Philips Research - Download Pictures
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If you want to download high-resolution versions of the pictures,
please click at the hyperlink below the thumbnail. The use of the pictures is free but in publications the source of these pictures must be mentioned. The source can be found below the caption of the pictures. |
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17 x 11 cm, 300 dpi, 855 KB
3-D Displays and Content Generation Philips 3D Solutions’ display technology enhances the power of digital signage by adding an extra dimension to the picture. Photo: Philips |
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17 x 17 cm, 300 dpi, 1423 KB
3-D Displays and Content Generation Psycho-physiological measurements of a user’s 3D gaming experience. Photo: Philips |
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25 x 25 cm, 300 dpi, 991 KB
3-D Displays and Content Generation Philips' lenticular lens 3-D display requires no special glasses and can show 3-D scenes simultaneously to several viewers. Photo: Philips |
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17 x 17 cm, 300 dpi, 1048 KB
3-D Displays and Content Generation Development of video processing algorithms for real-time conversion of 2D video into 3D content. Photo: Philips |
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17 x 17 cm, 300 dpi, 1137 KB
3-D Displays and Content Generation Philips' lenticular lens 3-D display requires no special glasses and can show 3-D scenes simultaneously to several viewers. Photo: Philips |
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9 x 6 cm, 300 dpi, 335 KB
amBX Using amBX technology, multiple peripherals in the room around you work in harmony with the game to deliver a new sensory experience: surround lighting, sound, vibration, airflow and other effects. Photo: Philips |
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9 x 6 cm, 300 dpi, 323 KB
amBX Using amBX technology, multiple peripherals in the room around you work in harmony with the game to deliver a new sensory experience: surround lighting, sound, vibration, airflow and other effects. Photo: Philips |
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9 x 5 cm, 300 dpi, 299 KB
amBX Using amBX technology, multiple peripherals in the room around you work in harmony with the game to deliver a new sensory experience: surround lighting, sound, vibration, airflow and other effects. Photo: Philips |
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13 x 10 cm, 300 dpi, 546 KB
Ambient Intelligence Biometric sensors identify users to guarantee authorized access and personalized device features. Photo: Philips |
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17 x 11 cm, 300 dpi, 706 KB
Ambient Intelligence The music browser prototype. Photo: Philips |
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17 x 17 cm, 300 dpi, 738 KB
Ambient Intelligence In the Ambient Experience Radiology Suite developed by Philips, animated graphics on the ceilings and wall create a more patient-friendly environment for people undergoing medical scans. Photo: Philips |
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14 x 9 cm, 300 dpi, 544 KB
Ambient Intelligence He never much cared for museums. “What’s the point of looking at the work of others?” Now we can find him there every week, in the Interactive Art section, creating his own abstract paintings. His creation is coming to life in real-time in her digital catalog, which, by the way, no longer contains labyrinthine floor plans. These days museums simply guide their guests to the next piece they are interested in using lights on the interactive floors.The boy in front of Rembrandt’s ‘Nachtwacht’ doesn’t even have a catalog. He just downloads information on Rembrandt’s life using the painting itself. Photo: Philips |
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14 x 14 cm, 300 dpi, 598 KB
Ambient Intelligence Getting in touch with your music collection. Photo: Philips |
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20.5 x 14 cm, 300 dpi, 285 KB
Ambient Intelligence Connected through awareness systems. Photo: Philips |
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9 x 6.5 cm, 300 dpi, 476 KB
Ambient Intelligence Supportive body area network. Photo: Philips |
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9 x 6.5 cm, 300 dpi, 467 KB
Ambient Intelligence Making public spaces personal. Photo: Philips |
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9 x 6.5 cm, 300 dpi, 566 KB
Ambient Intelligence Augmenting broadcasted content by sharing experiences. Photo: Philips |
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17 x 17 cm, 300 dpi, 455 KB
Ambient Intelligence Context-aware services use, for example, information on users' location and interest profile to generate information messages that are more relevant to the user then unconditional messages would be. Photo: Philips |
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13.5 x 10 cm, 300 dpi, 361 KB
Ambient Intelligence WWICE 2 is a project about the Connected Home. The project develops new applications, user interaction concepts and system architectures allowing communication, exchange of content and sharing experiences. Photo: Philips |
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17.5 x 13 cm, 300 dpi, 499 KB
Ambient Intelligence WWICE 2 is a project about the Connected Home. A new user interaction concept called 'spaces' has been developed. A space is a virtual room where people can meet and share content and experiences. Photo: Philips |
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14,5 x 14,5 cm, 300 dpi, 639 KB
Ambient Intelligence A memory browsing system allows users to access and display their photos anywhere in the house. Photo: Philips |
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16 x 9 cm, 300 dpi, 425 KB
Easy Access A jukebox that interprets tunes a user hums and plays the song after finding it in a digital audio archive, is an example of new interaction technologies under investigation at Philips Research. Photo: Philips |
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13.5 x 10 cm, 300 dpi, 424 KB
Ambient Intelligence Ambient Intelligence Photo: Philips |
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6 x 5 cm, 300 dpi, 220 KB
