A new Compton scattered tomography modality and its application to material n...irjes
This document describes a new Compton scattered tomography modality and its application to non-destructive material evaluation, specifically for concrete. The modality utilizes Compton scattering of gamma rays to reconstruct the electron density distribution within an object. Data is acquired by rotating a gamma ray source and detector around the object, collecting scattered radiation along circular arcs. The electron density can then be reconstructed using an inverse Radon transform formula. Simulations demonstrate the viability of using this technique to image rebar grids and cracks within concrete samples. The reconstructed electron density provides complementary information to attenuation-based techniques for non-destructive concrete evaluation.
Using physics-based OCT Monte Carlo simulation and wave optics models for synthesising new OCT volumes for ophthalmic deep learning.
Alternative download link:
https://www.dropbox.com/s/ax15qy47yi76eex/OCT_MonteCarlo.pdf?dl=0
Albert Kamal Gerges is seeking a PhD opportunity in MEMS/NEMS research. He has a B.S. and M.S. in Physics and Electronics from Ain Shams University in Egypt. His professional experience includes work as a teaching assistant at the British University in Egypt and a research assistant internship at Schlumberger. He has technical training in cleanroom techniques and sensor applications. His projects include work on signal denoising and time delay estimation for seismic signals processing. He has skills in MATLAB, Mathematica, FORTRAN and other software.
The document describes the MiCRoN Project, a European Union funded project aimed at manipulating micro-sized objects. The project involves several European universities and research institutions working towards goals of closed-loop control of micro-robots, 3D object recognition and tracking at the micro-level. Key areas discussed include micro-camera image acquisition, geometric hashing algorithms for object recognition and tracking in 3D, bounded Hough transforms, using focus stacks to enable depth perception, and tests of micro-grippers.
This document provides an overview of the Final Workshop proceedings for the FP6 research project 'Advanced In Flight Measurement Techniques' (AIM). The project aimed to test and demonstrate optical measurement techniques during flight testing, including Quantitative Visualization, Image Pattern Correlation Technique, Background Oriented Schlieren Method, LIght Detection And Ranging, Particle Image Velocimetry, Pressure Sensitive Paint, and Infrared Thermography. Significant effort was required to adapt these techniques for certification requirements and ensure low vibration levels during camera installation and post-processing. Developing seeding systems for open-field PIV and LIDAR measurements was also challenging. Several techniques proved successful, including using clouds as particles for PIV/
This document discusses computer vision techniques for microscopes. It describes the MiCRoN European Union project, which aims to develop computer vision tools to manipulate and track microscopic objects. It provides examples of hardware and software used in the project, including a camera, microscope, and the Mimas computer vision toolkit. Geometric hashing is presented as a technique for recognizing objects in 2D and 3D under different degrees of freedom.
Deep Learning for Biomedical Unstructured Time SeriesPetteriTeikariPhD
1D Convolutional neural networks (CNNs) for time series analysis, and inspiration from beyond biomedical field. Short intro for various different steps involved in Time Series Analysis including outlier detection, imputation, denoising, segmentation, classification and forecasting.
Available also from:
https://www.dropbox.com/s/cql2jhrt5mdyxne/timeSeries_deepLearning.pdf?dl=0
This document presents a monitoring solution for dangerous goods transported by intermodal means. It discusses using GPS trackers on dangerous cargo to track location in real-time and monitor if restricted areas are entered. An architecture is designed to process raw tracker data from multiple transport systems into a database and provide services like geofencing, daily reports, and future crash detection. The system has been tested by monitoring over 163,000 km of rail, road, and water transport using 8 trackers from different vendors. Further work is needed to address issues like signal coverage, latency, battery life and standardized data exchange.
A new Compton scattered tomography modality and its application to material n...irjes
This document describes a new Compton scattered tomography modality and its application to non-destructive material evaluation, specifically for concrete. The modality utilizes Compton scattering of gamma rays to reconstruct the electron density distribution within an object. Data is acquired by rotating a gamma ray source and detector around the object, collecting scattered radiation along circular arcs. The electron density can then be reconstructed using an inverse Radon transform formula. Simulations demonstrate the viability of using this technique to image rebar grids and cracks within concrete samples. The reconstructed electron density provides complementary information to attenuation-based techniques for non-destructive concrete evaluation.
Using physics-based OCT Monte Carlo simulation and wave optics models for synthesising new OCT volumes for ophthalmic deep learning.
Alternative download link:
https://www.dropbox.com/s/ax15qy47yi76eex/OCT_MonteCarlo.pdf?dl=0
Albert Kamal Gerges is seeking a PhD opportunity in MEMS/NEMS research. He has a B.S. and M.S. in Physics and Electronics from Ain Shams University in Egypt. His professional experience includes work as a teaching assistant at the British University in Egypt and a research assistant internship at Schlumberger. He has technical training in cleanroom techniques and sensor applications. His projects include work on signal denoising and time delay estimation for seismic signals processing. He has skills in MATLAB, Mathematica, FORTRAN and other software.
The document describes the MiCRoN Project, a European Union funded project aimed at manipulating micro-sized objects. The project involves several European universities and research institutions working towards goals of closed-loop control of micro-robots, 3D object recognition and tracking at the micro-level. Key areas discussed include micro-camera image acquisition, geometric hashing algorithms for object recognition and tracking in 3D, bounded Hough transforms, using focus stacks to enable depth perception, and tests of micro-grippers.
