Unit-1.1 Introduction & History.pdf
Unit-1.2 Evolution & Virtual vs. Traditional Instruments.pdf
Unit-1.3 Advantages of Virtual Instrumentation.pdf
Unit-1.4 Role of Hardware and Software in Virtual Instrumentation.pdf
Unit-1.5 Virtual Instrument Architecture-1 (Sensor Module, Sensor Interface, Processing Module)
Unit-1.6 Virtual Instrument Architecture-2 (Database Interface, Medical Information System Interface)
Unit-1.7 Virtual Instrument Architecture-3 (Presentation and Control, Functional Integration)
Unit-1.8 Comparison of Text-based and Graphical programming
UNIT - 2.1 Introduction to Modular Programming.pdf
UNIT - 2.2 Editing and Debugging.pdf
UNIT - 2.3 SubVIs.pdf
UNIT - 2.4 Structure.pdf
UNIT - 2.5 Arrays and Clusters.pdf
UNIT - 2.6 Charts and Graphs.pdf
UNIT - 2.7 String and File I/O.pdf
UNIT - 2.8 LOCAL and GLOBAL VARIABLES.pdf
UNIT - 3.1 Analog Signal Conditioning - types & design.pdf
UNIT - 3.2 Analog Signal Conditioning - Implementation & Application.pdf
UNIT - 3.3 Analog-to-Digital Converter.pdf
UNIT - 3.4 Digital-to-Analog Converter.pdf
UNIT - 3.5 Sampling, noise and filtering-1.pdf
UNIT - 3.6 Sampling, noise and filtering-2.pdf
UNIT - 3.7 4-20mA Current Loop.pdf
UNIT - 3.8 RS232, RS422, RS485.pdf
UNIT - 3.9 GPIB and VISA.pdf
Unit - 5.1 Electrocardiography (ECG) Conventional Instrumentation
Unit - 5.2 Electrocardiography (ECG) Virtual Instrumentation
Unit - 5.3 Electromyography Conventional Inst.
Unit - 5.4 Electromyography Virtual Inst.
Unit - 5.5 Image Acquisition and Processing using LabVIEW Vision
Unit - 5.6 Motion Control
