I am a 3rd year PhD student in computer vision at Computer Science and Electronic Engineering (CSEE) school of University of Essex, with an awarded doctoral scholarship. I work at Embedded and Intelligent Systems (EIS) Research Laboratory where I am co-advised by Professor Klaus McDonald-Maier, Professor Ales Leonardis and Dr. Shoaib Ehsan. My research interests range on various topics in computer vision and machine learning. Among other things, I am working on deep convolutional networks and AI tasks like scene understanding and large-scale image recognition.
Prior to enrolling at Essex, I completed two postgraduate programmes: [a] MSc in Computer Vision at University of Burgundy, Dijon, France and [b] MSc in Informatics & Multimedia at Technological Education Institute (TEI) of Crete, Greece.
Before that, I received my BSc in Informatics Engineering from the Technological Education Institute (TEI) of Crete, Greece. My current research examines the usage of image representations for visual recognition of human rights violations.
I am also fortunate to serve as a graduate research assistant for the Natural Interaction Research Team (NIRTeam), based at the Technological Educational Institute of Crete's Department of Informatics Engineering, as well as being a member of the official community of current and former VIBOT (Erasmus mundus masters in vision & robotics) students.
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We’ve Already Done the Integration Work, So You Don’t Have To
In today’s heterogeneous environments, you need a seamless relationship between your automation software and all of the systems and applications at the heart of your IT operation. With a workload automation product that can automatically manage these complex integrated environments, the answer is Tidal Workload Automation.
The Tidal team has already done all of the important integration work for you, providing pre-built, plug-and-play “adapters” and “agents” that seamlessly connect Tidal with a myriad of systems and applications in today’s multi-platform environments. No need to write code or fumble with technical puzzles.


Jacob Keilman has received a Chateaubriand Scholarship, which is awarded by the Embassy of France in the United States. These scholarships are awarded to U.S. graduate students working on collaborative research with a French institution.
A Ph.D. student in the School of Electrical and Computer Engineering at Georgia Tech, Keilman is conducting research on photonic crystals with his Ph.D. advisor David S. Citrin (who is temporarily based at the Georgia Tech-Lorraine campus) and with researchers at École Polytechnique in Palaiseau, France.
Photonic crystals are periodic arrangements of dielectrics. Analogous to the band gap that may exist for electrons in solid materials, photonic crystals may exhibit a photonic band gap–a range of frequencies where light is unable to propagate through the structure. Thus, of the various applications of photonic crystals, one is to exclude light within a given frequency band.
Keilman's research is focused on how the properties of photonic crystals are degraded by the inevitable presence of disorder, such as uncontrolled variations in the dielectric constant and slight discrepancies in the position and size of the constituent parts. Disorder tends to permit light to propagate in the photonic band gap of the otherwise perfect photonic crystal.
Keilman is exploring structures that look ordered when one zooms in on a small region, but shows considerable disorder when one zooms out. Such structures may provide some of the benefits of ordered photonic crystals while relaxing the stringent requirements imposed in fabricating perfect structures.


- September 19, 2023
- Posted by: strategia
- Category: blog posts
The world is rapidly evolving, and so is the field of humanitarian aid. Over the past few years, digital transformation has played a pivotal role in reshaping how humanitarian organizations respond to crises, from natural disasters to conflicts. This transformation has been driven by the adoption of artificial intelligence (AI) and other digital technologies that enable more efficient and effective humanitarian action.
In this blog post, we will explore the opportunities and challenges presented by digital transformation in humanitarian aid. We’ll delve into how AI is revolutionizing the sector, the potential benefits it offers, and the ethical considerations that come with its use.
The Role of Artificial Intelligence in Humanitarian Aid
Artificial intelligence, or AI, is at the forefront of this digital revolution in humanitarian aid. But what exactly is AI in this context? AI is a collection of technologies that combine data, algorithms, and computing power to perform complex tasks. In essence, it allows machines to learn, reason, and make decisions based on data.
AI in humanitarian aid consists of two main elements: knowledge-based systems and machine learning systems. Knowledge-based systems leverage existing human expertise to solve problems, while machine learning systems improve their performance through experience.
Digital Technologies for Preparedness, Response, and Recovery
Digital transformation in humanitarian aid is fundamentally changing the way organizations approach their missions, encompassing three main dimensions: preparedness, response, and recovery.
Preparedness: AI technologies analyze vast datasets, providing vital insights into potential risks before a crisis unfolds. Predictive analytics, a product of AI, calculates and forecasts natural disasters, displacement, famines, and health emergencies. For instance, the International Federation of Red Cross and Red Crescent Societies (IFRC) employs the Forecast-based Financing program, which uses meteorological data and market analysis to allocate resources swiftly for early action implementation.
Response: Advanced AI technologies, such as deep learning, natural language processing, and image processing, enable quicker and more accurate classification of social media messages during crises. This assists humanitarian actors in responding promptly to emergencies. For instance, the Emergency Situation Awareness platform monitors Twitter content to provide information about natural disasters as they occur.
Recovery: In protracted crises, AI can facilitate engagement between humanitarian organizations and affected communities. Tools like AI-powered chatbots streamline services and provide information to affected populations. For example, the International Committee of the Red Cross (ICRC) developed the Trace the Face tool, which uses facial recognition technology
to help refugees and migrants find missing family members.
The Opportunities and Risks of AI in Humanitarian Aid
While AI offers tremendous potential in humanitarian aid, it also poses significant risks and ethical challenges. Here are some critical considerations:
Risks of “Surveillance Humanitarianism”: The growing use of AI for data collection may inadvertently increase the vulnerability of those in need by exposing them to privacy violations and surveillance.
Techno-Solutionism: Relying solely on AI solutions without addressing broader issues may not be as effective as anticipated. Context-specific solutions that involve local communities are often more successful.
Techno-Colonialism: The adoption of AI must be done with sensitivity to avoid imposing
technological solutions on communities without their input and consent.
The “Do No Harm” Imperative**
Humanitarian organizations must adhere to the principle of “do no harm” when deploying AI in their operations. This means carefully assessing the potential risks and benefits and ensuring that AI systems do not expose affected populations to additional harm or discrimination.
Data Privacy and Transparency
Data privacy is paramount when deploying AI in humanitarian aid. Organizations must obtain informed consent when collecting and processing personal data and prioritize data security.
Transparency and accountability are essential, and grievance mechanisms should be in place to address any adverse impacts.
In conclusion, digital transformation, driven by AI and other technologies, is revolutionizing humanitarian aid. While these advancements offer unprecedented opportunities to improve preparedness, response, and recovery efforts, they also come with ethical responsibilities.
Humanitarian organizations must ensure that technology serves as a force for good, prioritizing the well-being and dignity of affected populations in all their digital endeavors. The “do no harm” principle should guide every step of this transformative journey, ensuring that technology truly leverages the power of digital transformation for the benefit of humanity