This document provides an overview of the Final Workshop proceedings for the FP6 research project 'Advanced In Flight Measurement Techniques' (AIM). The project aimed to test and demonstrate optical measurement techniques during flight testing, including Quantitative Visualization, Image Pattern Correlation Technique, Background Oriented Schlieren Method, LIght Detection And Ranging, Particle Image Velocimetry, Pressure Sensitive Paint, and Infrared Thermography. Significant effort was required to adapt these techniques for certification requirements and ensure low vibration levels during camera installation and post-processing. Developing seeding systems for open-field PIV and LIDAR measurements was also challenging. Several techniques proved successful, including using clouds as particles for PIV/
This document discusses computer vision techniques for microscopes. It describes the MiCRoN European Union project, which aims to develop computer vision tools to manipulate and track microscopic objects. It provides examples of hardware and software used in the project, including a camera, microscope, and the Mimas computer vision toolkit. Geometric hashing is presented as a technique for recognizing objects in 2D and 3D under different degrees of freedom.
Deep Learning for Biomedical Unstructured Time SeriesPetteriTeikariPhD
1D Convolutional neural networks (CNNs) for time series analysis, and inspiration from beyond biomedical field. Short intro for various different steps involved in Time Series Analysis including outlier detection, imputation, denoising, segmentation, classification and forecasting.
Available also from:
https://www.dropbox.com/s/cql2jhrt5mdyxne/timeSeries_deepLearning.pdf?dl=0
This document presents a monitoring solution for dangerous goods transported by intermodal means. It discusses using GPS trackers on dangerous cargo to track location in real-time and monitor if restricted areas are entered. An architecture is designed to process raw tracker data from multiple transport systems into a database and provide services like geofencing, daily reports, and future crash detection. The system has been tested by monitoring over 163,000 km of rail, road, and water transport using 8 trackers from different vendors. Further work is needed to address issues like signal coverage, latency, battery life and standardized data exchange.
Short intro for some design considerations around hyperspectral retinal imaging. Both for research-grade desktop setups built around supercontinuum laser and AOTF tunable filter, and for mobile low-cost retinal imagers.
Available also from:
https://www.dropbox.com/s/5brchl9ntqno0i9/hyperspectral_retinal_imaging.pdf?dl=0
This document provides a summary of the professional experience of Lavinia Elena Nistor, Ph.D. It outlines her work in research and development roles focused on non-volatile memory technologies like resistive RAM and phase change RAM. Some of her responsibilities included writing documentation, characterizing deposited alloys, and developing sputtering processes. She also has experience with magnetic random access memory projects involving characterization of magnetic tunnel junctions and translating results into tool and process solutions. Her education includes a PhD in Materials Science and experience in related research internships and associations.
Developing an inexpensive optical measurement device to estimate ocular media density.
Selection of HDR camera, deep learning software stack for Purkinje image detection and segmentation, NVIDIA Jetson as the embedded computer triggering either LED or LASER lights to be projected on the cornea
Alternative download link:
https://www.dropbox.com/s/fh7r8szuc2pctfr/purkinje_imaging_inPractice.pdf?dl=0
This document provides information on optical metrology and polarimetry consulting services. The consulting services include:
- Protocol establishment and assistance with industrial optical characterization requests regarding thin films, new materials, and ellipsometry/polarimetry setup.
- Expert guidance and experience on realizing metrology measurements using unique resources at SERMA Technologies and MINATEC facilities.
- Assistance selecting suitable measurement instruments and optimizing data acquisition.
- Support for European or regional research program proposals regarding feasibility and relevance.
- The consultant has over 50 publications in ellipsometry and polarimetry and experience participating in industrial projects and interacting with measurement instrument companies.
The document discusses a Phase I study for an Artificial Neural Membrane (ANM) Flapping Wing concept funded by NASA. It proposes investigating the development of an ANM flapping wing as a demonstration of neural engineering and advanced materials. The concept integrates technologies like carbon nanotubes embedded in a polymer membrane to function as a multifunctional communications and remote sensing platform. The Phase I study examined computational modeling of flapping wing aerodynamics and the ANM's potential applications in areas like planetary exploration, environmental monitoring, and space suits.
Improved optomechanical interactions for quantum technologiesOndrej Cernotik
Cavity optomechanics reached remarkable success in coupling optical and mechanical degrees of freedom. The standard mechanism relies on dispersive interaction wherein a cavity mode acquires a frequency shift proportional to the mechanical displacement. Efficient coupling is, however, often impeded by large cavity decay rates or strong heating of the mechanical element by optical absorption. In this talk, I will present two strategies to circumvent this problem. In the first one, a membrane doped with an ensemble of two-level emitters or patterned with a photonic-crystal structure is used as a mechanical element. The hybridization of the cavity mode with the membrane’s internal resonance leads to a modified response, resulting in an effective narrow cavity linewidth. I will show how such systems can be described quantum mechanically and discuss how optomechanical sideband cooling can be improved by the presence of the internal resonance. Second, I will discuss optomechanics with levitated particles and show how coherent scattering can be used to generate strong mechanical squeezing. In this system, the standard dispersive interaction is replaced by scattering of the trapping beam into an empty cavity mode. This process can result in strong, controllable coupling between the cavity mode and the motion of the particle with minimal absorption heating. I will also briefly outline how this type of interaction can be used to engineer coupling between different center-of-mass modes of the particle allowing, in principle, full optomechanical control of the particle motion.
Presentation from EuroSDR 113th meeting, Cardiff, October 2008. An overview of some of the geospatial research carried out by the different departments, centres and groups at UCL.
This document discusses potential areas for the Federal Agency for Technical Relief (THW) to get involved in security research. It provides 3 main objectives of governmental security research and 4 arguments for THW involvement. It then provides 5 examples of past or current security research projects and discusses networking opportunities. Finally, it outlines 6 future security research topics that could be relevant for THW.
