when this subject
is one of the key subjects the 21st century and beyond
the mood we
are extremely excited about this new messy course
because we believe that it is unique certainly to the UK and possibly to the
world
on my name is professor Patrick night at ski
and I am the director of one of the UNSC courses
in the School of Electrical and Electronic Engineering digital imaging
and signal processing acronym a guy named justice
I'm working on a project that uses
electrical impedance tomography to image the brain recently i won an award at
school twice
Excellence Award this is awarded by Princess and down at the Royal Academy
engineering London the award was in recognition for the work I've done to
you
the crew women and girls in science and engineering
the name stopping PGE you not new to this
and as he calls pretty chill mode you could image engineering
it compass human vision systems emitting devices
imaging systems feature extraction and patent Commission
pick a lactation include face
condition image and video retrieval systems and hyperspectral imaging
process
the mall killed
I can to Manchester to do all a master's and is it is tradition and i also
ended up doing that the system distance latest incident posts as well
I found myself in an environment which is very creative having which
one has all the facilities available to be able to move on
and progress with ideas that what has created
digital sciences digital image and signal processing
is one of the key technological drivers the 21st century
it is a particle almost everything we consider to be
modern so if you think about for example digital televisions
telecommunications radar injury
Medical signal processing the entertainment industry
biological sciences military research
all of the subjects are routed in digital technology
chemically 50
I reckon a project that uses an extent reconstructing
clearer image in the brain click some people fear
and flashlights in people's hands and the idea is is that we're trying to
actually see how the brain responds to those
its subsections so the device can be fair
communication tree from harsh practical way through to defend myself
plan crazy tax rate monitor the brain
very very fast 100 changed
which makes it even more minutes play if and capturing the data
Effect 3 from see seventeen million data points
which were able to take off online I'm talked to John Oakley and I'm remember
the teaching research stuff for the school electrical/electronic engineering
on on new course I teaching module called image processing
one aspect is image encoding for the transmission in Newman
viewing another aspect is image enhancement where we want to improve the
image in some way
and the third aspect is Automation Division intelligence vol 12
or some may say visual tasks such as object recognition
object counting I will be using state-of-the-art software
the hollows test to be specified by a block diagram
modified and implemented
automatically so this will be onto the practical work associate with on Mon Jun
one of the things that we teach on the course
is how to building program real-time signal processing systems
for audio and the border be seen from to view
is called a single wasn't system which we produce and sell
commercially this board is in a channel audio
surround sound processing its samples audio data and ninety-six cohurt signed
with 24-bit resolution
in order to perform the various complex effects in real time
the central processor has to be able to conduct
$1 billion modifications and additions intercepted
during the laboratory sessions students will use this board
they'll make use of the software already developed to experience the special
effects that it can conduct
the more than this students will develop their own algorithms
which again based on equations which are discussed a theoretical lectures during
elections
and from this they will gain an insight into the translation
of theoretical descriptions into practical effects
and these effects are used every day in industry in telecommunications
multimedia a host of other applications my current project
concerns the development of a system that will be used to monitor
urinary incontinence in in the aged Korean anybody
for that matter I'm working on the development of the electronics more you
for this project
which will detect to seem a unity important signal
from and underway I'm transmit the information
that this has been detected onto the a moment for
or several mobile phones the
if you study the subject to the University of Manchester
there is a world of opportunity respective careers
for example
biomedical signal and image processing inverse reconstruction techniques for
tomorrow thing
non-destructive testing security applications
telecommunications mobile communications entertains
that's baseball. instrumentation the deep space probes
if you come to study with us at the University of Manchester
we promise you rewarding more filling
finding the genes
mmm
mine
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