B-SMART' July'16
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BVRIT Hyderabad College Of Engineering For Women<br />
B – SMART<br />
-We Explore We Exhibit<br />
Volume No. 1, Issue No. 2, July '2016<br />
LOW BATTERY? CHARGE YOUR PHONE WIRELESSLY.<br />
FIRST MIRROR IMAGED MOLECULE FOUND IN<br />
INTERSTELLAR SPACE<br />
ULTRATHIN SOLAR CELLS<br />
FUSION OF QUANTUM PHYSICS AND GENETIC<br />
ENGINEERING<br />
3D- PEN<br />
COGNITIVE COMPUTING<br />
WORLD'S FASTEST COMPUTER –CHINA<br />
BODY INTERFACING<br />
SMART CONTACT LENS<br />
NEED HAIR ? PRESS “PRINT”<br />
TRENDY TOMORROW<br />
PROJECT JACQUARD<br />
CAPSULE ENDOSCOPY<br />
UPLOAD KNOWLEDGE TO YOUR BRAIN<br />
SCIENTIFIC STREET LAMPS TO PREVENT DENGUE<br />
FEVER<br />
ANTI -HIV USING NANO-ROBOTS<br />
DREAM LIMNKING
B-SMART- BVRITian Student Magazine on Advanced Research &Technologies<br />
is here to keep the students and the faculty members informed with the latest<br />
developments in the area of science, engineering & technology. It<br />
also inculcates the habit of reading among students about new trends in<br />
technology and emerging areas and to provide a platform to the student for<br />
sharing knowledge.<br />
CHIEF EDITOR<br />
Ms. Dipali Pattanayak , Asst. Professor ,Dept. Of IT<br />
FACULTY CO-ORDINATORS<br />
Ms.P. Kavitha, Asst. Professor, Dept. Of CSE<br />
Ms.B. Sujatha, Asst. Professor, Dept. Of EEE<br />
Ms.R. Sridevi, Asst. Professor, Dept. Of ECE<br />
STUDENT CO-ORDINATORS<br />
B. Divya Rani, IIIyr-Isem, Dept. of EEE<br />
V.Divyasree , IIIyr-Isem, Dept. of ECE<br />
Madhuri Peri , IIIyr-I sem, Dept. of IT<br />
Aakanksha Shastri , IIyr-Isem ,Dept. of CSE<br />
COVER PAGE DESIGN<br />
G.T.L.Sharanya ,IIIyr-I sem Dept. of EEE
Low Battery? Charge your phone<br />
wirelessly. Wondering how?<br />
T<br />
∑<br />
∑<br />
here is a new technology through which<br />
we can charge our phones by sharing<br />
power wirelessly. It is really a nightmare<br />
for phone-obsessed people when their phone<br />
runs out of power and there is no electric plug<br />
in sight.<br />
There are different platforms in wireless<br />
charging technology.<br />
PowerShake: Wireless charging makes use of<br />
two coils - one in the power transmitter and<br />
other in the power receiver. When electrical<br />
power passes through the power transmitter<br />
coil, it generates electromagnetic field that<br />
transfers power to the other coil. The coil is a<br />
part of the battery charging circuit. This gives<br />
best results at close distances. They also<br />
devised electromagnetic shielding made of<br />
ferrite plates and copper tape on the back of<br />
the coil in order to prevent the transmitted<br />
power from reaching the human tissues. One<br />
more add-on is that the Lithium-ion batteries<br />
cope with the short bursts of energy to<br />
charge them up.<br />
Eterna: Eterna uses the mechanism of the<br />
transport of radio frequency prominently<br />
over a broad band of active frequency waves<br />
and ultimately making out a conversion of<br />
the same into DC energy, the incredible<br />
platform of ETERNA facilitates the wireless<br />
charging of the placed battery within the<br />
domain of the electronic device. It<br />
encompasses a power receiver which is<br />
termed Thunderlink. The power transmitter<br />
is called NEST, portrays the role of a physical<br />
charging station which is the place where the<br />
device is charged vigilantly. The generation<br />
of the specific RF energy is brought about by<br />
NEST after the acceptance of the same from<br />
Thunderlink.<br />
These innovative solutions are based on the<br />
concept of wireless transmission of electricity.<br />
In this remarkable discovery of the “TRUE<br />
WIRELESS” Dr. Nikola Tesla, “Father of the<br />
wireless” created a huge milestone towards the<br />
solution for world energy crisis. The Famous<br />
Tesla Tower erected in Shoreham, Long Island,<br />
New York is 187 feet high, the spherical top is<br />
68 feet in diameter. Tesla<br />
wanted to transmit electricity<br />
from this tower to the whole<br />
globe without wires using the<br />
Ionosphere. The source of the<br />
transmitted electricity was to<br />
be the Niagara Falls power plant. The modern<br />
ideas are dominated by microwave power<br />
transmission. The transmission of power<br />
without wires is not a theory or a mere<br />
possibility, it is now a reality. The electrical<br />
energy can be economically transmitted<br />
without wires to any terrestrial distance; many<br />
researchers have established innumerous<br />
observations.<br />
Scientists stated estimated that using these<br />
kinds of technologies it takes 12 seconds of<br />
charging which will support 1 minute of<br />
additional talk-time and 2 minutes of charging<br />
will support 4 minutes of video watching. This<br />
new technology is very useful but suffers from<br />
a disadvantage that is the transmitted<br />
power must be twice of that of the received<br />
power. This device finds it use in times of<br />
emergencies.<br />
G.Likhitha S. Pranaya Reddy B.Divya Rani,<br />
IV Yr, ECE IV Yr, ECE III Yr, EEE<br />
“Success is not a thing to be waited for, it is a thing to be achieved!” - Samar Mansour 2
First mirror imaged molecule found<br />
in interstellar space<br />
handed molecules. Both are easily<br />
synthesized in the lab. Then some process,<br />
perhaps incoming star light, preferentially<br />
destroyed one - handedness, leaving only<br />
the other to form life.<br />
Life tends to be left-handed. Certain<br />
molecules have mirror-image versions of<br />
themselves, but have different physical and<br />
chemical properties. This chemical<br />
property, well known as chirality, is found<br />
within all organic life forms. But the origin<br />
of this property remains a mystery.<br />
A team led by Brett McGuire of the National<br />
Radio Astronomy observation in Virginia<br />
and Brandon Carroll at the California<br />
Institute of Technology have detected the<br />
first chiral molecule of propylene oxide<br />