A new imaging technique in use at the University of Alberta may lead to faster identification of minerals in drill samples, which could improve extraction of bitumen from the oilsands and assist in reclaiming former tailings ponds.
Professor Benoit Rivard is working with mechanical engineer Mike Lipsett to test and adapt a device that measures the content of drill samples by examining the amount of reflected light they give off.
“Geologists and engineers try to extract as much information as they can from these drill cores to do an assessment of their properties — in the case of the oilsands operations, to figure out where they’re going to mine, to figure out what the reserves (of oil) are,” Rivard explained.
The lab contains two different machines to maximize identification of a variety of minerals, including bitumen, quartz, and clay — important because of the complications it presents to the oil extraction process.
“We can look at the bitumen abundance in these cores and get a sense of how it’s variable. We can see the signature of quartz, we can see the signature of clay as a group,” Rivard said.
“All of this is useful because the clay tends to reside in the sandy layers (and) is detrimental to the extraction of the oil ... So if we’re able to detect the presence of the clay, that would be useful. And right now, qualitatively, we can see the clay.”
The mechanism by which these machines can be used to detect certain minerals is examination of drill samples under a wide range of wavelengths.
Depending on samples’ interaction with the light, researchers can make conclusions about the mineral content of the samples.
“These cameras look at many regions of the spectrum, about a thousand different regions. We’re looking at a thousand colours, if you wish. The core would be translated automatically on this table and passed in front of the cameras and the light sources, and we measure the intensity of the light that’s reflected.”
The result is an image that contains detailed information of the reflectance and absorption of light at these different wavelengths in every pixel, obtained in minutes.
The interpretation of all the data contained in the image is a challenge in itself, but Rivard’s team is optimistic this method will result in a quick and quantitative means of identifying minerals in drill samples.
“In the area of field data collection, it could be a real game-changer for people who are trying to make good decisions with not a lot of time,” Lipsett said.
One application that Lipsett is working on is the use of rovers that could drive out over tailings pond land that is too difficult for humans to access directly.
Such land requires time to densify enough for the reclamation process to progress, as it starts off as material comparable to quicksand. Solving such problems is a long process that begins in the lab, but ends with innovative applications.
“We’ve been collaborating for the last few years, and we’ve been working with a number of students,” Lipsett said. “(The work) ranges from some of the very basic investigations around how some of the different properties of the samples show up in the spectra, as well as how these would systems actually be used, all the way up to the robotics solutions that could be part of the future.
“This kind of technology development — the combination of science and engineering research — is really important.”
The remnants of chivalry still linger today, especially in the dating world.


