Corporate Technology - Rolf Hellinger
Corporate Technology - Rolf Hellinger
Corporate Technology - Rolf Hellinger
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
Interview<br />
Synergies: Lifeblood<br />
of the Company<br />
Why are innovations important for<br />
Siemens?<br />
Achatz: Innovations have been one of the most<br />
important factors in Siemens’ success from the<br />
very beginning. Our goal is to be a technological<br />
trendsetter in all of our fields of business in<br />
order to safeguard competitive advantages for<br />
our customers. Achieving this goal requires an<br />
optimal alignment of technology and patent<br />
strategies, innovation processes, the creative<br />
input of employees, and investment in research<br />
and development. That’s what it takes to enable<br />
Siemens to fully exploit the strengths of an<br />
integrated technology company. <strong>Corporate</strong><br />
<strong>Technology</strong> (CT) is a key part of this alignment.<br />
What type of added value does <strong>Corporate</strong><br />
<strong>Technology</strong> actually generate?<br />
Achatz: An integrated technology company<br />
thrives on synergies. And in order to exploit as<br />
many synergies as possible, Siemens research<br />
isn’t structured in line with the three Siemens<br />
Sectors of Energy, Industry, and Healthcare;<br />
instead, it operates in a cross-sectional and<br />
cross-divisional manner. This allows us to<br />
effectively develop multiple impact technologies<br />
— in other words, those that offer<br />
benefits across all Sectors and Divisions.<br />
Such developments include new materials,<br />
production processes, and sensor systems,<br />
innovative software architectures and<br />
processes, knowledge management systems,<br />
and intelligent information and communication<br />
solutions. The Siemens Sectors and Divisions<br />
have the expertise in terms of products,<br />
6 <strong>Corporate</strong> <strong>Technology</strong><br />
Reinhold Achatz heads <strong>Corporate</strong><br />
Research and Technologies,<br />
Siemens’ central research unit.<br />
Industry and Security: Innovative Wireless Solutions<br />
Although their high data transfer rates make wireless networks potentially<br />
the ideal solution for machine-control applications that could greatly<br />
enhance the flexibility of manufacturing facilities, to date such networks have<br />
been largely limited to office communications . The problem was that<br />
wireless commands might be delayed, thereby disturbing precisely aligned<br />
manufacturing processes. With this in mind, engineers from Siemens<br />
Industry Automation and a research team from <strong>Corporate</strong> <strong>Technology</strong> (CT) in<br />
Berkeley led by Raymond Liao have developed and marketed Industrial WLAN<br />
(IWLAN), a wireless solution that for the first time achieves the robustness<br />
and reliability required for industrial applications. IWLAN reserves data<br />
transfer rates for critical data such as control commands, while its redundant<br />
antennas and time-monitored signal transmission ensure permanent wireless connections within<br />
a factory. Emergency cut-off functions can also now be guaranteed with wireless technology, as is<br />
already the case with wireless PROFINET applications. IWLAN is based on the WLAN standard, so it<br />
can easily be integrated into existing networks and Ethernet systems, which is why many<br />
customers, such as those from the automotive industry, are taking advantage of Siemens’ head<br />
start — approximately 18 months — in this area.<br />
Many innovative solutions in emerging markets such as India are now often based on “high tech,<br />
low cost” developments, which have attracted a lot of attention in the form of solutions marketed<br />
by CT as “S.M.A.R.T.” technologies (see p. 26). One example involves intelligent cameras<br />
developed especially for industrial applications such as optical product-quality monitoring. These<br />
cameras are also being used in traffic control systems, security applications, and building<br />
management systems. Indian CT researchers are working closely with Siemens <strong>Corporate</strong><br />
Research in Princeton, which is developing specialized algorithms adapted to real-time<br />
applications and to the cameras’ “low-performance” processing. One CT project in India involves<br />
development of optimized solutions for traffic-monitoring systems that improve image quality in<br />
twilight conditions, among other things. Plans also call for security cameras that will use<br />
embedded software to wirelessly communicate with one another, thus opening the door to<br />
seamless surveillance from one camera to the next.