within an enormous star-forming cloud of<br />
gas and dust only 390 light-years away.<br />
Although propylene oxide isn’t necessary<br />
for life, both the scientists of the team are<br />
excited that there are probably chiral<br />
molecules in the interstellar space that we<br />
associate with life too. “The really cool<br />
thing is that life – for reasons we don’t<br />
understand – selected one chirality for<br />
some of its molecules over another,” says<br />
McGuire. For example, amino acids are left<br />
– handed, where as the sugars that make<br />
DNA are always right handed.<br />
A. Naga Yamini<br />
II Yr, ECE<br />
Ultrathin Solar Cells<br />
MIT researchers have created the thinnest,<br />
lightest solar power cells yet – so<br />
lightweight that they can be draped on top<br />
of a soap bubble without popping it.<br />
Researchers made all three parts of solar<br />
cell (the cell, the supportive substrate, and<br />
the protective coating) at the same time, a<br />
method that cuts down on performance –<br />
harming contaminants. The substrate and<br />
coating are made from parylene, which is<br />
flexible polymer, and the component that<br />
absorbs light was made from<br />
dibutylphthalate. The thickness of this solar<br />
cell is about 1/50th thickness of a strand of<br />
hair.<br />
Carroll suspects that nature first produced<br />
an equal number of right – and left –<br />
"Things work out best for those who make the best of how things work out." - John Wooden 3
The new devices are also super light-weight<br />
, weighing only about 0.01 lbs. per square<br />
yard(3.6 grams per square meter).In<br />
comparison typical piece of office paper<br />
weighs about 20 times more. These<br />
ultrathin, super-light, flexible solar cells<br />
could power next-generation portable<br />
electronics.<br />
P.Geethasri<br />
III Yr,ECE<br />
Fusion of Quantum physics and<br />
Genetic engineering<br />
Have you all ever thought what would be<br />
the upshot of blend of Quantum Physics<br />
and Genetic Engineering? Well, here is the<br />
outcome of it. Massachusetts Institute of<br />
Technology (MIT) have managed to<br />
genetically enhance a virus that can<br />
improve the efficiency of solar cells in<br />
transporting energy.<br />
improved viruses are designed, that enable<br />
the Solar Cells to generate energy with<br />
nearly double efficiency. When compared<br />
to plants, the solar cells stand nowhere<br />
when it comes to the efficiency. Therefore,<br />
the study of ‘quantum mechanics’ (also<br />
referred as quantum weirdness) involved in<br />
photosynthesis helped in improving the<br />
functioning of the solar cells. This quantum<br />
mechanics in plants allows the existence of<br />
a particle in more than one place at a<br />
particular instant of time.<br />
In photosynthesis, when a photon hits a<br />
receptor called chromophore, quantum<br />
particle called exciton is produced. An<br />
exciton transfers from one receptor to<br />
another until it reaches a reaction centre to<br />
harness the energy. Percentage of<br />
efficiency depends on the path chosen by<br />
the exciton to reach the reaction centre.<br />
Unless the exciton takes the best way,<br />
maximum efficiency is not possible. For this<br />
to be accomplished, chromophores should<br />
be arranged with the right amount of gap<br />
between them. This can be done based on<br />
the‘Quantum Goldilocks Effect’. Using this<br />
concept, genetically engineered viruses are<br />
bonded to their multiple synthetic<br />
chromophores or organic dyes. Viruses with<br />
variable spacing are produced in between<br />
the chromophores and the efficiency is<br />
tested and concluded which spacing gives<br />
the best efficiency. Eventually, the speed of<br />
excitons was also improved by more than<br />
200 percent.<br />
By exploiting the technique used by the<br />
plants in photosynthesis, genetically<br />
"Opportunities don't happen. You create them." - Chris Grosser 4
It is also to be noted that the excitons now<br />
travelled a much larger distance before<br />
dissipating the entire energy.<br />
However, the study is still under preliminary<br />
stages, but it has paved a way for a better<br />
future. In this period of sparse energy and<br />
non-renewable energy sources being on the<br />
verge of exhaustion, this way of efficient<br />
solar energy passes on sighs of relief by a<br />
promising alternative.<br />
The 3Doodler works by extruding heated<br />
plastic that cools almost instantly into a<br />
solid, stable structure, allowing for the freehand<br />
creation of three-dimensional objects.<br />
It utilizes plastic thread made of either<br />
acrylonitrile butadiene styrene ("ABS"),<br />
polylactic acid ("PLA"), or “FLEXY”, thermal<br />
polyurethane (“TPU”) that is melted and<br />
then cooled through a patented process<br />
while moving through the pen, which can<br />
then be used to make 3D objects by hand.<br />
The 3Doodler has been described as a glue<br />
gun for 3D printing because of how the<br />
plastic is extruded from the tip, with one<br />
foot of the plastic thread equaling "about<br />
11 feet of extruded material".<br />
Know-how is required:<br />
M.BindhuBhavani,<br />
II Yr ECE<br />
Three Dimensional Printing Pen<br />
(3Doodler)<br />
Inventors Max Bogue and Peter Dilworth<br />
have invented a unique pen that draws in<br />
the air. A colourful spool of plastic thread is<br />
fed into the pen.<br />
The thread is then extruded as heated<br />
plastic that cools and solidifies instantly as it<br />
exits the tip.This allows solid 3D structures<br />
to be drawn on any surface or from any<br />
surface into the air.The pen, called a<br />
3Doodler, weights approximately 7 ounces<br />
(198 g) and is 7 inches (17.7 cm) long. It<br />
requires no technical knowledge or<br />
software and plugs into an electrical outlet.<br />
The co-inventors met while working for<br />
WowWee, a company based in Hong Kong<br />
that develops consumer technologies..<br />
The 3Doodler doesn’t require any technical<br />
