This document proposes a concept called "Sixth Sense Cloud Computing" which combines Pranav Mistry's "Sixth Sense" concept with cloud computing. It involves connecting compact hardware like a camera, microphone, and projector to a mobile computing device and the cloud. This would allow a user to access their laptop/desktop interface, data, and applications from anywhere as long as they have an internet connection. The "virtual laptop" interface could be projected onto surfaces using the hardware. It discusses the components needed like the camera for gesture recognition/tracking, projector for projecting the interface, and microphone for audio. The mobile device would process inputs and connect to the cloud for storage and access from anywhere. The goal is to replace

1. SIXTH SENSE CLOUD COMPUTING
1-
Yugank Srivastava 2-
Sumit Rajan 3-
Prem Chand Rawat 4-
Shivam Shukla
1-
Research scholar, Information technology department, Uttrakhand technical university
Dehradun, Uttrakhand, India
srivastavayugank@yahoo.co.in
2-
Research Research scholar, Mechanical department, Uttrakhand technical university
Dehradun, Uttrakhand, India
sumit.sharma.one@hotmail.com
3-
Research scholar, Mechanical department, Uttrakhand technical university
Dehradun, Uttrakhand, India
pcrawat.one@hotmail.com
4-
Research scholar, Mechanical department, Uttrakhand technical university
Dehradun, Uttrakhand, India
shukla.shivam143@hotmail.com
Abstract
“Cloud computing” was first coined by
Google™ Chief Executive Eric Schmidt in 2006.
Kaufman (2009: 61) suggests that cloud
computing terminology „originates from the
telecommunications world of the 1990s, when
providers began using virtual private network
(VPN) services for data communication‟.
Desisto, Plummer and Smith (2008: 1) state that
„the first SaaS [Software as a Service] offerings
were delivered in the late 1990s.Although these
offerings weren‟t called cloud computing‟. There
is, however, agreement on the definition of
Cloud Computing. Therefore, “SIXTH SENSE
CLOUD COMPUTING” is the mixture of sixth
sense concept invented by MR. PRANAV
MISTRY and cloud computing. The main
concepts comprises of important modules and
sub-modules.
1: Designing hardware and source code
connectivity.
2: Replacement (replacing Smartphone, laptop or
heavy internet modems for connectivity).
1. Introduction
Sixth sense cloud computing basically involves
the main concept of connecting the compact
hardware to the cloud with a specific log in ID,
PASSWORD, to make it accessible anywhere
and user just need an internet connection and
compact hardware which mainly replaces
LAPTOPS, PC‟S e.t.c ,Therefore anything
anywhere concept is evolved, and the most
important part is the security which is plays an
important role in making success to any
evolution ,Therefore user will be given an
specific id and password which will help the user
to secure his “VIRTUAL LAPTOP” means his
whole data in cloud and no one can access it
without the prior permission of the main account
holder or user. The term virtual laptop can be
explained through this picture clicked by MR
PRANAV MISTRY during his research on sixth
sense.

2. As we see from the above live images that our
virtual laptop can be on wall or on our own
Palm. Sixth Sense cloud computing totally
comprises virtualization that‟s makes it pure
compact and portable and secure too. It records
and control commands because of HAND
GESTURES and COLOUR MARKERS which
acts as mouse to control and decode commands
of the users.
2. Construction
The components of sixth sense cloud computing
are as follows:
1: CAMERA-
The camera acts as the input encoder and digital
eye of sixth sense cloud computing. The major
functions of the camera can be listed as:
1. Captures user‟s hand movements and
gestures (used in reorganization of user
gestures) 2.
2. Captures the scene in front and objects
the user is interacting with (used in
object reorganization and tracking)
3. Takes a photo of the scene in front
when the user performs a „framing‟
gesture Captures the scene of projected
interface (used to correct the alignment,
placement and look and feel of the
projected interface components)
Suggested Product: Logitech QuickCam
Pro for notebooks. Code- 3333333
3: MICROPHONE.
The MICROPHONE is used to encode and
decode our audio capabilities and hence
made us easy to perform our audio platform
actions.
4:Projector: The projector is the key output
device of the SixthSense system. The
projector visually augments surfaces, walls
and physical objects the user is interacting
with by projecting digital information and
graphical user interfaces. The mobile
computing device provides the projector
with the content to be projected. The
projector unit used in prototype runs on a
rechargeable battery. The major functions of
the projector can be listed as: Projects
graphical user interface of the selected
application onto surfaces or walls in front
Augments the physical objects the user
interacting with by projecting just-in-time
and related information from the Internet
Suggested Products: You can buy either
laser (AAXA, Microvision) or L.E.D (3M
MPro110) projectors. Mirror The mirror
reflects the projection coming out from the
projector and thus helps in projecting onto
the desired locations on walls or surfaces.
The user manually can change the tilt of the
mirror to change the location of the
projection. For example in application where
the user wants the projection to go on the
ground instead of the surface in front, he can
change the tilt of the mirror to change the
projection. Thus, the mirror in the

3. SixthSense helps in overcoming the
limitation of the limited projection space of
the projector. Suggested Product: Any
1”X1” first surface mirror Microphone The
microphone is an optional component of the
SixthSense. It is required when using a
paper as a computing interface. When the
user wants to use a sheet of paper as an
interactive surface, he or she clips the
microphone to the paper. The microphone
attached this way captures the sound signals
of user‟s touching the paper. This data is
passed to computing device for processing.
Later, combined with the tracking
information about user‟s finger, the system
is able to identify precise touch events on
the paper. Here, the sound signal captured
by the microphone provides time
information whereas the camera performs
tracking. The applications enabled by this
technique are explained earlier. Mobile
computing device The Sixth Sense system
uses a mobile computing device in user‟s
pocket as the processing device. The
software program enabling all the features of
the system runs on this computing device.
This device can be a mobile phone or a
small laptop computer. The camera, the
projector and the microphone are connected
to this device using wired or wireless
connection. The detail of the software
program that runs on this device is provided
in next section. The mobile computing
device is also connected to the Internet via
3G network or wireless connection.
Suggested Product: Any Windows computer
For a more detailed list of resources, along
with prices check Links / Resources
CODING PLATFORM:
Coding is done in Microsoft visual studio
version and hence all the components used are
connected to each other and made into action.
Because of the Smartphone the coading is done
to interconnect the devices used.
MAIN CONCEPT USED WHICH
MAKE SIXTH SENSE CLOUD
COMPUTING DIFFERENT FORM
ORIGNAL SIXTH SENSE:
The main concept we using is that we
replacing the Smartphone and putting whole
laptop data in the cloud which makes us the
virtual laptop can be easily accessible:
Any place, Anywhere, Anytime and On
anything, the DATA will be available.

4. 4. Conclusions:
The main idea of the project is to
develop the virtualization era in the
world and to replace the hardware and
heavy or bulk material, with
virtualization and in coming time all
should be in ones hand to access the data
anywhere anyplace anything.
References
[1] PRANAV MISTRY, Sixth Sense Concept.
[2] McAfee_ Avert_ Labs, Alton House,
Gatehouse Way, Aylesbury, Herts HP19
8YD, UK.
Cloud Security technology paper, 2009.
[3] Seongwook Jin, Jeongseob Ahn, Sanghoon
Cha, and Jaehyuk Huh
Computer Science Department, KAIST
Daejeon, Korea
{swjin, jeongseob, shcha, and
jhuh}@calab.kaist.ac.kr
Architectural Support for Secure Virtualization
under a
Vulnerable Hypervisor.