This is One of My Favorite Presentation .. Created By me This Presentations Contents Are Robotics And its Scopes In Furture Like Robotics in Medical Help, Security, Advancement in Daily life and Future Project on Robotics Etc.

2. Robotics
And its scope in FutuRe.

3. Robotics: tHe scientiFic bRAncH
tHAt is used to studY tecHnicAL
opeRAtions on Robots And
AppLYing tHeM in ouR LiFe.
MAKing Robots
And AppLYing
tHeM in ouR ReAL
LiFe FoR use.

4. 
in LAst 30 YeARs Robotics tecHnoLgY tAKe A HigH At A
VeRY FAst RAte FRoM A LiMited Robotic ARM to A
HuMAnoid one.

5. A Robotic ARM:
MostLY used As An industRiAL
woRKeR
incReAses tHe pRoduction RAte.
HAs MoRe AccuRAcY tHAn A
HuMAn woRKeR.
 HAs MoRe poweR tHAn A HuMAn
woRKeR .

6. THE SAME YEAR IN WHICH THE ROBOTIC ARM
INTRODUCED THAT ARM CAUSES FIRST DEATH OF A 37
YEAR OLD ENGINEER AT KAWASAKI INDUSTRIES.
THE ROBOT PUT THAT ENGINEER
INTO A GIANT GRINDING MACHINE AND
THAT NEWS WAS MADE PUBLIC AFTER
5 MONTHS OF THAT INCIDENT.
1981:
AFTER THAT INCIDENT THREE
LAWS OF ROBOTICS WERE
INTRODUCED.

8. ASIMO
2012:
NAO HRP-
4

9. ASIMO = ADvANCED STEP IN HUMAN
MOBILITY:
 HUMANOID ROBOT SIZED 4 FEET 3
INCHES AND WEIGHTS 54KG.
 MOST FAMOUS HUMANOID ROBOT
ACROSS THE WORLD
 IT HAS 20 PROCESSORS TO CONTROL
DIFFERENT OPERATIONS WITHIN IT.
IT COSTS 72,00,000 TO 93,00,000 INR.
CURRENTLY WE ARE HAvING
E6 vERSION OF ASIMO INPIRED
FROM P3 vERSION.
RESEARCHERS WANT TO DO
vARIOUS UPGRADATION IN
ASIMO E6 AND WORKING FOR
SAME.

10. THEY ARE WORKING FOR FACIAL
ExPRESSION ON ASIMO
MORE EqUATIONS FOR ARTIFICIAL
INTELLIGENCE IS NEEDED FOR AN ASIMO
TO SURvIvE IN PRACTICAL ENvIRONMENT
AS AN ExAMPLE THE PICTURE BELOW
THIS TExT SHOWS
RESEARCHERS WANT AN ASIMO
ROBOT TO BE A PROGRAMMED
FIREFIGHTER.
RESEARCHERS ALSO WANTS
INCRESE ITS BATTERY BACKUP
WHICH IS CURRENTLY 57 MINUTES.

11. NAO(NA-Oh):
NAO the rObOt develOped by SONy
techNOlOgieS iS the 2Nd
mOSt fAmOuS
humANOid rObOt.
itS height iS 58 cm ANd weight iS
4.8kg ANd it uSeS liNux OperAtiNg
SyStem pluS mAjOr pArt Of hiS
SOftwAre iS develOped iN mAt lAb.
it cOStS 2,71,000 tO 8,12,000 iNr
it uSeS iNtel AtOm prOceSSOr ANd
giveS bAckup Of 2 hOur
thiS rObOt iS prOgrAmmed tO be
frieNdly with humAN beiNgS he hAS A
cute AttrActive vOice.

12. hrp-4:
hrp-4 iS develOped At A
jApANeSe iNStitute.
itS height iS 5 feet ANd
weight iS 39 kg ANd giveS
bAckup Of 30 miNuteS
cONtiNuOuSly.
A hrp-4 cOSt rANgeS frOm
54,00,000 tO 67,00,000 iNr.
it uSeS AN iNtel peNtium
prOceSSOr ANd liNux OS.

13. future Of rObOticS
1.eNtertAiNme
Nt:

14. 2.medicAl ScieNceS
100% AccurAte OperAtiONS.
mONitOriNg ON treAtmeNt.
cAriNg Of pAtieNtS by
NurSiNg rObOtS.

15. 3.SpAce techNOlOgy ANd Security
future SpAce prOjectS will
be depeNdeNt ON rObOtS.
rObOtS with Self repAiriNg
SyStem.
lOweSt eNergy cONSumptiON.
Spy rObOtS treNd.
ArmieS with beSt rObOticS
techNOlOgieS.

16. USING ROBOTICS TECHNOLOGY IN ARMY
CRYSIS
SUIT

18. • CREATEd BY: PRAMOd
CSE “B”
EMAIL : USERPRAMOd1@GMAIL.
COM