knowledge to use it. You don’t even need a<br />
computer to get going — just load in the<br />
plastic, heat it up and start doodling! This<br />
feature makes it an easy sell for people who<br />
don’t want to invest a huge sum of time and<br />
money into getting a full-scale 3D printer<br />
and learning the necessary coding skills.<br />
Fastness:<br />
The 3Doodler heats up in one to two<br />
minutes, and after that it’s ready to draw.<br />
Since everything created with the device is<br />
made in real time, it’s many times faster<br />
than conventional 3D printers.<br />
"Try not to become a person of success, but rather try to become a person of value." -Albert Einstein 5
It will certainly be cheaper than, say, a<br />
Makerbot Replicator, so it’s just a matter of<br />
time before public interest takes hold and<br />
the 3Doodler is a mainstay in the toolbox of<br />
many an artist.<br />
digital or hybrid hardware.<br />
2. Functional equivalence:<br />
Model the behaviour of biological systems,<br />
not their structure. IBM is making<br />
significance contribution to the synapse<br />
project .This synapse chip system have 10<br />
billion neurons and 100 trillion synapses.<br />
D. Ramya Sri<br />
III yr, IT<br />
Cognitive Computing<br />
IBM WATSON<br />
It is a new era of computing, it’s a<br />
cognitive computing. Generally we humans<br />
understand something and to make<br />
decision we undergo 4 key steps:<br />
1. We observe visible phenomenon.<br />
2. Interpret what we have to understand<br />
what it means.<br />
3. We evaluate which is right or wrong.<br />
4. Finally we decide choosing the option<br />
that is best and acting accordingly.<br />
So, we can say that with cognitive<br />
computing we can build a system which act<br />
and think like humans.<br />
Cognitive computing involves self-learning<br />
systems that use data mining, pattern<br />
recognition and natural language<br />
processing similar to the way the human<br />
brain works. We will teach computers to<br />
recognize analog whether it is natural<br />
languages, visual images and then<br />
interpreting them and translating them and<br />
making sense of them.<br />
Two major approaches to cognitive<br />
computing:<br />
1. Neuromorphic architectures:<br />
Computer or device-level systems<br />
modelled after biological systems or<br />
components, such as neurons and synapses.<br />
These may be implemented in analog,<br />
D.Priyanka<br />
IV Yr,ECE<br />
World's fastest computer -china<br />
The Sunway TaihuLight at the National<br />
Supercomputing Center in Wuxi, China, was<br />
ranked as the world's fastest<br />
supercomputer on a Top500 list. It runs on<br />
a homegrown ShenWei processor and is<br />
capable of 93 petaflops (million billion<br />
floating point operations per second)<br />
of sustained performance.<br />
"Success is the sum of small efforts, repeated day-in and day-out." Robert Collier 6
Its peak performance can reach 125.4<br />
petaflops, and a monster 260-core chip.<br />
Each chip delivers a performance of 3<br />
teraflops, which is rated as being on par<br />
with Intel's latest Xeon Phi chip codenamed<br />
Knights Landing. That chip is rated<br />
as one of the company's fastest. The<br />
Chinese supercomputer has a staggering<br />
10,649,600 cores over 40,960 nodes. It was<br />
developed by the National Research Center<br />
of Parallel Computer Engineering and<br />
Technology. China is also the first country<br />
to make a supercomputer that passes 100<br />
petaflops in performance.<br />
Countries are in a race to make a computer<br />
that can deliver a performance of an<br />
exaflop, or a million trillion calculations per<br />
second. It is a 64-bit RISC processor, which<br />
Top500 speculates is based on the DEC<br />
Alpha architecture. The supercomputer has<br />
1.3 petabytes of the older DDR3 memory,<br />
and uses 15.3 megawatts of power, making<br />
it more power-efficient .<br />
Body Interfacing<br />
One of the newest inventions in interface<br />
devices is Skinput. This invention allows the<br />
surfaces of your body to be used as a touchscreen.An<br />
armband projects the image of a<br />
menu or keyboard onto your hand or<br />
forearm. This armband also contains an bioacoustic<br />
sensor that can detect and analyze<br />
sound frequencies. Because of bone<br />
density, joints, and soft tissue, different<br />
locations on the body have different<br />
acoustic properties.<br />
When you tap your finger on different parts<br />
of your body it creates a unique frequency<br />
based on the specific area. Skinput can<br />
detect what part of a projected image you<br />
are touching and in turn can transmit a<br />
wireless signal to a computer, smart phone<br />
or other device. Skinput was created by the<br />
project team of Desney Tan, a senior<br />
researcher in the Visualization and<br />
Interaction Area at Microsoft Research; Dan<br />
Morris, a researcher in the Computational<br />
User Experiences at Microsoft Research;<br />
K.Pavithra<br />
IV Yr,IT<br />
“Discipline is the bridge between goals and accomplishment. “ - Jim Rohn 7
and Chris Harrison, a third year P.H.D<br />
student in the Human-Computer Interaction<br />
Institute at Carnegie Mellon University.<br />
V.Varsha Sri<br />
IIIYr,IT<br />
like whatever they look like at the time. For<br />
this we need to replace our screen<br />
protector with Maxis screen savour<br />
protector and then select the picture. Lick<br />
the food taste the food in the savour. We<br />
can have our missed meal, taste before we<br />
order,try strangers food, skip the queue.<br />
Screen Savour:<br />
Maxis Savour, the screen protector was<br />
apparently made of seafood ingredients<br />
that deliver a dose of Omega fatty acids<br />
with every lick. All for just 0.5calories, too!<br />
The Screen Savour takes on the flavour<br />
profile of any food item on your mobile<br />
screen. The Screen Savour is made of<br />
pigment containing cells called<br />
chromatophores taken from an octopus<br />
which can change colour as well as being<br />