EFFECT OF SILICON - RUBBER (SR) SHEETS AS AN ALTERNATIVE FILTER ON HIGH AND L...AM Publications
A digital radiography delivers a radiation dose to patients; therefore it poses potential risk to the patients. One effort to reduce dose is carried out using a radiation filter, e.g. Silicone Rubber (SR) sheet. The purpose of this research was to determine the impact of the SR sheet on the high contrast objects (HCO) and the low contrast objects (LCO). The dose reduction was determined from attenuation x-rays before and after using the SR sheet. Assessment of HCO and LCO was observed from CDR TOR phantom at tube voltage of 48 kVp and tube current of 8 mAs. The physical parameter to assess image quality was the Signal to Noise Ratio (SNR) value in LCO. The maximum x-ray attenuation using the SR sheet is 48.82%. The visibility of the HCO remains the same, namely 16 objects; however the LCO slighly decreases from 14 objects to 13 objects after using the SR sheet. The SNR value decreases with an average value of 15.17%.Therefore, the SR sheet as a alternative filter has no effect on the HCO and has realtively little effect on the LCO. Thus, the SR sheet potentially is used for radiation protection in patients, especially on examinations that do not require low contrast resolution.
Cristian Randieri has an extensive background in engineering, computer science, and research. He received his PhD in Engineering in Computer Science and Telecommunications from Catania University in 2004. Since then, he has held several research and teaching positions, including at CERN, various Italian universities, and as the founder and CEO of his own company Intellisystem Technologies. He has significant experience leading research and development projects in areas like remote monitoring, automation, and video surveillance for applications in industrial plants, hospitals, and more.
Trustworthy cloud services for Medical Imaging BiomarkersATMOSPHERE .
This document discusses imaging biomarkers, which are quantifiable parameters extracted from medical images using computational models or AI. It describes how imaging biomarkers can provide information about conditions affecting the neurology, musculoskeletal system, and abdomen. It then discusses the QUIBIM precision platform for anonymizing, viewing, and automatically analyzing medical images to extract these biomarkers. Current infrastructure limitations for high workload are noted. A new high-performance computing infrastructure using containerization, orchestration, and collaboration is proposed to improve performance for large, complex analyses of medical images and biomarkers.
A review of 20 years of academic career on applying advanced space technologies to increase scientific return on astronomy research.
Presentation at the OAPD-Days workshop held on 17-18 June 2019 at the Astronomical Observatory of Padova-Asiago, Padova, Italy. http://www.oapd.inaf.it/index.php/en/
https://indico.ict.inaf.it/event/852/contributions/4992/
Case for chronobiological experiments for rodents and
non-human primates.
Practical guide for selecting components for your lighting system design to be used with other behavioral measures.
Alternative download link:
https://www.dropbox.com/s/34j71dchhstvy0d/animal_lighting.pdf?dl=0
CZECH NANO SHOW - Marketa Borovcova - CEITEC Jan Fried
CEITEC is a scientific center in Brno, Czech Republic focused on life sciences, advanced materials, and technologies. Its aim is to establish itself as a recognized European center of science through collaboration. It has over 110 researchers across 9 groups studying advanced nanotechnologies and microtechnologies and 78 researchers across 4 groups studying advanced materials. CEITEC collaborates with universities, research institutes, and companies both within the Czech Republic and internationally. It produces scientific publications, receives research grants, and has launched its first startup company based on a patented interferometric imaging system.
Shallow introduction for Deep Learning Retinal Image AnalysisPetteriTeikariPhD
This document provides an overview of various retinal imaging techniques and applications of deep learning to retinal image analysis. It discusses fundamentals of eye anatomy and image formation, as well as common retinal diseases. Imaging modalities covered include fundus photography, optical coherence tomography (OCT), and multispectral imaging. The document also explores nonlinear optical properties of the eye and applications of techniques like third harmonic generation microscopy. Finally, it touches on topics relevant to deep learning like data sources, annotation, data augmentation, network architectures, and hardware optimization. The goal is to introduce key concepts from different disciplines to facilitate communication across fields involved in retinal image analysis.
This document provides an abstract for a bachelor thesis that studied air traffic control (ATC) using distributed cognition and resilience engineering approaches. The thesis aimed to understand how air traffic controllers work from a distributed cognition perspective and manage safety in everyday tasks from a resilience perspective. It involved observations and interviews in a Swedish control tower. The results of applying Distributed Cognition for Teamwork and Resilience Markers frameworks showed how cognitive processes in ATC work are supported by various system components and identified potential resilience-enhancing behaviors in controller work episodes. The results may inform future system development such as remote towers and enable a before-and-after study of changing the control tower studied to a remote tower.
Presenter - Prof Simon J. Cox from the Computational Engineering Design Research Group (CED) with describe The use of Super Computers for Design optimisation. The CED is a centre of excellence for multi-disciplinary engineering simulation and design which combines together a range of analytical, computational, and experimental techniques.
OPTIC NANO Consult S.A.R.L provides scientific support in spectroscopic ellipsometry and polarimetry metrology for thin films and new materials. It was founded in 2011 and collaborates with research institutes, laboratories, and foundries. OPTIC NANO aims to give expert attention and advice within global research projects, using complementary advanced measurement techniques and modeling to investigate new products and materials while preserving confidentiality. The company's expertise comes from years of research experience in optics and relationships with instrument developers.
This document summarizes the skills and experience of Yanjun Chen, including 6 years of experience in optical, electrical, and mechanical subsystem design, system integration, and image processing. Chen has a M.S. in Bioengineering from UIC and B.S. in Optoelectronic Information Engineering from Harbin Institute of Technology. Areas of expertise include optical coherence tomography, adaptive optics, and ultra-precision motion control.
Pratik Motwani is a PhD candidate in electrical engineering at the University of Houston. His research focuses on developing novel metallic nano-sensors for biosensing applications. He has over 4 years of experience developing nanoscale materials and devices through cleanroom fabrication. Motwani has authored 5 publications and holds a patent related to his sensor research. He maintains a 3.78 GPA and received his bachelor's degree in electronics engineering from India with high honors.