Phase transition of waves in random media
When waves diffuse through a random medium, the mean free path is no longer the only length scale determining the physical situation. Due to interferences, additional effects will appear on the scale of the wavelength, lambda. A striking prediction made by Anderson in 1958 is that in fact diffusion should come to a halt in a medium where the mean free path is comparable with the wavelength. In the context of electronic systems, this has been used as an explanation for the transition from metallic to insulating behaviour with the addition of impurities. We study this phenomenon for the case of diffusing photons in a system made of particles with a high refractive index on the scale smaller than the wavelength of light. Here, localization can be observed without the complications induced by electron-electron, as well as electron-atom interactions, thus allowing a study of pure Anderson localization.
Deviations from classical diffusion
Time-resolved measurements in contrast can specifically look for long paths, where localization should occur and thus test for the hypothesis of a scale dependent diffusion coefficient. We carry out measurements of time-resolved transmission of a picosecond pulse through a multiple-scattering sample. For samples with very high turbidity (characterized by a low value of the mean free path l* - and measured from the width of the coherent backscattering cone), we observe increasing deviations from the behaviour of classical diffusion of a light-pulse [Stoerzer et al. Phys. Rev. Lett. 96, 063904 (2006)]. This indicates that the transport of light is slowed down for samples on very long paths, where the probability of closed loops is higher. These data can be well fitted with a time-varying diffusion coefficient, which is proportional to 1/t. In the diffusion picture, this translates to the statement that the spread of the photon cloud comes to rest at a certain point, which we identify with the localization length. With a measure of l*, the absorption length and the localization length, it is now also possible to gain information from static transmission measurements. While a combination of diffusion and absorption well describes the transmission through a sample with a value of kl*= 25, it fails to describe a sample with kl* = 2.5. When including the localization length however, good agreement with the data is found over 12 decades without any adjustable parameters.
Static tranmission measurements trough a sample with kl* = 2.5. The dashed line gives the theoretical expectation of classical diffusion with absorption, whereas the full line also includes localization effects.
Direct determination of the localization length
Using sub-nanosecond scale imaging, it is possible to determine the spatial distribution of photons leaving the turbid sample as a function of time. This directly allows a determination of a localization length, as diffusife processes lead to an absorption independent linear increase in the width of the exiting photons. A direct image of this is shown in the image below, where the increase of the width at late times can be seen to come to a halt.
The temporal development of the width shows a plateau in localizing samples after an initial linear increase corresponding to diffusion of light at early stages. The transition in three dimensions with turbidity can then be scanned by a change in the wavelength used, which is shown in the figure below for one and the same sample. At the lowest values of kl* = 2, corresponding to the lowest wavelengths, the width saturates, whereas at higher values of kl* = 4.5, corresponding to the highest wavelength, the width increases at all times measures, albeit with a change to non-linear behaviour at late times.
Determination of scaling properties at the transition
The determination of the localization length from time-resolved measurements allows the first determination of the critical exponent of localization, which has been studied with numerical simulations or a one-parameter scaling theory. While the results are in reasonable agreement with the scaling theory, they disagree with the numerical results, which predict a value of 1.5 in contrast to the experimental value close to 0.5. See also our 2006 EPL on the subject under publications.


The United Arab Emirates will grant 100,000 Golden Visas to entrepreneurs, business owners, and individuals who specialize in computer programming and coding.
Who is Eligible?
- Residents and non-residents may apply.
- Coders of all nationalities and age groups may apply for the UAE golden visa through The Office of Artificial Intelligence in the UAE government or the Federal Authority for Identity and Citizenship.
- Application eligibility extends to experts who achieved success in various areas of coding; those who work for pioneering international technological firms; graduates of software engineering, computer science, hardware engineering, information technology, artificial intelligence, data science, big data, and electrical engineering programs.
According to the press release, the visa program aligns with a broader goal to establish 1,000 digital companies in the UAE over the next five years.


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TreC-native Android mobile application
TreC has an experimental and testing environment (hereafter TreC-Lab) led by e-Health Unit. In TreC-Lab digital diaries as TreC-native Android mobile applications have been designed and implemented to support self-management and remote monitoring of chronic conditions. These diaries are being used in “living labs” contexts by voluntary chronic patients according to their hospital physicians for the evaluation and validation of models of integrated management.
All apps are available for free on Google Play store by searching “TreC_Lab” (play.google.com/store/search?q=TreC_Lab, TRL 6).


We offer components and the most advanced vision systems on the market: lighting, optics, cameras, vision sensors, frame grabbers, intelligent vision systems, software and accessories of the most respected manufacturers worldwide, foreseeing a market that evolves quickly, looking for the best technological solutions that turns us into market leaders.
We have the best specialists in the world of machine vision and the most advanced technical resources to satisfy the highest expectations of our customers, advising and accompanying them in the process of purchasing any machine vision products.
INFAIMON is a multinational company in continuous expansion and has offices in Spain, Portugal, Mexico and Brazil also offering support to other countries in Latin America. Since its beginning, INFAIMON has been characterized by providing an advisory service in industrial applications, scientific, high-performance security and in any other field that requires capture, processing and image analysis. This advice is focused on providing our clients with the knowledge needed for the correct product choice and efficient use to achieve a great performance, improving productivity, reducing costs, decreasing installation time and increasing the quality of products.
With the intention of extending the machine vision to all potentially clients, INFAIMON is a member of several national and international associations, organizes free courses in technology centers and universities, participates at congresses, seminars, symposiums and master's programs and collaborates with several industry magazines, universities and research centers in national and international projects.
Publications are another channel used to facilitate the diffusion of technology and its products. That's why we publish a catalogue of machine vision and image analysis in which we identify the technologies developed in this sector and the detailed description of the products in the market, which facilitates the understanding of technology related to the products. Periodically, we also publish catalogs directed at various sectors (Food, Automobile, Science, Industry, Security, etc.) to present the latest news, technologies, innovations, products and applications related to vision and image analysis.
INFAIMON also collaborates with various magazines, publishing articles directed to professionals and people interested in machine vision and image analysis, contributing with information technology and applications in industries.
Our customers have relied on INFAIMON, our know-how, products and systems, which has helped solve their vision applications thanks to our experience.


