & Truth Table
                        1. Boolean to (0, 1) 
                        2. Logic Circuits：AND Gate、OR Gate、XOR Gate、Not Gate、NAND Gate 
                        3. Numerical value converted to Boolean 
                        4. Boolean converted to Numerical value

                        • 12. 6 May - 12 May

                          5/06(Monday) 13:30 - 15:20 & 5/07(Tuesday) 15:30 - 17:20 / Adder - Select
                          1.  Half Adder 
                          2.  Which do you want ? Select
                          3.  Full Adder 
                          4.  Practice hands-on and upload to the digital learning platform.

                          • This week

                            13. 13 May - 19 May

                            5/13(Monday) 13:30 - 15:20 & 5/14(Tuesday) 15:30 - 17:20 / Dialog
                            1.  Dialog 1： Reminder
                            2.  Dialog 2： Decision
                            3.  Dialog 3： Multiple Decision
                            4.  Practice hands-on and upload to the digital learning platform.

                            • 14. 20 May - 26 May

                              5/20(Monday) 13:30 - 15:20 & 5/21(Tuesday) 15:30 - 17:20 / Graph 
                              1.  Waveform Chat
                              2.  Multiple waveforms Chart
                              3.  Waveform Chart of upper and lower water level limits, as well as changes in water level.
                              4.  Practice hands-on and upload to the digital learning platform.

                              • 15. 27 May - 2 June

                                5/27(Monday) 13:30 - 15:20 & 5/28(Tuesday) 15:30 - 17:20 / String & Path
                                1. String Control、String Indicator 
                                2. Concatenate Strings
                                3. Ring & Enum
                                4. Creating a perpetual calendar
                                5. String/Number Conversion

                                • 16. 3 June - 9 June

                                  6/03(Monday) 13:30 - 15:20 & 6/04(Tuesday) 15:30 - 17:20 / Timing
                                  1. Wait
                                  2. Wait Until Next Multiple 
                                  3. Time Delay 
                                  4. Get Date/Time String 
                                  5. One Shot 

                                  • 17. 10 June - 16 June

                                    6/10(Monday) 13:30 - 15:20 & 6/11(Tuesday) 15:30 - 17:20 / Local Variables
                                    1. Local Variables 
                                    2. Sequency Structure 
                                    3. Designing a ring counter using sequential architecture and local variables.

                                    • 18. 17 June - 23 June

                                      6/17(Monday) & 6/21(Tuesday)  "Final exam week"

                                      / Case Structure
                                      1.  Case(T or F)
                                      2.  Case(0. 1. 2. 3....n) 
                                      3.  Sequency Structure：Flat Sequence
                                      4.  Sequency Structure：Stacked Sequence
                                      5.  Sequential-like frame