CEITEC - Central European Institute of TechnologyJIC
This document provides an overview of CEITEC BUT, a project of the European Centre of Excellence located in Brno, Czech Republic. CEITEC aims to integrate life and material sciences through scientific excellence and state-of-the-art infrastructure. The document outlines CEITEC BUT's vision and partner institutions, research programs in advanced nanotechnologies and materials, core facilities, achievements including publications and projects, and opportunities for international and industrial collaboration. CEITEC BUT has seen growth in research output, funding, and contractual research since beginning operations in 2011. The networking session and lab tour provide a chance to discuss potential collaboration areas.
Short intro for some design considerations around hyperspectral retinal imaging. Both for research-grade desktop setups built around supercontinuum laser and AOTF tunable filter, and for mobile low-cost retinal imagers.
Available also from:
https://www.dropbox.com/s/5brchl9ntqno0i9/hyperspectral_retinal_imaging.pdf?dl=0
This document provides a summary of the professional experience of Lavinia Elena Nistor, Ph.D. It outlines her work in research and development roles focused on non-volatile memory technologies like resistive RAM and phase change RAM. Some of her responsibilities included writing documentation, characterizing deposited alloys, and developing sputtering processes. She also has experience with magnetic random access memory projects involving characterization of magnetic tunnel junctions and translating results into tool and process solutions. Her education includes a PhD in Materials Science and experience in related research internships and associations.
Developing an inexpensive optical measurement device to estimate ocular media density.
Selection of HDR camera, deep learning software stack for Purkinje image detection and segmentation, NVIDIA Jetson as the embedded computer triggering either LED or LASER lights to be projected on the cornea
Alternative download link:
https://www.dropbox.com/s/fh7r8szuc2pctfr/purkinje_imaging_inPractice.pdf?dl=0
This document provides information on optical metrology and polarimetry consulting services. The consulting services include:
- Protocol establishment and assistance with industrial optical characterization requests regarding thin films, new materials, and ellipsometry/polarimetry setup.
- Expert guidance and experience on realizing metrology measurements using unique resources at SERMA Technologies and MINATEC facilities.
- Assistance selecting suitable measurement instruments and optimizing data acquisition.
- Support for European or regional research program proposals regarding feasibility and relevance.
- The consultant has over 50 publications in ellipsometry and polarimetry and experience participating in industrial projects and interacting with measurement instrument companies.
The document discusses a Phase I study for an Artificial Neural Membrane (ANM) Flapping Wing concept funded by NASA. It proposes investigating the development of an ANM flapping wing as a demonstration of neural engineering and advanced materials. The concept integrates technologies like carbon nanotubes embedded in a polymer membrane to function as a multifunctional communications and remote sensing platform. The Phase I study examined computational modeling of flapping wing aerodynamics and the ANM's potential applications in areas like planetary exploration, environmental monitoring, and space suits.
Improved optomechanical interactions for quantum technologiesOndrej Cernotik
Cavity optomechanics reached remarkable success in coupling optical and mechanical degrees of freedom. The standard mechanism relies on dispersive interaction wherein a cavity mode acquires a frequency shift proportional to the mechanical displacement. Efficient coupling is, however, often impeded by large cavity decay rates or strong heating of the mechanical element by optical absorption. In this talk, I will present two strategies to circumvent this problem. In the first one, a membrane doped with an ensemble of two-level emitters or patterned with a photonic-crystal structure is used as a mechanical element. The hybridization of the cavity mode with the membrane’s internal resonance leads to a modified response, resulting in an effective narrow cavity linewidth. I will show how such systems can be described quantum mechanically and discuss how optomechanical sideband cooling can be improved by the presence of the internal resonance. Second, I will discuss optomechanics with levitated particles and show how coherent scattering can be used to generate strong mechanical squeezing. In this system, the standard dispersive interaction is replaced by scattering of the trapping beam into an empty cavity mode. This process can result in strong, controllable coupling between the cavity mode and the motion of the particle with minimal absorption heating. I will also briefly outline how this type of interaction can be used to engineer coupling between different center-of-mass modes of the particle allowing, in principle, full optomechanical control of the particle motion.
Presentation from EuroSDR 113th meeting, Cardiff, October 2008. An overview of some of the geospatial research carried out by the different departments, centres and groups at UCL.
This document discusses potential areas for the Federal Agency for Technical Relief (THW) to get involved in security research. It provides 3 main objectives of governmental security research and 4 arguments for THW involvement. It then provides 5 examples of past or current security research projects and discusses networking opportunities. Finally, it outlines 6 future security research topics that could be relevant for THW.
EFFECT OF SILICON - RUBBER (SR) SHEETS AS AN ALTERNATIVE FILTER ON HIGH AND L...AM Publications
A digital radiography delivers a radiation dose to patients; therefore it poses potential risk to the patients. One effort to reduce dose is carried out using a radiation filter, e.g. Silicone Rubber (SR) sheet. The purpose of this research was to determine the impact of the SR sheet on the high contrast objects (HCO) and the low contrast objects (LCO). The dose reduction was determined from attenuation x-rays before and after using the SR sheet. Assessment of HCO and LCO was observed from CDR TOR phantom at tube voltage of 48 kVp and tube current of 8 mAs. The physical parameter to assess image quality was the Signal to Noise Ratio (SNR) value in LCO. The maximum x-ray attenuation using the SR sheet is 48.82%. The visibility of the HCO remains the same, namely 16 objects; however the LCO slighly decreases from 14 objects to 13 objects after using the SR sheet. The SNR value decreases with an average value of 15.17%.Therefore, the SR sheet as a alternative filter has no effect on the HCO and has realtively little effect on the LCO. Thus, the SR sheet potentially is used for radiation protection in patients, especially on examinations that do not require low contrast resolution.