This application is for collaborative research on an area of cooling of great industrial and social significance by three teams with expertise in heat transfer, system simulation and component design.This application is for collaborative research on an area of cooling of great industrial and social significance by three teams with expertise in heat transfer, system simulation and component design. The lead team will be based at Newcastle University with the support teams at Oxford and South Bank UniversitiesIf the performance of electronic chips follow current trends and double every 18 months (Moore’s Law), then it will soon not be possible to effectively cool them using conventional passive cooling and an alternative technique/devices must be found. This proposal is concerned with developing such a device. In particular it is concerned with a theoretical analysis and experimental evaluation of a miniature vapour compression refrigeration cycle optimised for the cooling of future electronic systems. The proposed work will consist of three distinct but interrelated activities that will be conducted at three centres by personnel with recognised skills, expertise, resources and experience to undertake this work. The proposed work is innovative in that it will examine issues associated with miniature refrigeration systems that have not been studied hitherto. It is intended to explore design criteria related to system stability and develop design codes to assist designers and manufacturers of such systems. The heat transfer performance of phase change in porous materials and the technology transfer associated with the compressor development all contribute to making this a very innovative project. The groups already have experience of working together and arrangements will be put in place to facilitate the exchange of ideas and expertise on a larger scale. The integrated approach will provide significant advantages compared to three unlinked projects and produce a significant step forward in electronic cooling technology. The work will be supported by several industrial partners and collaborators namely Thermacore, Panasonic and Honeywell who will all contribute technical and in kind resources to the project. Letters of support have been obtained from Panasonic, Thermacore, Honeywell-Hymatic and Hexag.


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Self-assembling Batteries That Charge in Seconds
May 20th, 2018 Brandon Duvall
Credit: Wiesner Group
A multi-campus collaboration led by Ulrich Wiesner, professor of engineering in the at Cornell University. Is seeking to address the demand for a novel energy storage device architecture that has the potential for lightning-quick charges. The group has redesigned the battery, modifying it with gyroidal thin films of carbon with nanoscale pores. The design is said to help with the expansion and degradation of polymer strips within standard batteries. It also helps increases the speed of charge by a multitude. Wiesner states the battery will charge within seconds if not less. An innovation like this has profound effects for consumers, manufacturers and engineers alike. The ability to develop devices that can maintain their power supply’s integrity for a longer period of time is an important quality by itself. Quick charging is just a giant convenience for the consumer. As always, thank you for reading, we will try to keep you in the now.
J. G. Werner, G. G. Rodríguez-Calero, H. D. Abruña, U. Wiesner. Block copolymer derived 3-D interpenetrating multifunctional gyroidal nanohybrids for electrical energy storage. Energy & Environmental Science, 2018.
4D Printing Advancements
Mar 30th, 2018 Brandon Duvall
Image Credit: H. Jerry Qi
The age of 3D printing really just started to become a viable option for manufacturing. However, with strides in 4D printing; we are gaining the ability for our prints to react to stimuli. This has many interesting uses across Aerospace, medical and manufacturing industries as Dr. H. Jerry Qi says. The original issue before his team’s implementation was, the speed at which the print could be made and “transform” and the restriction to a single material per print. The machine they devised ultimately uses four different printing techniques, whilst being 90 percent faster than previous methods. They also are able to print fully wired devices via this process. Increasing not only the prospect of manufacturing devices but also in creating more functional prosthesis. The age of being able to print adaptive and functional technology implementations is just within reach as always, we can’t wait to read more.
American Chemical Society. (2018, March 21). New 4-D printer could reshape the world we live in. ScienceDaily. Retrieved March 29, 2018.
Neuromodulation by Electrical Manipulation
Mar 1st, 2018 Brandon Duvall
Credit: Parameswaran, et al/University of Chicago
Our understanding of how the Brain’s vast network of fast-moving electrical signals turn into thought, movement, or disease is poor. Recently, researchers at University of Chicago were able to create nanoscale wires able to communicate with cells. Tested on lab grown rat neurons, theres nanowires were able to trigger them to activate. Allowing us to facilitate testing in order to gain more understanding of how these signals work within animals bodies and possibly how to combat diseases like Parkinson’s.
The uses of this type of electrical Neuromodulation can not only help educate us but allow us to manipulate and influence nerves. This can aid us in allowing prosthesis to gain monumental functionality upgrades. Combined with existing research these nanowires will be a great tool in medical development.
Ramya Parameswaran, João L. Carvalho-de-Souza, Yuanwen Jiang, Michael J. Burke, John F. Zimmerman, Kelliann Koehler, Andrew W. Phillips, Jaeseok Yi, Erin J. Adams, Francisco Bezanilla, Bozhi Tian. Photoelectrochemical modulation of neuronal activity with free-standing coaxial silicon nanowires. Nature Nanotechnology, 2018
Uplifting Sounds, Taking on a New Meaning
Jan 28th, 2018 Brandon Duvall
Credit: University of Bristol
The Trek tech continues to flourish. An Acoustic tractor beam is a machine that traps particles within the silent core of oscillating sound waves. The newest approach, from Dr. Asier Marzo and his team at the University of Bristol, uses fluctuating acoustic frequencies. The group found with this method they were able to not only increase the stability but the size of the silent core as well.
The team is hopeful to increase the size of the objects they can levitate, soon they believe humans will be on that list. Currently there are many uses for a technology like this in drug manipulation and delivery. As well as, microsurgical tool manipulation. Seems we are getting closer to the day where, using a tractor beam to carry someone back to space dock, just as the iconic Star Trek portrayed.
Asier Marzo, Mihai Caleap, and Bruce W. Drinkwater. Acoustic virtual vortices with tunable orbital angular momentum for trapping of Mie particles. Phys. Rev. Lett., 2018
Tinnitus Treatment With Technology?
Jan 6th, 2018 Brandon Duvall
Credit: Susan Shore, University of Michigan
Tinnitus affects millions of Americans and of course over 300 million globally. Fortunately for those suffering, there are those like Susan Shore and her team at University of Michigan Kresge Hearing Research Institute. Using auditory and electrical stimuli in a double blind study, a majority of patients reported a 12 decibel decrease (This being equivalent to the hum of an electric light bulb). Some patients even reporting their tinnitus symptoms having disappeared.
These reported changes in symptoms were said to remain the same for weeks after treatment. The prognosis is looking great for those suffering from this neuro-disorder. We thank those dedicated to bettering the quality of patient’s lives. Hat’s off to the team at the Kresge Hearing Research Institute, truly an amazing biotechnological feat.
Kendra L. Marks, David T. Martel, Calvin Wu, Gregory J. Basura, Larry E. Roberts, Kara C. Schvartz-Leyzac, Susan E. Shore. Auditory-Somatosensory Bimodal Stimulation Desynchronizes Brain Circuitry to Reduce Tinnitus in Guinea Pigs and Humans. Science Translational Medicine, 2018.
Pathology Meets Microprocessing
Jan 3rd, 2018 Brandon Duvall
Credit: Marc Miskin, Cornell University
Nanotechnology and microcomputing have grown tonnes (or Kilograms..) in recent years. Physicists at Cornell University have just created an innovative leap in nanoscale technology. Paul McEven, Itai Cohen, and a postdoctoral researcher Marc Miskin created an exoskeleton for cell sized electronics.
The team believes their aptly named “Bimorphs”, tiny machines that are able to change shape based on chemical or temperature changes, can be used at the cell level to aid in biological processes. Made of Graphene, this nanoscale tech is powered by the electrochemical reactions generated by the body. Utopia esk technologies like these are on the verge of consumer application. Technologies like these are sure to be mankind’s next revolutionary scientific leap.
Marc Z. Miskin, Kyle J. Dorsey, Baris Bircan, Yimo Han, David A. Muller, Paul L. McEuen, Itai Cohen. Graphene-Based Bimorphs for Micron-Sized, Autonomous Origami Machines. Proceedings of the National Academy of Sciences, 2018.
Another Consumer Electronics Show Has Just Wrapped UP.
Jan 14th, 2018 Brandon Duvall
With the recent Consumer Electronics Show wrapping up, we figured it would be pertinent to bring you the three most important presentations to you as a consumer this year. Although a good amount of the products presented at CES are more luxury consumer electronics, some of them are very practical, encompassing even the average consumer.
Toyota’s New Autonomous Car Concept
Toyota has released a new autonomous concept targeted at ride sharing, retail, and delivery. They go on to explain how they hope the vehicle will become a business solution for employee transportation in the near future. The concept of autonomous public transportation is a grand idea with the ever growing traffic and parking problems in metropolitan areas.
5G Connectivity Coming Soon
Unfortunately this one is long overdue. The United States is actually ranked 20th in internet speed globally, although top five for most expensive internet. 5G is said to be 50 times faster than the 4G network we have grown accustomed to. Hopefully we begin to get closer in speed to some of the high ranking countries like: South Korea, Ireland, Hong Kong, and Sweden.
Future of Healthcare
A big year for healthcare and telemedicine, CES presenters talked about things like: AI, therapeutic technologies, and remote diagnosis. Telemedicine is said to take a huge leap towards hyper-personalized, patient centered healthcare this year. With technologies like gene editing for specialized medicines and wearables to aid in cognitive and physical health management. It is sure to be a great year for the healthcare industry. Of course there are many other great technological upgrades to other consumer electronics, however, these mentioned are those most immediately affecting consumers. We can’t wait to see what this year brings.


