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@article{143549,
        author = { Pramod Aswale and Sonal Sali and Shruti Zarole and Pranali Patil},
        title = {Automatic Irrigation Control System based on Lab-VIEW Arduino Interfacing},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {2},
        number = {12},
        pages = {261-264},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=143549},
        abstract = {The paper  proposed  the measuring  and  monitoring the  soil  moiture   and  the  level  of  the  tank   using  Lab-VIEW arduino  Interface. The  Hardware  is  interfaced  with  Arduino board  and software  is developed in the Lab-VIEW software.  The key goal of our  paper  is to examine  the  soils moisture  content at  some  stage  in  its  dry  and  wet  conditions  with  the  aid  of a moisture  sensor  circuit,  estimate  the  equivalent  Humidity  and irrigate it  based  on  its  nature. The  proposed  system  uses  the Lab-VIEW and Arduino  board.  It is programmed in such a way that  it will sense the moisture  level of the plants  and  supply the water  if required. The output  of Water  level sensor  is fed to the controller  accordingly  the level of water  in the tank  is displayed. The GUI is developed in LAB-VIEW. The various conditions will be indicated  on the  front  panel  such  as wet and  dry  condition of soil with  the  level of water  in the  tank.  The  main  objective of the  proposed  system  is to  examine  the  humidity  content  in the  soil in refining field. Based  on soil humidity,  motor  will be automatically switched on or off. System helps to save the water as well as time and  optimum  level of water  is given to plant.},
        keywords = {arduino  UNO,LabVIEW,  LIFA,  Soil moisture sensor},
        month = {},
        }