delicious. When a picture appears under<br />
the Screen Savour sheet, the<br />
chromatophores change colour to make an<br />
exact replica of that picture. They fused this<br />
with a smartchip with cells from an electric<br />
eel, so that the chip is able to produce<br />
bioelectrical pulses that force the<br />
chromatophores to release oils which taste<br />
Roshini yasala<br />
II Yr,EEE<br />
Smart contact lens<br />
Google Contact Lens is a smart contact<br />
lens project announced by Google on 16<br />
January 2014. The project aims to assist<br />
people with diabetes by constantly<br />
measuring the glucose levels in their tears.<br />
The project is being carried out<br />
by Verily and it is currently being tested<br />
using prototypes. The lens consists of<br />
a wireless chip and a miniaturized glucose<br />
sensor .A tiny pinhole in the lens allows for<br />
tear fluid to seep into the sensor to<br />
measure blood sugar levels. Both of the<br />
sensors are embedded between two soft<br />
layers of lens material. The electronics lie<br />
outside of both the pupil and the iris so<br />
there is no damage to the eye. There is a<br />
wireless antenna inside of the contact that<br />
is thinner than a human’s hair, which will<br />
act as a controller to communicate<br />
information to the wireless device.<br />
“Without hard work and discipline it is difficult to be a top professional.” -Jahangir Khan 8
The controller will gather, read, and analyze<br />
data that will be sent to the external device<br />
via the antenna. Power will be drawn from<br />
the device which will communicate data via<br />
the wireless technology RFID .Plans to add<br />
small LED lights that could warn the wearer<br />
by lighting up when the glucose levels have<br />
crossed above or below certain thresholds<br />
have been mentioned to be under<br />
consideration. Challenges presented by<br />
such a technology are that the LED lights<br />
contain the toxic metal arsenic. The<br />
performance of the contact lenses in windy<br />
environments and teary eyes is unknown.<br />
The prototypes being tested can generate a<br />
reading once per second.<br />
The product was created by Brian Otis and<br />
Babak Parviz .<br />
This research and technology can be used<br />
to develop advanced medical and vision<br />
devices for future generations.<br />
K. Mamini,<br />
IV Yr, IT.<br />
Need hair? Press “print”<br />
MIT researchers designed arrays of hair-like<br />
structures with a resolution of 50 microns -<br />
about the width of a human hair.<br />
the angle of the bristles, the pads can stick<br />
to together with varying forces. For sensing,<br />
the researchers printed a small furry rabbit<br />
figure, equipped with LED lights that light<br />
up when a person strokes the rabbit in<br />
certain directions. To see whether 3Dprinted<br />
hair can help or move objects, the<br />
team fabricated a weight-sorting table<br />
made from panels of printed hair with<br />
specified angles and heights. As a small<br />
vibration source shook the panels, the hairs<br />
were able to move coins across the table,<br />
sorting them based on the coins' weight<br />
and the vibration frequency. JifeiOu, a<br />
graduate student at Massachusetts Institute<br />
of Technology (MIT) in the US said that the<br />
work is inspired by hair-like structures in<br />
nature, which provide benefits such as<br />
warmth, in the case of human hair, and<br />
movement, in the case of cilia, which help<br />
remove dust from the lungs. To 3D-print<br />
hair using existing software, designers<br />
would have to model hair in CAD, drawing<br />
out each individual strand, then feed the<br />
drawing through a programme that<br />
represents each hair's contour as a mesh of<br />
tiny triangles. The programme would then<br />
create horizontal cross sections of the<br />
triangle mesh, and translate each cross<br />
section into pixels, or a bitmap, that a<br />
printer could then print out, layer by layer.<br />
“To know, is to know that you know nothing. That is the meaning of true knowledge.”-Socrates 9
Ou said designing a stamp-sized array of<br />
6,000 hairs using this process would take<br />
several hours to process. To design hair, the<br />
researchers built a new software platform<br />
to model first a single hair and then an<br />
array of hairs, and finally to print arrays on<br />
both flat and curved surfaces.<br />
It helps you solve problems like forgotten<br />
passwords, security badges and has<br />
potential to be all in one replacement for<br />
drivers license, keychains, business cards,<br />
credit cards etc. Soon cell-phone will take a<br />
new form having no form at all. IBM has<br />
developed a prototype of cell-phone that<br />
consists of several pieces of digital jewellery<br />
that will work together wirelessly, with<br />
Bluetooth wireless-technology.<br />
Surapaneni. Divya Sri<br />
III Yr, CSE<br />
Trendy Tomorrow<br />
In the computer fashion wave, “Digital<br />
Jewellery” looks to be the next sizzling<br />
fashionable trend. The combination of<br />
shrinking computer devices and increasing<br />
computer power has allowed several<br />
companies to begin producing fashion<br />
jewellery with embedded intelligence. By<br />
the end of the decade we could be wearing<br />
our computers instead of sitting in front<br />
them. Digital Jewellery is fashion jewellery<br />
embedded with intelligence.<br />
Components: Speakers embedded into<br />
earrings will be the phone’s receiver,<br />
necklace embedded microphone to talk and<br />
magic decoder ring flashes for phone calls<br />
and emails piling up in our inbox and<br />
urgency of mails.<br />
Technical-Specifications:<br />
Digital jewellery consists of a display screen<br />
of 7-16-segments, LED, LCD’s. The main idea<br />
behind this to have convenience of wireless<br />
and wearable computers while fashionably<br />
sound.<br />
S. Sai Sushmitha<br />
II Yr, CSE<br />
“To acquire knowledge, one must study; but to acquire wisdom, one must observe. “-Marilyn vos Savant 10
Project Jacquard: Google’s plan to<br />