Ambient Intelligence A living room scene, where a large holographic screen on the wall shows a lot of information, particularly on electronic commerce. At the same moment a virtual person is present taking part in the discussion. Photo: Philips |
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6 x 5 cm, 300 dpi, 115 KB
Ambient Intelligence Charlotte is playing with her interactive screen that generates a narrative in which she plays a role herself. Photo: Philips |
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17 x 17 cm, 300 dpi, 963 KB
Audio Fingerprinting Audio Fingerprinting technology allows to almost instantly identify music via a mobile phone by capturing only a few seconds of the audio and sending it to a service provider that matches the fragment to a database containing the identifying codes of a large number of songs. Within seconds, a message naming the song, the artist and other relevant information will appear on the user’s phone display. Photo: Philips |
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17 x 17 cm, 300 dpi, 1040 KB
Audio Fingerprinting Audio Fingerprinting technology allows to almost instantly identify music via a mobile phone by capturing only a few seconds of the audio and sending it to a service provider that matches the fragment to a database containing the identifying codes of a large number of songs. Within seconds, a message naming the song, the artist and other relevant information will appear on the user’s phone display. Photo: Philips |
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17 x 17 cm, 300 dpi, 969 KB
Audio Fingerprinting Audio Fingerprinting technology allows to almost instantly identify music via a mobile phone by capturing only a few seconds of the audio and sending it to a service provider that matches the fragment to a database containing the identifying codes of a large number of songs. Within seconds, a message naming the song, the artist and other relevant information will appear on the user’s phone display. Photo: Philips |
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17 x 17 cm, 300 dpi, 1525 KB
Watermarking Watermark technology can be a valuable aid in forensic tracking. Photo: Philips |
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17 x 6 cm, 300 dpi, 120 KB
Watercast™ Watercast™ product to embed watermarks in video content. Photo: Philips |
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17 x 6 cm, 300 dpi, 113 KB
Watercast™ Watercast™ product to detect watermarks in video content. Photo: Philips |
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14.5 x 15 cm, 300 dpi, 562 KB
Digital Rights Management Experimental set-up demonstrating tamper detection of security camera content by a combination of video fingerprinting and watermarking techniques. Photo: Philips |
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25.5 x 17.5 cm, 300 dpi, 1230 KB
Personal TV Channels Integrated into a regular set-top box, the Personal TV Channel technology makes it simple to access and enjoy your personal TV content via your own personal channel. Photo: Philips |
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25.5 x 17 cm, 300 dpi, 1339 KB
Personal TV Channels Integrated into a regular set-top box, the Personal TV Channel technology makes it simple to access and enjoy your personal TV content via your own personal channel. Photo: Philips |
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17 x 17 cm, 300 dpi, 1168 KB
Content Management SPATION - The user interface allows easy access to and control of content stored on different devices in a home network. Photo: Philips |
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17 x 17 cm, 300 dpi, 953 KB
Content Management SPATION - The user interface allows easy access to and control of content stored on different devices in a home network. Photo: Philips |
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6.5 x 6.5 cm, 300 dpi, 217 KB
Content Management CASSANDRA - automatic audio-visual content analysis. Photo: Philips |
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7 x 7 cm, 300 dpi, 189 KB
Context-Aware Devices Laboratory set-up for measuring the distance between objects. The technology can be used to determine the location of devices and use this information in the development of context-aware personalized devices. Photo: Philips |
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8 x 8 cm, 300 dpi, 168 KB
Context-Aware Devices Laboratory set-up for measuring the distance between objects. The technology can be used to determine the location of devices and use this information in the development of context-aware personalized devices. Photo: Philips |
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7 x 7 cm, 300 dpi, 162 KB
Context-Aware Devices Short-range positioning using RF beacons. Photo: Philips |
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13 x 17 cm, 300 dpi, 817 KB
Digital Signal Processing Experimental setup for analyzing the performance of the video processing picture improvement algorithms. Photo: Philips |
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17 x 11 cm, 300 dpi, 659 KB
Digital Signal Processing Experimental setup for analyzing the performance of the video processing picture improvement algorithms. Photo: Philips |
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17 x 17 cm, 300 dpi, 1179 KB
Digital Signal Processing Aural-perception experiment in an echo-free laboratory. Photo: Philips |
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12.5 x 12.5 cm, 300 dpi, 407 KB
Digital Signal Processing Communication systems such as video-conferencing and speech recognition systems require hands-free operation. The large user distance to the microphone leads to acoustic echoes, noise and reverberation, and thus degrades the speech quality. Philips Research concentrates on suppressing these acoustic phenomena by developing adaptive digital signal-processing techniques. Photo: Philips |
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17 x 11 cm, 300 dpi, 857 KB
HomeLab Researchers testing the interaction with a Smart Companion in the Philips Homelab. Photo: Philips |
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20,5 x 14 cm, 300 dpi, 371 KB
HomeLab The personal home. Photo: Philips |
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20,5 x 14 cm, 300 dpi, 290 KB
HomeLab Typical view of the Homelab living room as seen from one of the 34 observation camera positions. Photo: Philips |
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21 x 14 cm, 300 dpi, 290 KB
