SRI VASAVI ENGINEERING COLLEGE(Autonomous) SRI VASAVI ENGINEERING COLLEGE(Autonomous) DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING APPROVED BY AICTE, PERMANENTLY AFFILIATED TO JNTU KAKINADA APPROVED BY AICTE, PERMANENTLY AFFILIATED TO JNTU KAKINADA SCUD ARSENAL VOL : 11 ISSUE : 1
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SRI VASAVI ENGINEERING COLLEGE(Autonomous)SRI VASAVI ENGINEERING COLLEGE(Autonomous)DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERINGDEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING
APPROVED BY AICTE, PERMANENTLY AFFILIATED TO JNTU KAKINADAAPPROVED BY AICTE, PERMANENTLY AFFILIATED TO JNTU KAKINADA
SCUD ARSENAL
VOL : 11 ISSUE : 1
EDIEDITORSTORS
Cheif EditorCheif Editor
Dr. D. Jaya KumariDr. D. Jaya Kumari(Professor and Head of the Department)(Professor and Head of the Department)
Contributing EditorContributing Editor
Mrs. B. Sri RamyaMrs. B. Sri Ramya(Asst Professor)(Asst Professor)
Mr. N.V.M.K. RajaMr. N.V.M.K. Raja(Asst Professor)(Asst Professor)
The Future of Robotics. Robotic engineers are designing the next
generation of robots to look, feel and act more human, to make it
easier for us to warm up to a cold machine. Realistic looking hair
and skin with embedded sensorswill allow robots to react naturally
in their environment.
Robotic engineers are designing the next
generation of robots to look, feel and act
more human, To make it easier for us to
warm up to a cold machine.
Realistic looking hair and skin with
embedded sensors will allow robots to
react naturally in their environment. For
example, a robot that senses your touch
on the shoulder and turns to greet you.
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THERE WERE FOUR TYPES:
1.Robotic Insects
2. Robotic Prosthetics
3. Exoskeletons
4. Robotic Competitions
Robotic Insects:
Insects have come up with many interesting solutions for the problems that future robots will have to deal with like cooperation, specialized movement and adapting to changing environments. Robotic engineers are incorporating examples found in nature into their designs
Wearable bionic suits are being developed for the military to allow soldiers to carry heavier loads and to conserve energy.
Other uses for exoskeletons are assisting rescue workers move heavy objects and bionics for motor-impaired patients.
Robotic Prosthetics:
A prosthesis or prosthetic implant is a robotic device
that restores the normal functions of a body part, lost
through trauma, disease, or a condition present at
birth? Prosthetics are controlled by neural activity in
the brain to restore motor function to where it feels
entirely.
Exoskeletons: The ultimate goal of the RoboCup project is to develop a
team of fully autonomous humanoid robots that can win against the human world champion team in soccer by the year 2050. The FIRST Robotics Competition challenges teams of young people and their mentors to solve a common problem in a six-week timeframe using a standard "kit of parts" and a common set of rules..
RoboticCompetitions:
A.HARISH 19A81A0565
(CSE-B)
PA
LM
VE
IN
Palm vein authentication is a vein feature authentication technology that uses palm veins as the biometric feature. Palm vein patterns are normally captured using near-infrared light via either the reflection or the transmission methods.
A Leading technology know as “Plam Vein Authentication” can be easly intergreted to customer products
What is Palm Authentication ?
Who Invented Palm Vein technology ?
Joe Rice
An individual first rests his wrist on some devices, the middle of his fingers, on the sensors supports such that the palm is held centimeters above the devices scanner, which flashes a near infrared ray on the palm.
Joe Rice, An automation controls engineer at Kodak’s An-nesley Factory, invented vein pattern recognition in the early 1980s in response to his bank cards and identity being stolen.
How does Palm vein technology work?
Palm vein scan is a biometric that works by using infrared light to map the unique vein structure of your palm, capturing over 5 million data points. The palm vein scanner then converts
these data points into a unique encrypted code that
becomes your biometric ID.
Palm Vein pattern recognition
The haemoglobin in your blood contains oxygen when it is transported from your lungs to the tissues in your
body by your arteries. By the time the blood flows back to your heart via different arteries this oxygen has
Been relesed.
Vein pattern recognition uses this difference between deoxidised and oxygenated
haemoglobin.