make our clothes go Techy<br />
Technology is being woven into our very<br />
clothes. Google has a new technology that<br />
can turn any type of fabric into a connected<br />
device. World's first smart denim jacket<br />
that's being built in collaboration<br />
between Google and Levi Strauss &co<br />
(American Jeans and Casual wear<br />
manufacturer).It is Google’s plan to weave<br />
touch controls into textiles right on the<br />
loom .The idea is that you’ll then be able<br />
to swipe and tap the fabric to do things like<br />
control music or get directions<br />
New conductive yarns that Google's<br />
Advanced Technology and Products (ATAP)<br />
team created with industrial partners<br />
combine thin metallic alloys with natural<br />
and synthetic yarns like cotton, polyester,<br />
or silk .Using this yarns, cloth makers can<br />
weave touch and gesture sensitive areas at<br />
desirable locations on the textile. Sensor<br />
grids can also be woven throughout the<br />
textile to create interactive surfaces. Touch<br />
and gesture input is wirelessly transmitted<br />
to the wearer's Smartphone or other<br />
mobile gadget. In this way a wearer can tap<br />
the surface to start a playlist while biking<br />
across town.<br />
Levi’s is making a black jean jacket<br />
embedded with jacquard sensors. The<br />
Jacquard sensor and controls are located on<br />
the sleeve of the jacket. Such uses include<br />
changing music while on a bike and<br />
receiving a tap when to make a turn. Like<br />
other clothing, it can be easily washed<br />
without damaging the technology. Jacquard<br />
weaves sensors into the textile, which can<br />
be used to control phones and other<br />
devices. For example, a user can control<br />
music and increase the volume by tapping<br />
on the sleeve of the jacket. Technology is<br />
embedded in the fabric.<br />
Capsule Endoscopy<br />
B. Bhavani<br />
III yr, CSE<br />
Capsule endoscopy is a way to record images of<br />
the digestive tract for use in medicine. The<br />
capsule is the size and shape of a pill and<br />
contains a tiny camera. After a patient swallows<br />
the capsule, it takes pictures of the inside of the<br />
gastrointestinal tract. The primary use of<br />
capsule endoscopy is to examine areas of the<br />
small intestine that cannot be seen by other<br />
types of endoscopy such as colonoscopy or<br />
esophagogastroduodenoscopy (ECD)<br />
“Knowledge has to be improved, challenged, and increased constantly, or it vanishes.”-Peter Drucker 11
HoloLens- Microsoft’s Most Insane<br />
Invention<br />
Developers will soon get their first<br />
opportunity to create apps and games for<br />
Microsoft’s HoloLens mixed reality headset,<br />
which adds holographic computer images to<br />
the wearer’s physical environment.<br />
Medical uses:<br />
Capsule endoscopy is used to examine parts<br />
of the gastrointestinal tract that cannot be<br />
seen with other types of endoscopy. Upper<br />
endoscopy, also called EGD, uses a camera<br />
attached to a long flexible tube to view the<br />
oesophagus, the stomach and the beginning<br />
of the first part of the small intestine called<br />
theduodenum.<br />
Capsule endoscopy is useful when<br />
disease is suspected in the small intestine,<br />
and can sometimes diagnose sources of<br />
occult bleeding [blood visible<br />
microscopically only] or causes of<br />
abdominal pain such as Crohn's disease,<br />
or peptic ulcers.<br />
Capsule endoscopy transfers the captured<br />
images wirelessly to an external receiver<br />
worn by the patient using one of<br />
appropriate frequency bands. The collected<br />
images are then transferred to a computer<br />
for diagnosis, review and display. A<br />
transmitted radio-frequency signal can be<br />
used to accurately estimate the location of<br />
the capsule and to track it in real time<br />
inside the body and gastrointestinal tract.<br />
S.Apoorwa<br />
IIYr, CSE<br />
It includes a holographic version of the<br />
Skype communications app and a worldexploring<br />
app called HoloTour. Games are in<br />
the mix too, like crime<br />
drama Fragments and platformer Young<br />
Conker, both of which turn players’ physical<br />
environments into the game space.<br />
“It is amazing how different the play<br />
experience feels based on playing the game<br />
in your living room versus your kitchen or<br />
your bedroom,” writes Microsoft’s Kudo<br />
Tsunoda in a blog post. “Even starting the<br />
game from a different position in a single<br />
room creates an entirely new game play<br />
dynamic.”<br />
Microsoft is shipping its futuristic headset<br />
to developers just as the first mainstream<br />
virtual reality devices are starting to arrive.<br />
The Facebook-owned Oculus VR’s Rift<br />
goggles are expected to ship at the end of<br />
March, while HTC’s Vive virtual reality<br />
eyewear is coming in April.<br />
“ Ignorance is the curse of God; knowledge is the wing wherewith we fly to heaven.”- William Shakespeare 12
Although the HoloLens experience might<br />
sound similar to virtual reality, it’s notably<br />
different. Unlike VR headsets, the HoloLens<br />
projects three-dimensional holograms onto<br />
the real world around a wearer, meaning<br />
the actual environment around a user is still<br />
visible. The HoloLens is a self-contained<br />
Windows 10 computer to be worn on the<br />
face with which wearers can interact<br />
through gestures, gaze, and voice<br />
commands.<br />
With this an able-bodied person<br />
can communicate with a deaf person by just<br />
speaking to the device. The device will then<br />
show the words that were said<br />
on its display so that the deaf could read<br />
the message. This displayed message<br />
can also be verbally read by the device if<br />
wanted. This function allows conversation<br />
to be possible even between the deaf and<br />
the blind. For example it can speak to a<br />
blind person what a Deaf person says;<br />
however, for a Deaf person it takes a voice<br />
and transforms it to sentence structure.<br />