Yuexian Zou，Peking University Shenzhen Graduate School
Tong Zhang，Peng Cheng Laboratory
Aim and Scope
The way our minds perceive the real world is multimodal. Multimodal deep learning usually refers to the techniques that leverage multi-modality information (including images, texts, audio, time series, genomics) to build AI models that achieve better performances than that using any individual one modality. Recently, multimodal artificial intelligence methods have attracted increasingly more attention in research communities, and has made certain progresses in a number of research applications, such as multimodal retrieval, visual question answering, multi-modality medical image analysis and AI for Science. Due to the heterogeneity of multi-modality data, the construction and analysis of multimodal deep learning models face the challenges of how to represent, associate, align and fuse information from different modalities. Multi-modality special track is now open for submissions. Papers submitted should describe high-quality, original research in English. All papers accepted for this track will be included in the conference proceedings published by Springer and expected to be indexed by EI/ISTP .
This special track aims to bring together the recent developments in the theory and application of Multi-modal deep learning model construction and analysis. The topics include, but are not limited to:
1）Pre-training and/or fine-tuning for scaled models
2）AI for Science
3）Multimodal information analysis, association, retrieval
4）Multimodal medical data analysis
5）AI modeling and analysis of complex video or time series data
6）Multi-modal deep learning algorithm library and/or model library
7）Multi-modal transfer learning
This special track will be held in 2022 Chinese Conference on Pattern Recognition and Computer Vision (PRCV 2022). All papers should be prepared according to the PRCV2022 policy and should be submitted electronically using the conference website (https://cmt3.research.microsoft.com/PRCV2022).
To submit your paper to this special track, please choose "Special Track Multi-modality" to create your submission in CMT.


This map provides a heat map representation of my presence in space over an unspecified time period in the past.
The data was collected using Purple Robot, which logged its readings to the website backend. A periodic process reviews those readings and generates a report that is rendered into the heat map shown on the left.
Rather than simply plot using the raw observations, the weight of each location is the output of the logarithm of the number of times observed in a given location using a base of 100 to smooth out the severe spikes caused by spending the majority of my time at work and home:
weight = log100(observations)
The heat map overlay on Google Maps is implemented using heatmap.js.