Cristian Randieri has an extensive background in engineering, computer science, and research. He received his PhD in Engineering in Computer Science and Telecommunications from Catania University in 2004. Since then, he has held several research and teaching positions, including at CERN, various Italian universities, and as the founder and CEO of his own company Intellisystem Technologies. He has significant experience leading research and development projects in areas like remote monitoring, automation, and video surveillance for applications in industrial plants, hospitals, and more.
Trustworthy cloud services for Medical Imaging BiomarkersATMOSPHERE .
This document discusses imaging biomarkers, which are quantifiable parameters extracted from medical images using computational models or AI. It describes how imaging biomarkers can provide information about conditions affecting the neurology, musculoskeletal system, and abdomen. It then discusses the QUIBIM precision platform for anonymizing, viewing, and automatically analyzing medical images to extract these biomarkers. Current infrastructure limitations for high workload are noted. A new high-performance computing infrastructure using containerization, orchestration, and collaboration is proposed to improve performance for large, complex analyses of medical images and biomarkers.
A review of 20 years of academic career on applying advanced space technologies to increase scientific return on astronomy research.
Presentation at the OAPD-Days workshop held on 17-18 June 2019 at the Astronomical Observatory of Padova-Asiago, Padova, Italy. http://www.oapd.inaf.it/index.php/en/
https://indico.ict.inaf.it/event/852/contributions/4992/
Case for chronobiological experiments for rodents and
non-human primates.
Practical guide for selecting components for your lighting system design to be used with other behavioral measures.
Alternative download link:
https://www.dropbox.com/s/34j71dchhstvy0d/animal_lighting.pdf?dl=0
CZECH NANO SHOW - Marketa Borovcova - CEITEC Jan Fried
CEITEC is a scientific center in Brno, Czech Republic focused on life sciences, advanced materials, and technologies. Its aim is to establish itself as a recognized European center of science through collaboration. It has over 110 researchers across 9 groups studying advanced nanotechnologies and microtechnologies and 78 researchers across 4 groups studying advanced materials. CEITEC collaborates with universities, research institutes, and companies both within the Czech Republic and internationally. It produces scientific publications, receives research grants, and has launched its first startup company based on a patented interferometric imaging system.
Shallow introduction for Deep Learning Retinal Image AnalysisPetteriTeikariPhD
This document provides an overview of various retinal imaging techniques and applications of deep learning to retinal image analysis. It discusses fundamentals of eye anatomy and image formation, as well as common retinal diseases. Imaging modalities covered include fundus photography, optical coherence tomography (OCT), and multispectral imaging. The document also explores nonlinear optical properties of the eye and applications of techniques like third harmonic generation microscopy. Finally, it touches on topics relevant to deep learning like data sources, annotation, data augmentation, network architectures, and hardware optimization. The goal is to introduce key concepts from different disciplines to facilitate communication across fields involved in retinal image analysis.
This document provides an abstract for a bachelor thesis that studied air traffic control (ATC) using distributed cognition and resilience engineering approaches. The thesis aimed to understand how air traffic controllers work from a distributed cognition perspective and manage safety in everyday tasks from a resilience perspective. It involved observations and interviews in a Swedish control tower. The results of applying Distributed Cognition for Teamwork and Resilience Markers frameworks showed how cognitive processes in ATC work are supported by various system components and identified potential resilience-enhancing behaviors in controller work episodes. The results may inform future system development such as remote towers and enable a before-and-after study of changing the control tower studied to a remote tower.
Presenter - Prof Simon J. Cox from the Computational Engineering Design Research Group (CED) with describe The use of Super Computers for Design optimisation. The CED is a centre of excellence for multi-disciplinary engineering simulation and design which combines together a range of analytical, computational, and experimental techniques.
OPTIC NANO Consult S.A.R.L provides scientific support in spectroscopic ellipsometry and polarimetry metrology for thin films and new materials. It was founded in 2011 and collaborates with research institutes, laboratories, and foundries. OPTIC NANO aims to give expert attention and advice within global research projects, using complementary advanced measurement techniques and modeling to investigate new products and materials while preserving confidentiality. The company's expertise comes from years of research experience in optics and relationships with instrument developers.
This document summarizes the skills and experience of Yanjun Chen, including 6 years of experience in optical, electrical, and mechanical subsystem design, system integration, and image processing. Chen has a M.S. in Bioengineering from UIC and B.S. in Optoelectronic Information Engineering from Harbin Institute of Technology. Areas of expertise include optical coherence tomography, adaptive optics, and ultra-precision motion control.
Pratik Motwani is a PhD candidate in electrical engineering at the University of Houston. His research focuses on developing novel metallic nano-sensors for biosensing applications. He has over 4 years of experience developing nanoscale materials and devices through cleanroom fabrication. Motwani has authored 5 publications and holds a patent related to his sensor research. He maintains a 3.78 GPA and received his bachelor's degree in electronics engineering from India with high honors.
CEITEC - Central European Institute of TechnologyJIC
This document provides an overview of CEITEC BUT, a project of the European Centre of Excellence located in Brno, Czech Republic. CEITEC aims to integrate life and material sciences through scientific excellence and state-of-the-art infrastructure. The document outlines CEITEC BUT's vision and partner institutions, research programs in advanced nanotechnologies and materials, core facilities, achievements including publications and projects, and opportunities for international and industrial collaboration. CEITEC BUT has seen growth in research output, funding, and contractual research since beginning operations in 2011. The networking session and lab tour provide a chance to discuss potential collaboration areas.
This curriculum vitae outlines the educational and professional experiences of Dr. Felice Pignatiello. They include a Master's degree in laser spectroscopy, work developing laser systems for printing applications, and project management. Their roles have involved the development of laser technologies, including low power lasers for computer-to-plate applications and high power lasers. They have also conducted research on laser spectroscopy and optical sensing techniques. Currently, they work on optoelectronic projects for printing and collaborate on a project using UV illumination for medical applications.