Stick talk device<br />
Aakanksha Shastri<br />
II Yr, CSE<br />
Korean designer Sungjun Cha has come<br />
up with a design concept that will enable<br />
an able bodied people to communicate with<br />
the disabled people, called "Stick Talk<br />
Device" .This device helps you communicate<br />
with people who have hearing difficulties<br />
and who are visually handicapped, even if<br />
you don’t know how to read Braille and sign<br />
language.<br />
M . Sai Prathyusha<br />
II Yr, CSE<br />
Scientists Discover How to ‘Upload<br />
Knowledge to Your Brain’<br />
Researchers claim to have developed a<br />
simulator which can feed information<br />
directly into a person’s brain and teach<br />
them new skills in a shorter amount of time,<br />
comparing it to “life imitating art”. They<br />
believe it could be the first steps in<br />
developing advanced software that will<br />
make Matrix-style instant learning a reality.<br />
Researchers from HRL Laboratories, based<br />
“The best preparation for tomorrow is doing your best today.”-H. Jackson Brown, Jr. 13
in California, studied the electrical signals in<br />
the brain of a trained pilot and then fed the<br />
data into novice subjects as they learned to<br />
pilot an aero plane in a realistic flight<br />
simulator. The study published in the<br />
journal Frontiers in Human Neuroscience,<br />
found that subjects who receive brain<br />
simulation via electrode embedded head<br />
caps improved their piloting abilities and<br />
learned the task 33 per cent better than a<br />
placebo group.<br />
When you learn something, your brain<br />
physically changes. Connections are<br />
made strengthened in a process called<br />
neuro-plascity. It turns out that certain<br />
functions of the brain, like speech and<br />
memory, are located in very specific regions<br />
of the brain and that brain stimulation<br />
could eventually be implemented for tasks<br />
like learning to drive, exam preparation and<br />
language learning.<br />
However, scientists are still busy working to<br />
find out a solution to the battery problem.<br />
A new device has been come into existence.<br />
Zinc Oxide has been employed to harness<br />
vibrations that have been caused by sounds<br />
and transform them into electricity.<br />
Generation of voltage takes place via nanorods<br />
by conversion of kinetic energy<br />
into electrical energy by stretching or<br />
squashing the zinc oxide. By providing<br />
electrical contacts on both ends of the rods,<br />
one is able to harvest enough electrical<br />
energy. The end product would be about<br />
the size of a mobile phone itself.<br />
G.T. Lakshmi Saranya<br />
III Yr,EEE<br />
Temporary tattoo could let diabetics<br />
monitor glucose levels without<br />
jabbing themselves<br />
S.SUSMITHA<br />
II Yr, CSE<br />
Charge your phone by SHOUTING at<br />
it<br />
Smart phones are the most crucial everyday<br />
item justified owing to the huge number of<br />
tasks.<br />
Injections are a popular mode for delivering<br />
drugs in order to prevent and treat various<br />
diseases. But it is an invasive method of<br />
drug administration as it causes tissue<br />
damage.<br />
“ If opportunity doesn't knock, build a door.” - Milton Berle 14
Injections can be a source of disease<br />
transmission, particularly when needles are<br />
re-used and used incorrectly.<br />
After the tattoo is applied to the patient, a<br />
"very mild" electrical current is also applied<br />
to their skin. This causes sodium ions in the<br />
fluid between their skin cells to migrate<br />
toward the electrodes. Those ions carry<br />
glucose molecules from the fluid with them.<br />
Using a built-in sensor, the tattoo then<br />
measures the strength of the electrical<br />
charge produced by that glucose. As a<br />
result, it's able to ascertain the glucose<br />
levels in the patient's bloodstream.<br />
Although the tattoo currently doesn't<br />
provide a numerical readout of those levels,<br />
a separate device is being developed for<br />
that very purpose. The team is also working<br />
on making the tattoos more durable, as<br />
they currently last for about a day once<br />
applied to the skin – fortunately, they're<br />
very inexpensive.<br />
J.Tara,<br />
III Yr, EEE<br />
Scientific Street Lamps to prevent<br />
Dengue Fever<br />
Dengue fever has become widespread in<br />
the tropical world, causing as many as 390<br />
million infections per year in 128 different<br />
countries. In order to eradicate this a street<br />
lamp, called the Eco-Greenergy outdoor<br />
lighting system.<br />
This is meant to bring better light sources to<br />
the cities and remote communities while<br />
also fighting mosquito-borne disease.<br />
It consists of an LED street lamp that<br />
produces low levels of carbon dioxide to<br />
mimic odors associated with humans,<br />
attracting the insects. The level of carbon<br />
dioxide emitted by the light is kept low to<br />
minimize emissions, but is still very<br />
attractive to mosquitoes. Mosquitoes enter<br />
a trap through windows on the top of the<br />
lamp, and are pulled into a net and kept<br />
there by a suction fan. The light functions<br />
entirely on wind and solar energy and is<br />
self-sustaining, meaning it can supply basic<br />
electricity even in very remote areas. The<br />
battery, electrical wiring, and controller are also<br />
installed on the top of the light pole, so that the<br />
light can even continue to function during<br />
floods.<br />
“Nothing is impossible, the word itself says 'I'm possible! “ - Audrey Hepburn 15
Although LED lights can last much longer than<br />
conventional street lighting, they are still quite<br />
expensive.<br />
completed, the nano-robots would be flushed<br />
from the body.<br />
P.Tejasree,<br />
II Yr,ECE<br />
Host<br />
WBC<br />
HIV<br />
Virus<br />
Infected<br />
WBC<br />
Anti HIV Using Nano-robots<br />
Nano-robots are nano devices that will be<br />
used for the purpose of maintaining and<br />
protecting the human body against<br />
pathogens and the operations are<br />