Retina vein pattern recognition
The human retina is a thin layer of tissue at the back of the eye. Because of the complex structure of capillaries that supply blood to the retina, every retina is unique. Retina vein pattern recognition
involves scanning the retina by shining (non-infrared) light through the eyeball. As the blood vessels in the retina absorb this light, the vein pattern can be discerned and stored as an image. Retina vein
pattern recognition is becoming less popular, mainly because it is not a user-friendly technique.
Finger vein pattern recognitionFinger vein pattern recognition is based on the same principle as palm vein
pattern recognition. Illuminating the vein pattern in the fingers using near-infrared light makes it possible to discern this pattern, thanks to the deoxidised
haemoglobin.In the case of a finger scan the surface area you are dealing with is much smaller,
however. That means, on the one hand, that this is a more compact technique than palm vein pattern recognition, as the scanner is simply a smaller device.
- D.Renuka Devi, 19A81A05K1
VIRTUAL REALITY
Virtual reality is an artificial environment that is created
with software and presented to the user in such a way
that the user suspends belief and accepts it as a real
environment. On a computer, virtual reality is primarily
experienced through two of the five senses: sight and
sound.
Virtual reality can be divided into:
• The simulation of a real environment for training and
education.
• The development of an imagined environment for a
game or interactive story.
Who invented VIRTUAL REALITY?
Joe Bardi is Marxent’s former Communications Director. Prior to joining Marxent, he spent
a decade working as Managing Editor and movie critic at Tampa’s Creative Loafing
newspaper, then handled digital content and strategy for ABC 7 WWSB.
.
How is virtual reality achieved?
Although we talk about a few historical early forms of virtual reality elsewhere on the site, today virtual
reality is usually implemented using computer technology. There are a range of systems that are used
for this purpose, such as headsets, omni-directional treadmills and special gloves. These are used to
actually stimulate our senses together in order to create the illusion
of reality.
Why have virtual reality?
Immersive films and video games are good examples. The
entertainment industry is after all a multi-billion dollar one and
consumers are always keen on novelty. Virtual reality has many
other, more serious, applications as well.
ADVANTAGES:-
➢ Virtual reality creates a realistic world. ➢ It enables user to explore places. ➢ Virtual Reality make the education more easily and comfort.
DISADVANTAGES:-
➢ The equipment used in virtual reality are very expensive. ➢ It consists of complex technology. ➢ In virtual reality environment we can't move by our own like in the real world.
APPLICATIONS OF VIRTUAL REALITY
There are a wide variety of applications for virtual reality which include:
• Architecture • Medicine
• Sport • The Arts
artsThaaartsArts
- B. Keerthana
19A81A0507
Ref. No.SVEC/CSE/Reports/2020-2021/01
CSE Progress Report from 1st June 2020 to 31st August 2020
21. 18A81A0590 Nadimpalli Pranathi Tech-Xpert talk on AI inaction-the Tansformative Application of AI in real world
VESIT 26.07.2020
22. 18A81A05M9 Tammana Naga Swathi Tech-Xpert talk on AI inaction-the Tansformative Application of AI in real world
VESIT 26.07.2020
23. 19A81A0528 Kuna Kiran Maruthi Python programming for Beginners
MITS_Madanapalle
20.07.2020-24.07.2020
24. 18A81A05K1 Yogeswari Kanuri Online national level C-Programming contest
KITS 18.07.2020-19.07.2020
25. 19A81A0534 Matha Venkata Harsha Vardhan
Python EDUYEAR
10.07.2020
26. 17A81A0552 Vempati Manasa Sri Shanmukhi
Amazon Web Services R.M.K Engineering college
04.06.2020-05.60.2020
27. 18A81A05J6 Indugapalli Lakshimi Prasanna
The Fundamentals of Digital Marketing
Google Digital Garage
01.06.2020
c) PROJECT BASED ONLINE CERTIFICATIONS :
S.No Regd.No. NAME OF THE STUDENT
NAME OF THE COURSE Institution
DURATION
1. 18A81A0597 Padmaleela Polamarasetti
Programming with Python Internshala Training 01.06.2020-
13.07.2020
2. 18A81A0582 Rupasri Maddimsetti Programming with Python Internshala Training 01.06.2020-
13.07.2020