Download MATLAB by requesting a free trial of the latest version. The MATLAB Runtime is a standalone set of shared libraries that enables the execution of compiled MATLAB applications or components on computers The official home of MATLAB software. MATLAB is the easiest and most productive software environment for engineers and scientists. Try, buy, and learn MATLAB. Mar 14, 2015 MATLAB is a high-level language and interactive environment for numerical computation, visualization, and programming. MATLAB R2014b.
MATLAB и Simulink дополняются более 80 продуктами для ускорения инноваций и повышения. Jun 7, 2016 Matlab r2014b Crack + Setup Full Free Download 64 & 32 bit, Downlod MATLAB R2014b ISO graphics introduces a new function called. Jun 15, 2016 . Name Matlab R2016a (9.0) Size 7.69 GB Created There are many people developing 3rd party toolboxes for Matlab, How to install SPAMS toolbox in Matlab 2014b under windows. 1. Download and install Torrent Engine (Transmission, uTorrent, etc.) 2. Use a torrent listing website (such as thepiratebay, torrentz) to find your torrent by using. Mar 14, 2017 MATLAB is a programming environment for algorithm development, data analysis , visualization, and numerical computation. Over 50 MATLAB. Oct 25, 2014 I mounted my matlab 2014b-iso (it's named "R2014b_glnxa64.iso", so I'm very much assuming it's the 64-bit version) and ls -l is telling. R2017a: Two new products and updates to MATLAB, Simulink, and 84 other products.


Format Memory Card Sony A7Iii. Reinsert the memory card back to the camera and turn on the camera. To format the memory card on your sony a7 iii or a7/a9 model:
Take out the sony camera memory card, check if the memory card is locked. Quick guide to memory cards for video with the sony alpha 7s iii. The sony alpha 7s iii has dual card slots that can use sd as well as cfexpress type a cards.


Hi-tech measuring instrument for online atmospheric diagnostics up to 100 km altitude
The LidarCUBE is a 1m x 1m x 1m measuring device for online atmospheric measurements up to 100km altitude. The seemingly harmless „CUBE“ consists of over 7000 individual parts.
Wind and temperature measurement up to about 100km altitude (values at 5-minute measurement and 200m altitude resolution)
Wind measurement below 40km: accuracy < 1 m/s
Wind measurement below 70km: accuracy < 10 m/s
Temperature measurement at 50km: accuracy < 5.3 K
Output of the measured variables:
- Custom Human Machine Interface (HMI)
- Web service interface
- Achieving of raw data for evidence
- NLC (Noctilucent Clouds) and PSC (Polar Stratospheric Clouds)
- Background aerosols
- Metal densities (all with spatial distribution and temporal evolution)
The LidarCUBE can be used day and night. Thanks to the access protection, unattended operation is also possible. The LidarCUBE works automatically after the previously defined operating and measurement conditions have been set. The product detects optional air traffic by means of commercially available active, passive and transponder systems and then includes them in the measurement regime (automatic shutdown).
The LidarCUBE also detects atmospheric measurement conditions by means of AI-controlled transformation of the absolute color and gray values within a radius of 500m. Weather analysis can be easily performed.
The product closes and opens the telescope chamber to protect the telescope within 5 seconds, the conditions for closing and opening are configurable here.
- Remote control of all key parameters
- Service access to key maintenance points without opening the passenger compartment
- Separate service rack for maintenance of the telescope mirror chamber by a single service person, service rack can be dismantled without tools and is suitable for flight luggage
- 100% spare parts availability
- Hot standby system in Neubukow – system exchange with express air freight
- Trained, experienced service with worldwide availability
- windproof up to hurricane category 3
- Heavy rain for sure up to 40 l/m² in one hour
- Operating temperature range -40°C to +50°C
- Protection against light snow (50 mm)
- Impervious to drifting snow and dust
Dimensions and interfaces:
about 250 kg
External dimensions L x W x H in mm
1000 x 1000 x 1300
230V / 50Hz – 110V / 60Hz 16 A
Ethernet or WLAN
Installation and locking
Four lashing elements
1.25 kN at each corner
vibration decoupled footprint
- Start synchronous measurement of weather conditions at 10 to 100 km altitude (wind and temperature)
- Material analysis in the atmosphere up to about 100 km
- Altitude Mass transport processes in the troposphere and stratosphere
- Observation of dynamical processes in the middle atmosphere on intermediate, spatial scales, and their contribution to the energy and momentum balance of the atmosphere.
- Gravity waves:
- Propagation in both horizontal and vertical directions
- Energy transfer
- Effects on background winds
- Stratified turbulence:
- Review of ST theory
- Analysis of bi- or multivariate distributions of e.g., wind components or temperatures
Discover the full diversity of LiCuSpace!