This document summarizes the fibre footprint and research infrastructure connections in the Czech Republic. It discusses the Czech roadmap for large research infrastructures and lists several major projects. It also describes CESNET's dark fibre facility, which provides advanced photonic services and connections to various research institutions across the country using DWDM deployment on leased fibre.
Presenting the EOSCpilot Science DemonstratorsEOSCpilot .eu
This presentation was held at the 1st EOSC Stakeholder Forum 28-29/11/2017 in Brussels by Hermann Lederer, Max Planck Gesellschaft.
For more information on the 1st EOSC Stakeholder Forum visit: https://eoscpilot.eu/eosc-stakeholder-forum-shaping-future-eosc
Follow EOSCpilot on Twitter: https://twitter.com/eoscpilot
and LinkedIn: https://uk.linkedin.com/in/eoscpiloteu
An In depth Review on Bridge Crack Detection Approachesijtsrd
Bridges are mega structures that have been utilized and built for millennia. These structures are highly effective in achieving transportation and commute between two highly inaccessible destinations easily. Bridges are also highly effective in reducing traffic was by allowing the use of an alternate path for the traffic flow to be resumed. This makes them highly versatile and extremely effective in various scenarios. But as with any constructed structures, these bridges need to be evaluated for their structural integrity and surveyed for any flaws or cracks that have been emerged over time. This is usually done manually by a civil engineer which is a time consuming process and can also introduce human error. Therefore to improve this procedure and number of related works have been analyzed extensively to achieve bridge crack detection through image processing methodologies. An effective approach has been envisioned through the use of convolutional neural networks and decision tree techniques to achieve bridge crack detection which will be further elaborated in the next edition of this research article. Ketan Ovhal | Ruturaj Lokhande | Omkar Kamble | Prathamesh Nanaware | Samarsingh Jadhav "An In-depth Review on Bridge Crack Detection Approaches" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-4 , June 2021, URL: https://www.ijtsrd.compapers/ijtsrd42401.pdf Paper URL: https://www.ijtsrd.comengineering/computer-engineering/42401/an-indepth-review-on-bridge-crack-detection-approaches/ketan-ovhal
IRJET- Assessment of Blood Vessel using Fat Cell AcousticsIRJET Journal
This document presents research on assessing blood vessels using fat cell acoustics. It discusses intra-body communication techniques using the human body as a transmission medium. Specifically, it proposes a novel technique called fat-intra body microwave communication that utilizes fat tissue between skin and muscle. The research aims to characterize wireless channels within the body using an electro-larynx scope to generate sound signals, an acoustic sensor to receive the signals, and signal processing algorithms like blind source separation and rational dilation wavelet transform. Experimental results on fat, muscle and combined fat-muscle tissue are presented and analyzed to evaluate the proposed technique.
OSFair2017 Workshop | The European Open Science Cloud Pilot Open Science Fair
Brian Matthews presents the European Open Science Cloud (EOSC) and the EOSCpilot | OSFair2017 Workshop
Workshop title: How FAIR friendly is your data catalogue?
Workshop overview:
This workshop will build upon the work planned by the EOSCpilot data interoperability task and the BlueBridge workshop held on April 3 at the RDA meeting. We will investigate common mechanisms for interoperation of data catalogues that preserve established community standards, norms and resources, while simplifying the process of being/becoming FAIR. Can we have a simple interoperability architecture based on a common set of metadata types? What are the minimum metadata requirements to expose FAIR data to EOSC services and EOSC users?
DAY 3 - PARALLEL SESSION 6 & 7
The Laboratory for Telecommunications (LTFE) at the University of Ljubljana:
- Was established in 1946 and has 50+ employees working on telecommunications research.
- Conducts international R&D projects and has expertise in areas like networking, wireless technologies, multimedia, and smart grid communications.
- Provides education programs in electrical engineering and multimedia communications at the undergraduate and graduate levels.
This document discusses applications of multiscale fabrication and microelectromechanical systems (MEMS). It covers topics like biomimetic multiscale structures, micro- and nanofluidics, photonic and energy devices, and (bio)microelectromechanical systems (BioMEMS). MEMS are described as microsensors and actuators that can sense the environment and react to changes using microcircuit control. They have applications in areas like biotechnology, electronics, medical devices, automotive systems, and more. The fabrication of MEMS and integration of nanomaterials is an important area but still faces challenges.
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Subharup Gupta Roy is seeking a position in optics, bio-medical imaging, nanoelectronics, or device fabrication. He has a Master of Science in Electrical Engineering from North Carolina State University and a Bachelor of Technology in Computer Science and Engineering from West Bengal University of Technology. His research experience includes projects in polarimetry, plant fluorescence detection, and nanogratings fabrication. He has publications in polarimetry and ultraspectral imaging and has presented his work at conferences.
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This document describes the design and fabrication of flat helical nanosieve devices that can fully manipulate optical vortices. The nanosieves achieve complex control of optical vortex beams through spatially rotating nanovoids that introduce geometric phase shifts. This allows the generation, hybridization, spatial multiplexing, focusing and nondiffractive propagation of optical vortices to be controlled. Unlike conventional methods, the multifunctional flat helical nanosieves provide unique extensibility and flexibility for manipulating the orbital angular momentum of light within an ultrathin interface.
