This invention offers a novel universally applicable technique for image and video coding.
This Invention enables improved simulations of lighting in three-dimensional environments while staying computational efficient.
This invention, which is suitable for data storage and memory cells, enables long-term storage at fast write speeds.
This memory cell serves as an optoelectronic device for data storage and can be used, among other things, for quantum cryptography and data transmission as used in the communications industry.
This innovative memory cell offers both high performance and long life and can be used in the computer industry, optoelectronics or consumer electronics.
The presented memory cell is suitable for optoelectronic devices and for data storage. It can be used in the computer industry, optoelectronics or consumer electronics, for example.
This Invention enables the easier manufacturing of clocks for signals for high frequency data Transmission with less jitter.
This invention is used, for example, in telecommunications and enables fast but also secure transmission of optical signals.
This method is used in the video software industry or in online video portals and enables, among other things, data rates in video coding processes to be reduced but not increased.
This invention offers a process for the production of a photon pair source that generates interlaced photon pairs in a simple and reproducible manner and is used, for example, in the security industry or communications and information technology.
This invention enables efficient processing of pixels to increase the quality of a video sequence. The procedure is interesting for video sharing websites, online video-on-demand platforms or streaming media providers.
With this method, light emitting devices as well as single photon emitters can be constructed by producing layers with locally arranged nanostructures, and quantum cryptography and communication are also made possible.
This technology offers the possibility to classify videos according to the respective genre (e.g. "Cartoon" and "Non-Cartoon"). This can be used both for private home use and for the automatic classification of audiovisual data for the Internet and search engines.
This invention can be used for various positioning systems, e.g. in museums or harbours, distance measurement for vehicles or any wireless data transmission. The novel radar system enables the realization of highly integrated circuits, accompanied by improved insulation properties of the switching processes, as well as improved transmission and reception powers.
The invention enables a simple and reproducible process for the production of a single or an entangled photon source, as used in quantum cryptography, the security industry or in communications and information technology.
This Invention describes the usage of a novel semiconductor MOF comprising Phosphonate and Arsenate for a novel electrode material used in super capacitors.
This invention can be used, for example, in the video software industry or in online video portals and enables the reduction of bit rates, improved image quality and improved noise suppression.
The Center for Intellectual Property (ZfgE) at the TU Berlin is the central point of contact for all topics relating to intellectual property law and intellectual property.
We patent and market the inventions of the TU Berlin, and we also teach and research technical and intellectual property law.
This makes us the central contact for inventors of the TU Berlin, for cooperation partners from industry and science as well as for interested scientists and experts from the fields of technology and law.
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Technische Universität Berlin
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