performed on nano metrics.<br />
There is no technology for the<br />
treatment of AIDS. To make the treatment<br />
more specific, we use the nano devices<br />
that use nano-sensors to sense the AIDS<br />
infected WBC’s.<br />
Nano-robot in Nanoscale<br />
According to current theories, nanorobots<br />
will possess rudimentary two-way<br />
communication; will respond to acoustic<br />
signals; and will be able to receive power from<br />
an external source via sound waves. A network<br />
of special stationary nano-robots might be<br />
strategically positioned throughout the body,<br />
logging each active nano-robot as it passes, and<br />
then reporting those results, allowing an<br />
interface to keep track of all of the devices in<br />
the body. A doctor could not only monitor a<br />
patient’s progress but change the instructions<br />
of the nano-robots in vivo to progress to<br />
another stage of healing. When the task is<br />
Restored<br />
WBC<br />
Solar Tree<br />
Nano<br />
robot<br />
T.Sudeepthi,<br />
IV yr EEE.<br />
Infected<br />
WBC<br />
Now days with the growing population and<br />
energy demand we should take a renewable<br />
option of energy source. A solar tree is a<br />
decorative means of producing solar energy<br />
and also electricity. It uses multiple no of<br />
solar panels which forms the shape of a tree<br />
and the panels are like leaves of the tree<br />
which produces energy. We can also use<br />
the technique called “SPIRALLING<br />
PHYLLATAXY” to improve the efficiency of<br />
the plant. It can be applied in street<br />
lightening system, industrial power-supply<br />
etc.<br />
“Believe you can and you're halfway there. “-Theodore Roosevelt 16
TREE stands for T= TREE GENERATING,<br />
R=RENEWABLE, E=ENERGY and<br />
E=ELECTRICITY. For conversion of solar<br />
radiation into usable form, the routes are:<br />
solar thermal, solar photovoltaic and solar<br />
architecture. Advantages of it are No air<br />
pollution, People in poor country would<br />
have access to electricity, People can save<br />
money and Land requirement is very less.<br />
Its disadvantages are Cost is high, May<br />
cause hazards to the birds and insects.<br />
Beyond just looking different, monohms<br />
Runcible is made for people who are turned<br />
off by the hyper-connectedness of typical<br />
smart phones. The Runcible is roughly the<br />
size of a coffee coaster and features a 2.5<br />
inch round screen with a resolution of 640 X<br />
640 pixels. It is powered by a Qualcomm<br />
Snapdragon 410 with 1GB of RAM and 8GB<br />
of storage, WiFi, Bluetooth 4.1. Further,<br />
there is a 7MP rear camera that is located in<br />
the middle of the device. This small mobile<br />
device has the basic features of a smart<br />
phone, but its design is intended to create a<br />
much different experience. The company to<br />
its device as an “anti-smart phone”, which is<br />
designed to refocus users’ attention on real<br />
people and the real world. We must<br />
appreciate to see a startup trying<br />
something different.<br />
D.Durga Bhavani<br />
IV Yr,ECE<br />
SMARTly designed Phone<br />
K.Praveena<br />
IV Yr, ECE<br />
MEMS mike for 'zero power' event<br />
detection<br />
Have you ever imagined a smart phone<br />
which is circular in shape rather than the<br />
bar shaped phones we carry? US based<br />
startup Monohm recently launched its<br />
circular smartphones named ‘Runcible<br />
Babbage’ and solid wood back ‘Runcible<br />
Lovelace’.<br />
The first commercially available quiescent<br />
sensing MEMS device, launched by Vesper,<br />
“ Great dreams of great dreamers are always transcended.”- A. P. J. Abdul Kalam 17
is said to open the possibility of acoustic<br />
event detection devices consuming almost<br />
no power.<br />
The VM1010 is a single ended<br />
analogue piezoelectric MEMS microphone<br />
said to consume 3µA while in listening<br />
mode. According to Vesper, the device<br />
features a rugged piezoelectric transducer<br />
that is immune to environmental<br />
contaminants, making it suitable for<br />
outdoor use as well as in kitchens and cars.<br />
“The VM1010 is the only device<br />
that uses sound energy to wake a system<br />
from full power down,” said Matt Crowley,<br />
CEO, Vesper. “Even when fully powered off,<br />
batteries in smart phones and smart<br />
speakers naturally dissipate 40 to 80µA,<br />
which is far more current than VM1010<br />
needs. This means there is no difference in<br />
battery-life for a system using VM1010 in<br />
listening mode and a fully powered down<br />
conventional system. “Once embedded in a<br />
voice powered TV remote control or smart<br />
speaker, for example, VM1010 could allow<br />
you to turn on your device from across the<br />
room without having to push a button and<br />
without diminishing battery life.”<br />
MEMRISTOR<br />
Pinipe Suma<br />
IVyr, ECE.<br />
A Memristor, or memory+ resistor, is described<br />
as one of the basic elements (resistor,<br />
capacitor, Inductor) of electronic circuits; it<br />
can’t be replaced by any combination of these<br />
elements. Computers today have<br />
to boot from hard drives because the data is<br />
erased from operating memory immediately<br />
after the computer is turned off. The process of<br />
booting takes much time and energy.<br />
Memristors could be used for loading data<br />
quicker because it remembers data even after<br />
power interruption. Therefore, they could be<br />
used to speed the booting process. As shown in<br />
the figure electricity runs through water flow by<br />
which resistors size is changed. When no power<br />
is supplied the diameter remains same as this<br />
helps it to hold data even when the power is<br />
turned off.<br />
A memristor-driven computer would arguably<br />
never need a reboot. You could leave all your<br />
Word files and spreadsheets open, turn off your<br />
computer, and “go get a cup of coffee or go on<br />
vacation for two weeks,” When you come back,<br />
you turn on your computer and everything is<br />