3. 19A81A0528 Kuna Kiran Maruthi Web Designing & Development
Apponix july-2020
4. 18A81A05K1 Yogeswari Kanuri Cisco NetAcad-ISTE National Level Codathon-2020
CISCO july-2020
5. 18A81A05J6 Indugapalli Lakshimi Prasanna
Machine Learning using Python
Skyfi 13.07.2020
6. 18A81A05J6 Indugapalli Lakshimi Prasanna
Introduction to C++ Skyfi
05.07.2020
7. 18A81A05J6 Indugapalli Lakshimi Prasanna
Introduction to BlockChain Skyfi
05.07.2020
d) Internship Details
S.No Student Name Roll Number Title Name of the Industry Duration
1
Kotha Dhana
Lakshmi
18A81A05K9
Entry-Level Web Ninja
KOHLI MEDIA LLP
15-07-2020
to
15-09-2020
2
Valluri.Sharmisri
18A81A05B4 Cyber Security & Ethical Hacking
Supraja technologies
03-08-2020
to 07-09-2020
3
VEMPATI
MANASA SRI
SHANMUKHI
17A81A0552
Software
Trainee(Machine
Learning)
Indian Servers
20-06-2020
to
31-08-2020
4
Merapureddy
Venkata Durga Sai
Vardhan
17A81A05F9
Frontend Web
Development
JPMorgan Chase &co. 16-06-2020
29-06-2020
5
Merapureddy
Venkata Durga Sai
Vardhan
17A81A05F9
Business Foundation
Skills and Technical
Engineer Skills
Microsoft
15-06-2020
to
29-06-2020
6
Merapureddy
Venkata Durga Sai
Vardhan
17A81A05F9
Cloud Computing
Deloitte
15-06-2020
to
29-06-2020
7
Merapureddy Venkata Durga Sai
Vardhan
17A81A05F9
Assemble a plan, User
Journey Redesign and Outcome Analysis
Accenture
13-06-2020
to 28-06-2020
8
Gayathri.Darabathula
17A81A0562
Web Development
(HTML and CSS)
Inmovidu
Inmovidu
06-06-2020
to
30-07-2020
9
Bandula Preethi
17A81A0558
Web Development
(HTML and CSS)
06-06-2020
to
30-07-2020
10
RAVIPATI
VENKATA DURGA
MANJU
BHARGAVI
17A81A0596
Web Development
(HTML and CSS)
01-06-2020
to
31-07-2020
11
Ambika.Matta
17A81A0584
Web Development
(HTML and CSS)
06-06-2020
to
30-07-2020
12
BOLISETTY NAGA VENKATA
MANASA
17A81A0506
IOT and Robotics
06-06-2020 to
20-07-2020
13
Konakalla Sri
Gandha
17A81A0521
IOT and Robotics
06-06-2020
20-07-2020
8) Placements:
We are very glad to announce our 2020 passing out student NAVYA GRANDHI (16A81A0588) selected in big MNC SERVICENOW HYD WITH PACKAGE OF RS 26 LAKHS PER ANUM.
The following students have been placed in the A.Y:2020-21.
S.No Roll Number Name Company
1 17A81A0501 Amisetti N V Vamsi Krishna HEXAWARE Technologies Ltd
49 17A81A05J8 Siri Chandana Mudragada DXC Technology
50 17A81A05K0 Jayanth Nepala DXC Technology
51 17A81A05K2 Triveni Orugu DXC Technology
What Is Leadership ?
The word “leadership” can bring to mind a variety of images
» A political leader, pursuing a passionate, personal cause
» An explorer, cutting a path through the jungle for the rest of his group to follow
» An executive, developing her company’s strategy to beat the competition
Leaders help themselves and others to do the right things. They set direction, build an inspiring vision, and create something new. Leadership is about mapping out where you need to go to “win” as a team or an organization; and it is dynamic, exciting, and inspiring.
Yet, while leaders set the direction, they must also use management skills to guide their people to the right destination, in a smooth and efficient way.
The word “leadership” can bring to mind a variety of images
» A political leader, pursuing a passionate, personal cause
» An explorer, cutting a path through the jungle for the rest of his group to follow
» An executive, developing her company’s strategy to beat the competition
Qualities that will make you stand out from the crowd
1.Leadership as position
Position based leadership assumes it is where people operate that make
them leaders. It implies that the character of the leader is less important than their position.
2.Leadership as person
Person based leadership says it is who you are that makes you a leader. The great leader is heroic or charis-
matic? Do people follow because there is an emotional relationship between
leader and follower.
3.Leadership as result
Results based leadership focuses on what leaders do. Employees willingly follow result-based leaders who know both who they are and where they are
going.
4.Leadership as process
The process-based leadership considers the relationship between leader and practice. It is what leaders do that matters. The process of influencing the activities of an individual or a group in efforts toward goal achievement in a
given situation.