30P154M Steel FAQS
What is the grade of 30P154M steel?
The grade of 30P154M steel is named after its nominal thickness and iron loss value, among which 30P means its hero thickness is 0.30mm, and 154M means its maximum iron loss value is 1.54W/kg.
What type of steel is 30P154M steel?
30P154M steel is a high-permeability grain-oriented electrical steel that meets the standards of the American Society for Testing and Materials (ASTMA876M-92).
What is the chemical composition of 30P154M steel?
Carbon C: 0.04-0.08
Silicon Si: 2.80-3.40
Sulfur S: 0.020-0.030
Aluminum AL: 0.02-0.03
Nitrogen N: 0.006-0.009
What are the mechanical properties of 30P154M steel?
Tensile strength: 347-431MPa
Number of bends: 15
Redundancy coefficient: ≥95.0%
What is the iron loss value of 30P154M steel?
The iron loss value is also called the core loss, which refers to the ineffective electric energy consumed when the iron core is magnetized under the alternating magnetic field of ≥50Hz, and is also often called the variable loss, and its unit is W/kg. This kind of ineffective electric energy consumed due to various obstacles to the change of magnetic flux not only loses electric energy through the heating of the iron core, but also causes the temperature rise of the motor and transformer. The iron loss (PT) of electrical steel includes three parts: hysteresis loss, eddy current loss (Pe) and abnormal loss (Pa). The electrical steel plate has low iron loss, which can not only save a lot of electric energy, but also prolong the working time of the motor and transformer, and simplify the cooling device. Since the power loss caused by the iron loss of electrical steel sheets accounts for 2.5%~4.5% of the annual power generation in various countries, the production of electrical steel sheets in various countries always tries to reduce the iron loss, and takes the iron loss as the most important index for evaluating the magnetic properties of products. The iron loss value of the product is used as the basis for dividing the product grade. Iron loss of M111-30P steel (1.7T, 50Hz) ≤ 1.17W/kg, iron loss (1.7T, 60Hz) ≤ 1.54W/kg
What is the thickness of 30P154M steel?
The thickness of 30P series electrical steel is 0.30mm, so the nominal thickness of M111-30P steel is 0.30mm
What is the density of 30P154M steel?
The theoretical density of 30P154M steel is 7.65kg/dm³.
What is the magnetic permeability of 30P154M steel?
The peak magnetic permeability (796A/m) of 30P154M steel is 1880
What is the magnetic induction coefficient of 30P154M steel?
The magnetic induction intensity is the number of magnetic force lines passing through the unit cross-sectional area of the iron core, also known as the magnetic flux density, which represents the magnetization ability of the material, and the unit is T. The magnetic induction intensity of the electrical steel plate is high, the excitation current (also called no-load current) of the iron core is reduced, and the copper loss and iron loss are both reduced, which can save electric energy. When the power of the motor and transformer is constant, the magnetic induction intensity is high, the design Bm can be increased, and the cross-sectional area of the iron core can be reduced, which reduces the volume and weight of the iron core, and saves the amount of electrical steel plates, wires, insulating materials and structural materials. The total loss and manufacturing cost of the motor and the transformer can be reduced, and the manufacturing, installation and transportation of large transformers and large motors are beneficial. The minimum magnetic induction coefficient of 30P154M steel is 1.89T.
What are the advantages of 30P154M cold-rolled grain-oriented grain electrical steel?
30P154M cold-rolled grain-oriented grain electrical steel is a high-strength, high-performance cold-rolled electrical steel. Has excellent electromagnetic properties and good formability. It is suitable for transformer cores and other electrical applications.
30P154M cold-rolled grain-oriented grain electrical steel has the following advantages:
- High strength: 30P154M cold-rolled oriented grain electrical steel has high strength and good plasticity. It can be used in occasions requiring high strength such as transformer cores.
- Good electromagnetic properties: 30P154M cold-rolled oriented grain electrical steel has excellent electromagnetic properties. It is suitable for transformer cores and other electrical applications where good electromagnetic properties are required.
- Good formability: 30P154M cold-rolled oriented grain electrical steel has good formability. It can be used in transformer cores and other applications requiring good formability.
- Suitable for transformer cores: 30P154M cold-rolled oriented grain electrical steel has high strength, good electromagnetic properties and good formability, and is suitable for transformer cores.
What are the applications of 30P154M cold rolled grain oriented grain electrical steel?
30P154M cold-rolled grain-oriented grain electrical steel is a high-performance non-oriented silicon steel. It has excellent soft magnetic properties, high initial permeability, low iron loss and good temperature stability. Mainly used in transformers, generators and other electrical equipment.
What are the challenges faced by 30P154M cold-rolled grain-oriented grain electrical steel?
30P154M cold-rolled oriented grain electrical steel is a new type of energy-saving and environment-friendly material. It has excellent electromagnetic properties, high strength and good ductility. However, due to its complex manufacturing process and high cost, its mass production is still a challenge for the industry.


Text-to-Speech and Speech Recognition Technology
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TrueVoice TTS After vast improvements to the voice synthesizer, the quality of our Text-to-Speech engine is now far superior to the mechanical voices still installed on many automated systems. Our voices are very natural and have a high degree of syntactical accuracy (correct pronounciation of proper names). They can be deployed in cloud, server, desktop, embedded and mobile environments and come with a broad variety of standard interface options.
Try the automatic TTS converter to the right and hear it for yourself.
TrueVoice ASR technology can be deployed in server and cloud-based environments using the industry standard MRCP interface. The 64-bit speech engine is very efficient (up to 96 channels per server), highly accurate and supports large grammars and 26 languages.
Thousands of companies from SMB to Fortune 1000 are using these powerful ASR and TTS engines, which are integrated with leading platforms like Asterisk, Avaya and Genesys. Cisco has officially certified the 64-bit speech engine with CVP and their MRCP enabled routers.
The license model is very affordable and allows the technology to be deployed even in very budget sensitive projects without compromising quality.


