LTVsystems

Documentation for LTVsystems

Installation

Users

1. Download Julia v1.6.4 or later, if you haven't already.
2. Add the LTVsystems module entering the following at the REPL ]add https://github.com/NMSU-ISA/LTVsystems.

Student Developers

1. Clone the LTVsystems module to username/.julia/dev/.
2. Enter the package manager in REPL by pressing ] then add the package by typing dev LTVsystems rather than add LTVsystems.

Table of Contents

• Sources
• • LTI Omnidirectional Source
  • LTI Directional Source
  • Stationary Directional Source with Time-Varying Beam Center
• Reflectors
• • Ideal Point Reflectors
  • Continuous Reflectors as a Line Segment
• Receivers
• • LTI Omnidirectional Receiver
  • LTI Directional Receiver
  • Stationary Directional Receiver
• LTI Omnidirectional Modeling
• • Scenario A [Single pulse, single reflector, transmitter and receiver at same location]
  • Scenario B [Single pulse, single reflector, transmitter and receiver at different location]
  • Scenario C [Single pulse, multiple reflector, transmitter and receiver at different location]
  • Scenario D [Single pulse, multiple reflector, single transmitter and multiple receiver]
  • Scenario E [Single pulse, single reflector, multiple transmitter and receiver at different locations]
  • Scenario F [Pulse train, single reflector, transmitter and receiver at same location, random noise]
• LTI Directional Modeling
• • Scenario A [Single pulse, single reflector, transmitter and receiver at same location with single beam direction]
  • Scenario B [Single pulse, single reflector, transmitter and receiver at different location with single beam direction]
  • Scenario C [Pulse train, single reflector, transmitter and receiver at same location with single beam direction and random white noise]
• Stationary Directional Source Modeling
• • Scenario A [Pulse train, multiple reflector, transmitter and receiver at same location]
  • Scenario B (More General Case) [Pulse train, multiple reflector, transmitter and receiver at same location]
  • Scenario C [Pulse train, multiple reflector, transmitter and receiver at different location]
• LTV Doppler Effect Modeling
• • Scenario A [Sinusoidal signal, moving transmitter and stationary receiver]
  • Scenario B [Sinusoidal signal, stationary transmitter and moving receiver]
  • Scenario C [Sinusoidal signal, transmitter and receiver moving towards each other with a constant speed]
• LTV Omnidirectional Modeling
• • Scenario A
• Types/Methods/Functions
• • Index
  • Public Interface
• Cite