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Příklad grafického zpracování výroční zprávy
1. REPORT ON THE ACTIVITIES OF CORE FACILITIES
NANOFABRICATION AND NANOCHARACTERIZATION
STRUCTURAL ANALYSIS LABORATORY
2. | 3www.ceitec.eu
CONTENT
ABBREVIATIONS
03 Timeline
Vision and Mission
Staff
Installed and used instruments
Usage
Expected costs in full operation
Technological units
Organizational chart
Services and Collaboration
Case studies
Collaboration
Challenges and Success
Contacts
04
04
04
05
05
06
06
06
07
11
12
13
CF Core Facilities
BUT Brno University of Technology
MU
MEYS
Masaryk University
Ministry of Education,Youth and Sports
TIMELINE
The core facilities NanofabricationandNanocharacterization StructuralAnalysisLaboratoryand are centralized shared re-
search resources that provide an access to instruments, technologies and services, as well as expert advice, and other services
to researchers and industry. Both core facilities are a part of the research infrastructure CEITEC Nano.
CEITEC project approved by the European Commission
Construction of new CEITEC BUT buildings officially launched
Fusion CF Nanofabrication and CF Nanocharacterization into
1 CF Nanofabrication and Nanocharacterization
Implementation of the infrastructure rules to all users
Preparation of infrastructure rules based on the open access
principles
CF Nanofabrication, CF Nanocharacterization and CF Structural
Analysis Laboratory established
CF laboratories and clean rooms designed
Temporary installation of 12 CFs instruments
Installation of instruments in the provisional buildings
Temporary installation of 3 new CF instruments
Research infrastructure CEITEC Nano on the Czech Roadmap for
Research Infrastructures for the period of 2011–2015
First instrument tenders
Contract between BUT and MU regarding the common shared
core facilities
Research infrastructure CEITEC Nano on the updated
Czech Roadmap for Research Infrastructuresfor
the period of 2016 - 2020
Research infrastructure CEITEC Nano in MERIL
(Mapping of the European Research Infrastructure Landscape)
Installation of the first 3 CF instruments
Start of CEITEC - open access project
FullyoperationalstateofCFs
3. | |4 5Central European Institut of Technology www.ceitec.eu
VISION AND MISSION
STAFF
INSTALLED AND USED INSTRUMENTS
to perform as facility providing excellent
services to scientific community and industry
to establish the research infrastructure based
on the open access rules
to establish short- and long-term cooperation
with the scientific community and industry
in-advance to:
provide users the possibility to operate the
instruments by themselves
provide access to state-of-art equiment
cooperate with the highly trained personnel
CF Nanofabrication and Nanocharacterization
installedinstruments
installedinstruments
CF Structural Analysis Laboratory
USAGE
EXPECTED COSTS IN FULL OPERATION
2013 2014 2015 in full operation
4. | |6 7Central European Institut of Technology www.ceitec.eu
TECHNOLOGICAL UNITS
ORGANIZATIONAL CHART
SERVICES AND COLLABORATION
Core Facility Nanofabrication and Nanocharacterization
Portfolioofservices
Core Facility Structural Analysis Laboratory
Portfolioofservices
CASE STUDIES
Study of light interaction
on the submicron structures
Collaboration with plasmonic
group at CEITEC BUT
Pattern definition and experimental set-up
Theoretical calculation of light interaction
User training for:
Focused Ion Beam/Scanning Electron Mi-
croscopeLYRA3
Scanning Near-field Optical Microscopy
MV4000
Structure preparation
Active interface preparation
- substrate sputtering (Ti + Au layer)
Structure milling performed by Focused Ion
Beam/Scanning Electron Microscope LYRA3
Experimental results confirmed at SNOM
Ntegra Solaris and Scanning Near-fieald
Optical Microscopy MV 4000
Publication:
DVOŘÁK,P.;NEUMAN,T.;BŘÍNEK,L.;ŠAMOŘIL,
T.; KALOUSEK, R.; DUB, P.; VARGA, P.; ŠIKOLA,T.
Control and Near-Field Detection of Surface
Plasmon Interference Patterns. NANO
LETTERS, 2013, 13 (6), pp 2558-2563.
ISSN: 1530-6 84. (IF = 13.025)
5. | |8 9Central European Institut of Technology www.ceitec.eu
Study of spin circulation
in nanodiscs
Collaboration with spintronic
group at CEITEC BUT
Pattern definition and experimental set-up
User training for:
FocusedIonBeam/ScanningElectron
MicroscopeLYRA3
Scanning Near-field Optical Microscopy
MV4000
LithographicScaningProbeMicroscope
DimensionIcon
Structure preparation
Active interface preparation
- substrate sputtering (Ti + Au layer + NiFe)
Pattern definition - multistep electron beam
lithography by Focused Ion Beam/Scanning
Electron Microscope LYRA3
Structure milling performed by Focused Ion
Beam/Scanning Electron Microscope LYRA3
Magnetic vortices observation by Scanning
Probe Microscope AutoProbe CP-R
and Lithographic SPM Dimension Icon
Experimental results confirmed at University
of California, San Diego
Publication:
UHLÍŘ,V.; URBÁNEK, M.; HLADÍK, L.; SPOUSTA,
J.; IM, M.; FISCHER, P.; EIBAGI, N.; KAN, J.; FULL-
ERTON, E.; ŠIKOLA, T. Dynamic switching of
the spin circulation in tapered magnetic
nanodisks. Nature Nanotechnology (print),
2013, 8 (5), pp 341-346. ISSN: 748- 3387.
(IF =31.17)
LorentzcorrectedSAXSspectrawithfittedfirstmaximaqmax
whichisrelatedtolongperiod.
Reciprocalspacemapsusingdifferentbeamcollimations.
Perspective-viewSEMmicrographof8µmtallSi0.1Ge0.9crys-
talswiththeembeddedsuperlatticestructureontop.
