Ref: 17003
Status: Completed
Project Leader(s): Klaas Jan Damstra
Project profile (pdf) : Project profile pdf
Project impact (pdf) : Project impact pdf

The CAVIAR project developed and demonstrated technologies and building blocks for CMOS image sensors, video processing hardware and algorithms, video data reduction and transmission. [CAVIAR] In all vision based professional applications the trend in image capture is towards higher spatial and temporal resolutions, wider colour gamut, higher dynamic range and improved image quality. In CAVIAR, […]

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HiPer

Project running
Ref: 17006
Status: Running
Project Leader(s): Frank Pelz
website:
Project profile (pdf) : Project profile pdf

Providing on-board computational and communication power and functionality for safe autonomous driving The HiPer project will develop an automotive-grade HPVC computer system capable of handling level 5 autonomous driving and providing new electrical architectures which ensure sufficient compute power and the necessary communication interfaces. This will also mean fundamental changes to connectivity, computational power and […]

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SunRISE

Project running
Ref: 17004
Status: Running
Project Leader(s): Leonard Püttjer
Project profile (pdf) : Project profile pdf

AI and privacy-enhancing -technologies to enhance internet interoperability, resiliency and security for business and industry The SunRISE project will implement a comprehensive security solution, concentrating on aspects and issues critical to future systems related to the internet of things (IoT). Advanced digital technologies, such as artificial intelligence (AI), machine learning and privacy-enhancing technologies (PETs), together […]

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XSR-FMC

Project running
Ref: 17013
Status: Running
Project Leader(s): Richard Willems
Project profile (pdf) : Project profile pdf

Developing a secure, reliable and ultra-low power flash-memory controller for key industrial users The ‘eXtra’-Low Power, Secure and Reliable Flash-Memory Controller (XSR-FMC) project will focus on developing secure memory storage with high reliability and ultra-low power consumption. These are key requirement of demanding automotive, Industrial Internet of Things (IIoT) and Industry 4.0 markets. Electronic devices […]

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