HomeLab Children test novel interaction methods developed in the TOONS project in HomeLab. Photo: Philips |
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14 x 14 cm, 300 dpi, 694 KB
HomeLab An observation team studies the way users interact with novel systems throughout HomeLab. Photo: Philips |
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17 x 17 cm, 300 dpi, 1088 KB
Human-Perception Research Shooting high-quality video content for color perception experiments on displays. Photo: Philips |
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17 x 17 cm, 300 dpi, 1179 KB
Human-Perception Research Aural-perception experiment in an echo-free laboratory. Photo: Philips |
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17 x 17 cm, 300 dpi, 1423 KB
Human-Perception Research Psycho-physiological measurements of a user’s 3D gaming experience. Photo: Philips |
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17 x 17 cm, 300 dpi, 729 KB
Human-Perception Research Fundamental and practical research on how people experience technology provides the means to develop products that are really designed around the user. Photo: Philips |
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9.5 x 17 cm, 300 dpi, 771 KB
Personal Care Improvement of the shaving experience is one of the topics of research at Philips’ Personal Care Institute. Photo: Philips |
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12 x 17 cm, 300 dpi, 578 KB
Personal Connectivity In the Active Digital Aura concept, sensors automatically recognize people as they are brought close to their skin, allowing intuitive personalized applications. Photo: Philips |
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16 x 15 cm, 300 dpi, 1002 KB
Personal Connectivity Communication between a car and its environment can greatly improve the driver’s anticipation to traffic conditions and hazards. Photo: Philips |
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5 x 4 cm, 300 dpi, 150 KB
Personal Connectivity The image shows the main page of the user interface screen. Photo: Philips |
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24 x 18 cm, 300 dpi, 1371 KB
Personal Connectivity The Distance Learning end user system consists of a TV with set-top box operated with a remote control. The system has been designed for easy operation. Photo: Philips |
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20 x 16 cm, 300 dpi, 661 KB
Personal Connectivity Connectivity allows digital content to be viewed on a variety of portable and fixed devices. Photo: Philips |
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20 x 20 cm, 300 dpi, 1204 KB
Personal Connectivity Sharing content in different mobile devices. Photo: Philips |
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18 x 13 cm, 300 dpi, 140 KB
Personal Connectivity The Electronic Ceramics group of the Philips Research Laboratories in Aachen, Germany has developed a new, miniaturized antenna for mobile communications. The Philips miniaturized antennas are about eight times smaller than conventional antennas but achieve the same performance. The development plays an essential role for future mobile telecoms applications, such as the wristwatch with a monitor-equipped telephone. In the past such applications were limited especially by the physical parameters of the antennas. The new miniature antennas could be brought to manufacturing standards thanks to the development of special hightech ceramics. Photo: Philips |
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17 x 11 cm, 300 dpi, 857 KB
User Interfaces Researchers testing the interaction with a Smart Companion in the Philips Homelab. Photo: Philips |
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12 x 17 cm, 300 dpi, 578 KB
User Interfaces In the Active Digital Aura concept, sensors automatically recognize people as they are brought close to their skin, allowing intuitive personalized applications. Photo: Philips |
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16 x 15 cm, 300 dpi, 1002 KB
User Interfaces Communication between a car and its environment can greatly improve the driver’s anticipation to traffic conditions and hazards. Photo: Philips |
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13 x 8 cm, 300 dpi, 788 KB
User Interfaces Human-like user-interface prototype iCat to help users in their daily tasks Photo: Philips |
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20 x 15 cm, 300 dpi, 1009KB
User Interfaces Human-like user-interface prototype iCat to help users in their daily tasks Photo: Philips |
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12 x 11 cm, 300 dpi, 324 KB
User Interfaces Natural-language speech recognition converts spoken text into ready reports. The spoken language is translated into text and subsequently analysed, corrected and adapted to produce the formal language required in the report. Photo: Philips |
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8 x 6 cm, 300 dpi, 414 KB
Video Processing Pixel Plus creates sharp detail in upscaled video by reconstructing sharp edges. Photo: Philips |
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17 x 11 cm, 300 dpi, 723 KB
Video Processing Research on the video processing algorithms for the Amazing Football Tracker. Photo: Philips |
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13 x 17 cm, 300 dpi, 817 KB
Video Processing Experimental setup for analyzing the performance of the video processing picture improvement algorithms. Photo: Philips |
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17 x 11 cm, 300 dpi, 659 KB
Video Processing Experimental setup for analyzing the performance of the video processing picture improvement algorithms. Photo: Philips |
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17 x 17 cm, 300 dpi, 1361 KB
Video Processing Demonstration set-up showing improved colour saturation by using the Adaptive Color Gamut Mapping algorithm (left: orginal picture, right: enhanced picture). Photo: Philips |
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15 x 17 cm, 300 dpi, 851 KB
Video Processing Natural Motion techniques can be used to improve motion reproduction on plasma display. Photo: Philips |
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15 x 8.5 cm, 300 dpi, 839 KB
Video Processing Subsequent images for 50 Hz-TV, 100 Hz-TV and 100 Hz-TV with Natural Motion. Photo: Philips |
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