Long period determination in
partially crystalline polyolefin
Reciprocal space mapping of
facetted Si/Ge microcrystals with
deposited strain-symmetrized
SiGe/Ge superlattices
Collaboration with company
Polymer Institute Brno
Collaboration with research
group Functional Properties of
Nanostructures at CEITEC MU
Method:
Method:
Equipment:
Equipment:
Small angle X-ray scattering (SAXS),
transmission geometry
reciprocal space mapping
X-raydiffractometerRigakuSmartLab9kW
X-raydiffractometerRigakuSmartLab9kW
Publication:
MEDUNA, M.; FALUB,V.; ISA, F.; CHRASTINA, D;
KREILIGER, T.; ISELLA, G.; VON KÄNEL, H. Re-
construction of crystal shapes by X-ray na-
nodiffraction from three-dimensional super-
lattices. Journal of Applied Crystallography,
2014, 47, ISSN: 2030-2037. (IF = 3.95)
6. | |10 11Central European Institut of Technology www.ceitec.eu
Preparation
and characterization of doped
titanium dioxide printed layers
Collaboration with research
group Advanced Ceramic
Materials at CEITEC BUT
Method:
Equipment:
X-ray powder diffraction
X-raydiffractometerRigakuSmartLab3kW
Publication:
KRALOVA, M.; DZIK, P.; VESELY, M.; CIHLAR, J.
Preparation and characterization of doped
titanium dioxide printed layers. Catalysis To-
day, 2014, 230, p. 188 – 196. (IF = 3.309)
XRDspectra:puretitania
XRDspectra:Ti_3Fe
XRDspectra:Ti_Ag_7Fe
IN 2013 AND 2014 WE COLLABORATED...
7. | |12 13Central European Institut of Technology www.ceitec.eu
Quotedfromtheevaluationreportsofczechresearchinfrastructuresprovidedbyinternationalexperts.
TheevaluationwasmanagedbyMinistryofEducation,YouthandSports,CzechRepublicin2014.
to attract the users all around the world and provide
state-of-the-art instrumentation
to guarantee the fair open access for everyone and
“self-service”policy
to establish a multidisciplinary centre whose level
of integration enables the researchers from different
fields to join their resources and expertise and allows
the realization of their projects
to integrate approach to fabrication of complex
functional nanostructures and nanomaterials, and
analysis of their structural, mechanical, electronic,
optical, and chemical properties
to foster the development of advanced materials
by providing the top-class instruments for detailed
analysis of their structural and chemical properties
Installation of all core instruments will be performed
in 2015
Core facilities Nanofabrication and Nanocharacteri-
zation and Structural Analysis Laboratory will be fully
operable in 2016
Core facilities Nanofabrication and Nanocharacteri-
zation and Structural Analysis Laboratory successful-
ly passed the MEYS evaluation as part of the research
infrastructure CEITEC Nano
Research infrastructure CEITEC Nano declared on
the Czech Roadmap for Research Infrastructures for
the period of 2016 – 2020
Research Infrastructure CEITEC Nano in european
database of research infrastructures MERIL
Uniqueness at a national and good recognition at
international level
CONTACTS
Centre of Laboratories
Core facility Nanofabrication and Nanocharacterization
Core facility Structural Analysis Laboratory
UV Direct Write Laser system
Optical microsope Atomic Layer
Deposition System
Vacuum FTIR
Spectroscopic reflectometer Wire bonder Scanning Near-Field
Optical Microscope
Scanning Electron
Microscope/e-beam writer
NIR/VIS/UV Spectroscopic
Ellipsometers
Focused Ion Beam/Scanning
Electron Microscope
Mechanical profilometer VUV spectrometer VUVAS 1000 Lithographic Scanning
Probe Microscope
Resist stripper SPM/microRaman/Photo
Luminiscence system
Heidelberg Instruments DWL 66 FS
Olympus MX 51 Cambridge NanoTech Fiji 200 BrukerVertex80v + Hyperion 3000
Ocean Optics Nano Calc 2000 TPT HB 16 Nanonics MV 4000
Tescan Mira3 J. A.Woollam IR-Vase,V-Vase Tescan Lyra3 XMH
Bruker Dektat XT McPherson Bruker Dimension Icon
Diener Nano Plasma cleaner T-MDT NTegra Spectra, Solaris 3
Martin Buršík
Martin Buršík Marek Eliáš Alois Nebojsa
David Škoda Martin Buršík Dalibor Šulc
Eva Kolíbalová Alois Nebojsa Eva Kolíbalová
Dalibor Šulc Alois Nebojsa Dalibor Šulc
Marek Eliáš
David Škoda
Alois Nebojsa
martin.bursik@ceitec.vutbr.cz
martin.bursik@ceitec.vutbr.cz marek.elias@ceitec.vutbr.cz alois.nebojsa@ceitec.vubtr.cz
david.skoda@ceitec.vutbr.cz martin.bursik@ceitec.vutbr.cz dalibor.sulc@ceitec.vutbr.cz
eva.kolibalova@ceitec.vubtr.cz alois.nebojsa@ceitec.vubtr.cz eva.kolibalova@ceitec.vubtr.cz
dalibor.sulc@ceitec.vutbr.cz alois.nebojsa@ceitec.vubtr.cz dalibor.sulc@ceitec.vutbr.cz
marek.elias@ceitec.vutbr.cz
david.skoda@ceitec.vutbr.cz
alois.nebojsa@ceitec.vutbr.cz
Nanofabrication
and Nanocharacterization
X-ray powder diffractometer X-ray diffractometer
Rigaku Smartlab 3kW Rigaku SmartLab 9kW
Pavla Roupcová
Ondřej Man
Ondřej Caha
pavla.roupcova@ceitec.vutbr.cz
ondrej.man@ceitec.vutbr.cz
ondrej.caha@ceitec.muni.cz
Structural Analysis Laboratory
8. CEITEC BUT - Central European Institute ofTechnology
Brno University ofTechnology
Technická 3058/10, CZ-61600 Brno, Czech Republic
core.facility@ceitec.vutbr.cz
www.ceitec.eu