THIS IS USE FUL TO WHO REFER THE FEMBOT DETAILS

1. FEMBOTSFEMBOTS
SUBMIT BYSUBMIT BY
KOKILAVANI.PKOKILAVANI.P
From IGCEFrom IGCE

2.  OBJECTIVES
 FEMBOT PICTURE
 INTRODUCTION
 WORKING PRINCIPAL
 MOVEMENT PROGRAMS
 SESOR AND DEDUCTOR WORKINGS
 ADVANTAGE AND DISADVANTAGE OF
FEMBOTS
 CONCLUSION
CONTENT PRESENT IN
PRESENTATION

3. OBJECTIVESOBJECTIVES
 The fetishization of gynoids in real life has been attributed to MALE
DESIRE FOR CUSTOM-MADE PASSIVE WOMEN,and has been
compared to life size.
 A LONG TRADITON EXITS IN LITERATURE OF DEPICTIONS OF
CERTAIN TYPE OF IDEAL WOMEN and fictional gynoids have been
seen as extension of theme.
 SPACE APPLICATION
 PHILOSOPHY
 COMMERICIALLY AVAILABLE AND IMPROVE THE ECONOMIC
STAUS OF COUNTRY

4. FEMBOTSFEMBOTS

5. INTRODUCTIONINTRODUCTION
 A fembot is a HUMANIOD ROBOT that is gendered
feminine. It is also known as a gynoid
 Fembots appear widely in science fiction film and art
 The PORTMANTEAU fembot (female robot) was
popularized by the television series The Bionic
WoMEN the episode "Kill Oscar" (1976) and later
used in the AUSTIN POWERS films, among
others. .

6. WORKING PROCESSWORKING PROCESS
 Movement of Robot
 Sensor Working Process

7. THE PROGRAMSTHE PROGRAMS
 moverobotmoverobot
 robotmoverobotmove
 createmapcreatemap
 gobackgoback

8. robotmoverobotmove
 Looks for avaliable paths to takeLooks for avaliable paths to take
 Follows the right wallFollows the right wall
 if-elseif loopif-elseif loop

9. moverobotmoverobot
 Determines theDetermines the
robots directionrobots direction
 Finds and returnsFinds and returns
robots location inrobots location in
the matrixthe matrix
 Variables:Variables:
 t - movet - move
 Robot(1)= move leftRobot(1)= move left
 Robot(0)=move forwardRobot(0)=move forward
 Robot(2)= move rightRobot(2)= move right
 D – directionD – direction
 1- east1- east
 2- north2- north
 3- west3- west
 4- south4- south
 (x,y) coordinate(x,y) coordinate
systemsystem

10. createmapcreatemap
 Makes a map of the robots pathMakes a map of the robots path
 Zeros matrixZeros matrix
 Assigns a value of 1 to initial moveAssigns a value of 1 to initial move
 Adds 1 to each subsequent/previous moveAdds 1 to each subsequent/previous move
 Resets value to 0 while back-Resets value to 0 while back-
trackingtracking

11. gobackgoback
 Returns the robot to the startingReturns the robot to the starting
position following the shortestposition following the shortest
routeroute
 Follows the non-zero values in theFollows the non-zero values in the
matrix in decreasing ordermatrix in decreasing order

12. FINAL MAPFINAL MAP
 map =map =
 0 0 0 0 0 0 00 0 0 0 0 0 0
 0 0 6 5 4 1 00 0 6 5 4 1 0
 0 8 7 0 3 2 00 8 7 0 3 2 0
 0 9 0 0 0 0 00 9 0 0 0 0 0
 0 10 0 0 0 0 00 10 0 0 0 0 0
 0 11 0 0 0 0 00 11 0 0 0 0 0
 0 12 0 0 0 0 00 12 0 0 0 0 0
 0 13 0 0 0 0 00 13 0 0 0 0 0
 0 0 0 0 0 0 00 0 0 0 0 0 0
 This is what the map looks when the robot is returning to theThis is what the map looks when the robot is returning to the
starting positionstarting position

13. Main ProgramMain Program
 robot1robot1
 Starts the robot on any given mazeStarts the robot on any given maze
 Using a while loop allows the robot toUsing a while loop allows the robot to
search through the maze until it finds thesearch through the maze until it finds the
top-right corner usingtop-right corner using robotmoverobotmove
 Brings the robot back to the start positionBrings the robot back to the start position
usingusing gobackgoback

14. SENSOR WORKINGSENSOR WORKING

15. SENSOR DESCRIPTIONSENSOR DESCRIPTION
 UV INDEX SENSORUV INDEX SENSOR
 UV INDEX SENSORUV INDEX SENSOR
connected up to anconnected up to an
Aruduino .Aruduino .
 It need moreIt need more
sunscreemsunscreem

16.  DETECTORSDETECTORS
 CARBONCARBON
MONOXIDEMONOXIDE
 GAMMAGAMMA
 LIQUIDLIQUID
PETROLEUM GASPETROLEUM GAS
 NITROGENNITROGEN
 OZONEOZONE

17. DIGITAL BAROMERERDIGITAL BAROMERER
 It used to find the outputIt used to find the output
targeting of ourtargeting of our
applicationapplication
 Its work on weatherIts work on weather
station and healthstation and health
monitoring and hard diskmonitoring and hard disk
driversdrivers

18. GYROSCOPEGYROSCOPE
A gyroscope is aA gyroscope is a spinningspinning
wheelwheel in which the axis ofin which the axis of
rotation is free to assume inrotation is free to assume in
any orientation itselfany orientation itself
ItIt maintain the orientationmaintain the orientation
while the object is rotationwhile the object is rotation

19. GPSGPS

20. ULTIMATE FINDING OFULTIMATE FINDING OF
WORKSWORKS
• SWEET HEART is the busty female robot and
Also function coffee maker
• Exaggeratedly feminine with guns in their hearts used in
Military application

21. Advantage and disadvantage ofAdvantage and disadvantage of
fembotfembot
ADVANTAGESADVANTAGES
 QualityQuality
 ProductionProduction
 SafetySafety
 SavingsSavings
DIS ADVANTAGESDIS ADVANTAGES
 The initial inversmentThe initial inversment
 ROIROI
 ExpertiseExpertise

22. EXAMPLESEXAMPLES
Tomotaka Takahashi
EveR
Actroid

23. REAL TIME EXAMPLESREAL TIME EXAMPLES
 1938 – HELEN O LOY MOVIE1938 – HELEN O LOY MOVIE
 1983 – SWEET HEART1983 – SWEET HEART
 1995 – PAUL MCAULEY’S NOVEL1995 – PAUL MCAULEY’S NOVEL
 THE BIONIC WOMEN PRESNET INTHE BIONIC WOMEN PRESNET IN
KILL OSCAR AND FEMBOTS IN LASKILL OSCAR AND FEMBOTS IN LAS
VEGASVEGAS
 BUFFYBOTBUFFYBOT
 2015- EX MACHINA2015- EX MACHINA

24.  2009- TOMTAKA TAKAHASI
 KIRBO
 3D PRINTER TECHNOLOGIES
 MANOI PF01

25. CONCLUSIONCONCLUSION
• This technology is fully developed for the women
and their safety
• People know the empower of women so they would
like to develop and involve more projects on feature
based on the FEMBOTS