Presentation on Robotics And Its Scopes In Future

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. 1981:
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.
AFteR tHAt incident tHRee
LAws oF Robotics weRe
intRoduced.

8. 2012:
AsiMo nAo HRp-
4

9. AsiMo = AdVAnced step in HuMAn
MobiLitY:
 Most FAMous HuMAnoid Robot
AcRoss tHe woRLd
 HuMAnoid Robot siZed 4 Feet 3
incHes And weigHts 54Kg.
 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
2883
cse “b”
AnY questions?