TV

Watch interviews, presentations or introductions on the Jakajima TV Youtube channel.

We have playlists for each topic, so click on the topic you like and watch the videos:

3D Printing
4D Printing & Meta Materials
Photonics Applications and Research
Unmanned Cargo Aircraft
Internet of Things
Vertical Farming / Smart Farming
Health Care, Med Tech, 3D Medical Printing, 3D Dental Printing, 3D Bioprinting, 3D Pharma Printing
General Innovation / Start-ups / Scale-ups
Food Innovation, 3D Food Printing, Healthy Nutrition
Sustainable Future Series

Or watch the most recent uploads on JakajimaTV!

for Trending Cardiac Output and Stroke Volume in Cardiac Surgery Patients by Joris van Houte, CZE At the 2nd edition of the Point of Care Ultrasound Conference. For More information go to https://pocus.jakajima.eu/ #pocus #pointofcare #jakajimatv #healthcare #medtech #cardiacsurgery #ultrasound
The superior modulation bandwidth of laser diodes (LDs) makes them an ideal candidate for transmitters in optical wireless communication (OWC). One of the most important limitations in human-accessible environments is laser safety [1] which limits the transmission power and thereby coverage and range. The average LD power can be increased by means of optical components to reduce the power density or to increase the maximum permissible exposure (MPE). The power density is reduced by increasing the beam diameter and the emission angle 𝜃𝜃e to reduce the impinging optical power onto the human eye. The MPE is the limit value for the laser class defined by IEC 60825-1 [1]. Within certain limits, the MPE is influenced by the wavelength λ and the size of the apparent source. A large apparent source avoids sharp focus points on the retina.<br /><br />René Kirrbach, Fraunhofer IPMS at the 3rd edition of the Optical Wireless Communication Conference <br /><br />https://owcc.jakajima.eu/<br /><br />#owcc #opticalillusion #wireless #jakajimatv #laser #safety #fraunhofer
by Thiago Elias, Researcher PHD Student, Eindhoven University of Technology The Internet is not only accessed by computers and smartphones. With the rise to the Internet-of-Things (IoT), a very wide variety of smart objects can be connected to the Internet. Today, there are already billions of wearables, sensors, televisions, medical and industrial machines, and other devices. Moreover, many new data-hungry applications have been or are being developed, such as Virtual Reality (VR), augmented reality (AR), high-definition video streaming and Industry 4.0. The rapidly progressing technology greatly increases the flow of data across our wireless networks. In future, much larger traffic flows are expected, so this puts pressure on the development of communication systems that must satisfy the requirements of the new technologies used massively by the many users or by autonomous devices. https://owcc.jakajima.eu/ #owcc #opticalcommunications #LED #wireless #jakajimatv
by Nikola Serafimovski, Co-Chair, Light Communication Alliance at the 3rd edition of the optical Wireless Communication Conference https://owcc.jakajima.eu/previous-editions/ #owcc #opticalcommunications #wireless #standardization #interoperability #lifi
by Yizhou Huang, Eindhoven University of Technology At the 2nd edition of the Point of Care Ultrasound Conference. For More information go to https://pocus.jakajima.eu/ #pocus #pointofcare #jakajimatv #healthcare #medtech #fertilization #ultrasound
Solar and wind generation will be a major primary energy source in a decarbonized energy system. This is a 180 degree shift in our design principles, from demand always in the lead towards capturing the wheather dependant generation for all required demand. Insights from a Transmission System Operator (TSO) responsibility’s view will be addressed. A presentation by Alan Croes, Head of Energy System Planning | System Outlook at TenneT, a major European Transmission System Operator (TSO) at the 2nd edition of the Green Chemistry Conference at Brightlands Chemelot Campus, organised by Jakajima. #transition #tennet #jakajimatv #solar #wind #hydrogen #TSO
The deployment of visible light communication system is hampered by the presence of large amount of environmental noise caused by the use of artificial lighting and/or solar radiations, depending on the specific scenario, is one of the main challenges to be tackled to achieve a full fledged deployment of VLC in realistic scenarios. For mitigation of noise it is essential to design effective digital filtering stage to recover optical signal from background noise. In this paper we have presented a novel digital signal processing filtering stage based on Software Defined Radios. The SDR filtering stage is then integrated with a previously developed low cost Arduino DUE-based VLC system, in order to compare the performances of the two systems. The system employs standard low-power automotive white LED lamps, and it is tested for baud rates up to 1 Mbaud (OOK) Manchester. Our measurements, show that the DSP stage brings a 10-times improvement in intrinsic sensitivity as compared to the original system. This solution is effective for broad band light sources, like white LED, as it is not possible to exploit optical filtering in these scenarios. By Muhammad Ali Umair, European Laboratory for Non-Linear Spectroscopy (LENS), University of Florence, Italy at the 3rd edition of the Optical Wireless Communication Conference. https://owcc.jakajima.eu/previous-editions/
Iron Poweris a clean renewable energy carrier concept that is based on circular combustion and regeneration of iron powder. In this session we will introduce the technology and its ecosystem. We will explain what potential Iron Power has, where it will be applied and what the next steps are. A Presentation by Tim Spee, Project leader Metal Fuels, Metalot at the 2nd edition of the Green Chemistry Conference at Brightlands Chemelot Campus, organised by Jakajima. #decarbonization #iron #jakajimatv
by Blijke Wessels, Eindhoven University of Technology.<br /><br />At the 2nd edition of the Point of Care Ultrasound Conference.<br /><br />For More information go to https://pocus.jakajima.eu/<br /><br />#pocus #pointofcare #jakajimatv #healthcare #medtech #ultrasound
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About Jakajima
Jakajima, Matchmaker for Innovators in the high tech industry, organises many events, ranging from 3D Printing to Internet of Things, from Unmanned Cargo Aircraft to Health Tech, from 4D Printing to Photonics, from Vertical Farming to 3D Food Printing and from sustainability/recycling to green energy. As technology develops itself from atoms to bits and from bits to atoms, traditional boundaries between value chains disappear which lead to new business opportunities. The combination of business, technology, creativity, enthusiasm and humour is our leitmotif.

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