Corporate Technology - Rolf Hellinger
Corporate Technology - Rolf Hellinger
Corporate Technology - Rolf Hellinger
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CT India<br />
India, Asia’s second largest market and a center of expertise in<br />
information technology (IT), can look back on half a century of<br />
success as a Siemens location. In Bangalore, the Silicon Valley<br />
of the subcontinent, CT India employs more than 80 researchers<br />
and engineers who handle complex issues related to integrated<br />
hardware platforms, intelligent cameras for security and<br />
automotive applications, medical systems and software<br />
optimization, embedded systems, renewable energy solutions,<br />
and “S.M.A.R.T.” innovations for all three Siemens sectors.<br />
High-Tech Innovations<br />
for Developing Nations<br />
Siemens can look back on a history of more<br />
than 50 years in India. Today, the company<br />
has over 18,000 employees at 35 locations in<br />
the country, including 5,000 researchers, developers,<br />
and software engineers. The company<br />
operates 18 production facilities in the<br />
fields of power transmission, automation, medical,<br />
and building technologies. With the expansion<br />
of Indian industry, demand for products<br />
and solutions that can meet the needs of the local<br />
market is growing rapidly.<br />
Considering these figures, there was good<br />
reason for <strong>Corporate</strong> <strong>Technology</strong> to open a research<br />
center for local Siemens customers, as<br />
well as those in other countries, in Bangalore in<br />
April 2004. Since then, the CT team has undergone<br />
rapid development under the direction of<br />
Dr. Mukul Saxena, a top Indian researcher who<br />
began with just a handful of employees. Today,<br />
CT India and its 80 researchers and developers<br />
handle complex issues related to integrated<br />
hardware platforms, intelligent cameras for security<br />
and automotive applications, medical<br />
systems, and software optimization.<br />
S.M.A.R.T. innovations are at the very top of<br />
the agenda for CT India. The acronym stands for<br />
Simple – Maintenance friendly – Affordable –<br />
Reliable – Timely to market. That means developing<br />
high-tech, low-cost innovations that are<br />
reliable and, whenever possible, maintenancefree.<br />
The sophisticated solutions developed by<br />
CT India are tailored to the specific needs of local<br />
customers. In short, the challenge is: “how<br />
can I develop a high-tech product for only one<br />
tenth of what it would cost in the U.S.?”<br />
26 <strong>Corporate</strong> <strong>Technology</strong><br />
This is among the questions being addressed<br />
for the healthcare sector, for instance, by researchers<br />
working on very flexible client-server<br />
architectures that distribute large volumes of<br />
3D image data throughout a network of lowerperformance<br />
computers — and which can also<br />
process this data within the network in real<br />
time. In this connection, CT scientists in India<br />
are working closely with Siemens <strong>Corporate</strong><br />
Research (see p. 22) in Princeton, New Jersey,<br />
which has assigned specialists to Bangalore for<br />
the project.<br />
Flexible client-server architectures would<br />
enable surgeons in operating rooms to access<br />
computer tomography images in real time —<br />
without any need for high-performance computers.<br />
The computing resources provided by<br />
many background computers would be used in<br />
a way that would make it possible to call up images<br />
via a workstation with the help of special<br />
visualization software.<br />
Cameras with Brains<br />
One of the many examples of S.M.A.R.T. innovation<br />
from CT India is an inexpensive camera<br />
equipped with a digital signal processor. The<br />
camera offers several benefits. Its components<br />
are up to 80 percent less expensive than those<br />
of other cameras, its technology provides an<br />
enhanced level of functionality, and it is perfectly<br />
suited to applications in India.<br />
Siemens has become a preferred supplier in<br />
the field of computer-aided image processing<br />
(machine vision) for Indian customers, largely<br />
because of the know-how of CT India experts in<br />
this field. For example, Siemens has provided<br />
the Indian Tobacco Company’s Bangalore factory<br />
with 20 S.M.A.R.T. cameras, infrared<br />
lamps, and sensors. The resulting system projects<br />
infrared light on cigarette paper in order to<br />
check its thickness — a step that allows factory<br />
employees to quickly determine whether a machine<br />
contains the right paper for one of six different<br />
types of cigarettes the company makes. A<br />
variation of this machine vision approach was<br />
also developed for a principal supplier of the<br />
Tata Nano car in order to automatically check<br />
the washers for cylinder head seals. This in turn<br />
has led to additional orders for other production<br />
sites. CT India has thus developed low-cost automation<br />
solutions for the Indian market that<br />
may be applicable to the world market.<br />
Another increasingly important area is the<br />
development of embedded software for driver<br />
assistance systems, including lane assistants,<br />
which are early warning systems that prevent<br />
car and truck drivers from inadvertently leaving<br />
the lane they’re traveling in. Various types of<br />
optical systems are used here to determine a vehicle’s<br />
actual position within a lane. Systems<br />
like these would normally require a high level of<br />
computing power packed into a small area —<br />
but CT’s experts in Bangalore are now looking to<br />
develop a small and reliable system that can reduce<br />
the time needed for lane tracking computations<br />
by 80 percent without any loss of precision.<br />
<strong>Corporate</strong> <strong>Technology</strong> is also handling the<br />
associated software-hardware adaptations, and<br />
vice versa. Its solution spectrum therefore encompasses<br />
the entire embedded system.