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Software

In the future, PCs will be used less frequently for information processing. Instead, goods with embedded software will determine everyday life. New programs can be operated intuitively and will increasingly fulfill complex functions. They will transform cell phones into multimedia stations and cars into comfortable traffic information centers. The household appliances and office machines of the future will communicate in pervasive, self-organized wireless networks. Moreover, the products will be able to pass on their preferences through a "digital aura." For example, a sweater would "know" at what temperature it should be washed and an intelligent wash machine would recognize this.
In automated production, real-time systems with open standards will become increasingly the norm. Manufacturer-independent standards allow significantly faster and more efficient software and systems development. Individually written software programs are being replaced more and more by adaptable software modules. These can be assembled according to the application's requirements and can be reused later. Even machine-generated programs are possible, such as for security checks or for troubleshooting

 
 

Software: Forecasts

 The market for packaged software will continue to expand. For 2008, experts estimate that the market volume will be 260 billion dollars. In 2003 the market was only worth 185 billion dollars. At the same time the price of memory chips will decrease. In 1995 the price for one megabit DRAM memory was $3.50; in 2008, according to estimates, it will be only 0.4 cents. For this reason, microprocessors are increasingly taking over the tasks of electromechanical systems. By 2010, software and electronics will account for 35 per cent of the value of an average car.

 

Software at Siemens

Siemens employs more than 30,000 software developers - about as many as Microsoft - and spends about three billion euros per year for software development. The developers are spread all over the globe; key locations are Corporate Technology (CT) in Munich and Program and System Engineering (PSE) in Vienna as well as Siemens Information Systems Ltd. (SISL) in Mumbai, India. Global teams work on innovative systems such as the hospital information software Soarian and the multimedia platform IMS.
To make software available more quickly and more powerful, Siemens CT has focused on standardization and modularization. For this, individual software modules are optimized and equipped with standardized interfaces. Afterwards, they can be put together into programs almost as easily as Lego blocks. The CT researchers are also treading new paths for fighting faulty software: they developed the Code Inspector, an analytical tool that automatically scans through programs and sounds an alarm when a weak spot is found. In another project, a team of engineers linked mobile technology with an improved GPS position determination. This led to the creation of "digital Post-its," which are first sent to the cell phone when the user has reached a previously determined location

 
 
 
 
 

 Contact

Siemens Communica-tions for Technology and Innovations:

Dr. Ulrich Eberl (Mr.)
Wittelsbacherplatz 2
D-80333  Munich

Tel: +49 (89) 636-33246
Fax: +49 (89) 636-35292

ulrich.eberl@siemens.com