Leadership Styles
Different leadership styles exist in work environments. The culture and goal of an organization determine which leadership style fits best. Some organizations offer different leadership styles within an organization, depending on the necessary tasks to complete and departmental needs.
These are important skills that every leader can acquire.
Leadership is about making others better as a result of your presence and making sure that impact lasts in your absence.
Conclusion
““Leaders are people who do the right thing; managers are people who do things rightLeaders are people who do the right thing; managers are people who do things right””
in this field extends to the time of legend, where it is depicted as
the place where the Heraclidae built a fleet to invade the
Peloponnesus. In the Spanish city of Barcelona, the Drassanes
shipyards were active from at least the mid-13th century until the
18th century, although it at times served as a barracks for troops
as well as an arsenal. During its time of operation it was
continuously changed, rebuilt and modified, but two original towers
and part of the original eight construction naves remain today. It
is currently a maritime museum
G.S.Premchand Reddy
19A81A0517
The “Great Conjunction of Jupiter and
Saturn 2020” awes the world!
What’s this conjunction..? A great conjunction is a conjunction of the planets g when the two planets appear closest together in the sky.
Great conjunctions occur approximately every 20 years when Jupiter "overtakes" Saturn in its orbit.
When do they happen?
Jupiter-Saturn conjunctions happen every 20 years; the last one was in the year 2000.
But these conjunctions aren’t all created equal. The 2020 great conjunction of Jupiter
and Saturn will be the closest since 1623 and the closest observable since 1226! 2020’s
extra-close Jupiter-Saturn conjunction won’t be matched again until the Jupiter-Saturn conjunction of March 15, 2080.
now – not far from the sunset glare – easily visible and exceedingly
noticeable as two bright objects near each other. Plus, in the days prior to the conjunction (last week), the moon appeared in the evening sky, pointing the
way to the planets. Saturn is the sixth planet outward from the sun. It’s the
farthest and slowest-moving planet that we can easily see with the eye alone. Dazzling Jupiter, the fifth planet outward
Astronomers use the word conjunction to describe meetings
of planets and other objects on our sky’s dome. They use the
term great conjunction to describe meetings of Jupiter and
Saturn, which are the two biggest worlds in our solar system.
Though the two planets will appear spectacularly close together on the sky’s dome now, Jupiter and Saturn are
actually 456 million miles (734 million km) apart. Saturn is
nearly twice as far away as Jupiter.
from the sun, is the second-slowest bright planet, after Saturn. It’s by virtue of their slow motions in front of
the constellations of the zodiac that Jupiter and Saturn have the least frequent of bright-planet conjunctions.
Saturn takes nearly 30 years to go around the sun, while Jupiter takes nearly 12 years. Thus, every 20 years, Jupiter catches up to Saturn as viewed from Earth.
Why do these conjunctions happen..?
Here's why these great Jupiter/Saturn conjunctions happen every 20 years. Each
year, Saturn completes about 12 degrees of its orbit around the sun, whereas Jupiter completes about 30 degrees. Therefore, in one year, Jupiter closes the gap between
itself and Saturn by about 18 degrees (30 – 12 = 18 degrees).
In a period of 20 years,Jupiter gains 360 degrees on Saturn (18 x 20 = 360 degrees),
therefore lapping the ringed planet once every 20 years.
A g lance at past 2000’s great conjunction…
At the 2000 great conjunction, 20 years ago, Jupiter and
Saturn were near the sun in our sky and difficult to observe.
We’re due for a more observable great conjunction. Jupiter
and Saturn are up every evening
The spacing between the planets varies from conjunction to
conjunction with most events being 0.5 to 1.3 degrees (30 to 78 arcminutes, or 1 to 2.5 times the width of a full moon). Very close conjunctions happen much less frequently (though the maximum of 1.3° is still close by inner planet standards): separations of less than 10 arcminutes have only happened four times since 1200, most recently in 2020.
Where and how it can be seen?
NASA says the timing of the conjunction will be such that everyone around the world
will be able to view it.
Both the planets will appear so close to each other that a pinkie finger at arm's length
will be enough to cover both the planets in the sky.
If you happen to view through a telescope, Jupiter's four large moons orbiting the plant will also be seen.
The great conjunction will be visible nearly an hour after sunset in the southwestern sky.
In India, the conjunction will be visible between 6:30 pm and 7:30 pm.
Astronomy enthusiasts witnessed the rare conjunction of the two planets, Jupiter and Saturn through a telescope in Indore, Madhya Pradesh.
It was also seen in Bengaluru,Karnataka ; Nagpur,Maharashtra.