instantly on the screen exactly the way you left<br />
it. That’s how they work. The whole synapse<br />
idea is to do essential analog computation in an<br />
efficient manner.<br />
M. Soujanya<br />
III Yr,ECE<br />
“Great works are performed not by strength but by perseverance.”- Samuel Johnson 18
DOLFI<br />
We believe that the best technologies have<br />
their roots in nature. Ultrasonic technology<br />
is widely used for precise cleaning in<br />
industry and medicine – watches, jewellery<br />
etc.<br />
With this we can save on dry cleaning cost<br />
or for delegates and you won’t run out of<br />
fresh clothes on your travels. You can even<br />
buy any kind of fashion you like and not<br />
worry about the "Hand wash only" label.<br />
One can easily carry this to any place as a<br />
mobile charger.<br />
Exactly in the same way now this ultrasonic<br />
technology is now used for washing clothes.<br />
How does it work?<br />
It's amazingly simple... Put your clothes in<br />
waterproof container; add water, detergent<br />
and Dolfi. Switch the device on and enjoy<br />
your free time!<br />
The device will glow blue as it softly cleans<br />
your clothes. Blue light indicates ultrasound<br />
vibrations in the water. After only 30-40<br />
min, your clothes will be fresh and clean.<br />
Rinse them and hang to dry – you can wear<br />
your favorites again the next morning! Its<br />
powerful multi-frequency transducer<br />
creates precisely modulated wideband<br />
progressive sound waves, which travel<br />
through water and form microscopic highpressure<br />
bubbles. The tiny bubbles then<br />
implode, creating millions of micro-jet liquid<br />
streams. Those invisible yet powerful<br />
streams safely wash away all dirt from<br />
fabric.<br />
K.Tejaswini<br />
III Yr,ECE<br />
Green clothing from recycled plastic<br />
bottles<br />
There was a time when used plastic bottles<br />
were a threat to the environment. Today, it<br />
is being used positively to manufacture<br />
garments. In fact, many people are wearing<br />
this green garment made from used water<br />
bottles. In the current scenario of textile<br />
pollution, choosing green clothing is a sign<br />
of being responsible and sensible towards<br />
environment.<br />
With the help of advanced technology, first<br />
of all the plastic bottles are collected,<br />
compressed, packed into bales and shipped<br />
to the processing factory. Then, the plastic<br />
bottles are chipped and melted into white<br />
round balls which are again crushed and<br />
spun through shower like nozzle that results<br />
into viscose yarn.<br />
“Yesterday is not ours to recover, but tomorrow is ours to win or lose.”- Lyndon B. Johnson 19
These yarns are used to weave fabrics and<br />
finally end up into a trendy piece of<br />
clothing. This process also consumes 30%<br />
less energy than garments which are made<br />
from conventionally manufactured<br />
polyester. It is proven that recycling plastic<br />
reduces pollution.<br />
Using pillows with conducting fibres in the<br />
fabric, it will be possible to see or monitor<br />
electrical activity from the brain.<br />
This will not only show when someone is<br />
dreaming, but also able to tell what they<br />
are dreaming about.<br />
jeans made out of plastic bottles<br />
It is also possible (with prior agreement<br />
presumably, and when both people are in a<br />
dream state at the same time) for two<br />
people to share dreams. One could try to<br />
steer a friend’s dream in the same<br />
direction, so that they could effectively<br />
share a dream, and may even be able to<br />
interact in it.<br />
K . Krishna Sree Sai<br />
Dream Linking<br />
Sarvani. K<br />
III Yr,EEE<br />
Dreams are successions of images, ideas,<br />
emotions, and sensations that occur usually<br />
involuntarily in the mind during certain<br />
stages of sleep.<br />
II Yr,IT.<br />
Space X Dragon<br />
Dragon is a free-flying spacecraft designed<br />
to deliver both cargo and people to orbiting<br />
destinations.<br />
Dragon is a spacecraft developed by<br />
SpaceX, an American private space<br />
transportation company based in<br />
“The noblest search is the search for excellence.”- Lyndon B. Johnson 20
Hawthorne, California. It’s manufacturer is<br />
SpaceX .<br />
Dragon Version 2, along with Boeing’s CST-<br />
100, as the nation’s new taxi to and from<br />
the International Space Station.<br />
This technology should be gentler, to<br />
protect delicate instruments, and more<br />
accurate, to deliver the craft’s seven<br />
passengers with the precision of a<br />
helicopter.<br />
It is the only spacecraft currently flying that<br />
is capable of returning significant amounts<br />
of cargo to Earth. Currently Dragon carries<br />
cargo to space, but it was designed from<br />
the beginning to carry humans.<br />
It is just like a cab that we take help of to<br />
travel to over desired destination.<br />
SpaceX is made from both safety and<br />
efficiency in Dragon’s design. Most<br />
spacecraft, including the Soyuz capsules<br />
that currently dynamic astronauts, depend<br />
on parachutes to slow their re-entry speed,<br />
which makes for a rough landing.<br />
This may even would help us to create man<br />
living on any of over desired planet. As all of<br />
us have been hearing travelling and leaving<br />
on other planet, which will be becoming<br />
true in just few years by this magnificent<br />
innovation which would lead to a great<br />
change in our entire world.<br />
Dragon can also be prepped for re-launch in<br />
weeks, dramatically reducing mission<br />
turnaround time and potentially saving<br />
millions of dollars. As a result, the final<br />
frontier will become more accessible than<br />
ever.<br />
Prathi Sai Harika<br />
II Yr,CSE<br />
This year, SpaceX unveiled one of the first<br />
privately developed manned spacecraft. A<br />
few months later, NASA officially selected<br />
“You have to dream before your dreams can come true”- A. P. J. Abdul Kalam 21
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