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Images for download on the MIT News office website are made available to non-commercial entities, press and the general public under a Creative Commons Attribution Non-Commercial No Derivatives license. You may not alter the images provided, other than to crop them to size. A credit line must be used when reproducing images; if one is not provided below, credit the images to "MIT."
When breast cancer is diagnosed in the earliest stages, the survival rate is nearly 100 percent. However, for tumors detected in later stages, that rate drops to around 25 percent. Pet Ecg Machine
In hopes of improving the overall survival rate for breast cancer patients, MIT researchers have designed a wearable ultrasound device that could allow people to detect tumors when they are still in early stages. In particular, it could be valuable for patients at high risk of developing breast cancer in between routine mammograms.
The device is a flexible patch that can be attached to a bra, allowing the wearer to move an ultrasound tracker along the patch and image the breast tissue from different angles. In the new study, the researchers showed that they could obtain ultrasound images with resolution comparable to that of the ultrasound probes used in medical imaging centers.
“We changed the form factor of the ultrasound technology so that it can be used in your home. It’s portable and easy to use, and provides real-time, user-friendly monitoring of breast tissue,” says Canan Dagdeviren, an associate professor in MIT’s Media Lab and the senior author of the study.
MIT graduate student Wenya Du, Research Scientist Lin Zhang, Emma Suh ’23, and Dabin Lin, a professor at Xi’an Technological University, are the lead authors of the paper, which appears today in Science Advances.
For this project, Dagdeviren drew inspiration from her late aunt, Fatma Caliskanoglu, who was diagnosed with late-stage breast cancer at age 49, despite having regular cancer screens, and passed away six months later. At her aunt’s bedside, Dagdeviren, then a postdoc at MIT, drew up a rough schematic of a diagnostic device that could be incorporated into a bra and would allow for more frequent screening of individuals at high risk for breast cancer.
Breast tumors that develop in between regularly scheduled mammograms — known as interval cancers — account for 20 to 30 percent of all breast cancer cases, and these tumors tend to be more aggressive than those found during routine scans.
“My goal is to target the people who are most likely to develop interval cancer,” says Dagdeviren, whose research group specializes in developing wearable electronic devices that conform to the body. “With more frequent screening, our goal to increase the survival rate to up to 98 percent.”
To make her vision of a diagnostic bra a reality, Dagdeviren designed a miniaturized ultrasound scanner that could allow the user to perform imaging at any time. This scanner is based on the same kind of ultrasound technology used in medical imaging centers, but incorporates a novel piezoelectric material that allowed the researchers to miniaturize the ultrasound scanner.
To make the device wearable, the researchers designed a flexible, 3D-printed patch, which has honeycomb-like openings. Using magnets, this patch can be attached to a bra that has openings that allow the ultrasound scanner to contact the skin. The ultrasound scanner fits inside a small tracker that can be moved to six different positions, allowing the entire breast to be imaged. The scanner can also be rotated to take images from different angles, and does not require any special expertise to operate.
“This technology provides a fundamental capability in the detection and early diagnosis of breast cancer, which is key to a positive outcome,” says Anantha Chandrakasan, dean of MIT’s School of Engineering, the Vannevar Bush Professor of Electrical Engineering and Computer Science, and one of the authors of the study. “This work will significantly advance ultrasound research and medical device designs, leveraging advances in materials, low-power circuits, AI algorithms, and biomedical systems.”
Working with the MIT Center for Clinical and Translational Research, the researchers tested their device on one human subject, a 71-year-old woman with a history of breast cysts. Using the new device, the researchers were able to detect the cysts, which were as small as 0.3 centimeters in diameter — the size of early-stage tumors. They also showed that the device achieved resolution comparable to that of traditional ultrasound, and tissue can be imaged at a depth up to 8 centimeters.
“Access to quality and affordable health care is essential for early detection and diagnosis. As a nurse I have witnessed the negative outcomes of a delayed diagnosis. This technology holds the promise of breaking down the many barriers for early breast cancer detection by providing a more reliable, comfortable, and less intimidating diagnostic,” says Catherine Ricciardi, nurse director at MIT’s Center for Clinical and Translational Research and an author of the study.
To see the ultrasound images, the researchers currently have to connect their scanner to the same kind of ultrasound machine used in imaging centers. However, they are now working on a miniaturized version of the imaging system that would be about the size of a smartphone.
The wearable ultrasound patch can be used over and over, and the researchers envision that it could be used at home by people who are at high risk for breast cancer and could benefit from frequent screening. It could also help diagnose cancer in people who don’t have regular access to screening.
“Breast cancer is the most common cancer among women, and it is treatable when detected early,” says Tolga Ozmen, a breast cancer surgeon at Massachusetts General Hospital who is also an author of the study. “One of the main obstacles in imaging and early detection is the commute that the women have to make to an imaging center. This conformable ultrasound patch is a highly promising technology as it eliminates the need for women to travel to an imaging center.”
The researchers hope to develop a workflow so that once data are gathered from a subject, artificial intelligence can be used to analyze how the images change over time, which could offer more accurate diagnostics than relying on the assessment of a radiologist comparing images taken years apart. They also plan to explore adapting the ultrasound technology to scan other parts of the body.
The research was funded, in part, by the National Science Foundation, a 3M Non-Tenured Faculty Award, the Sagol Weizmann-MIT Bridge Program, and MIT Media Lab Consortium Funding.
Prof. Canan Dagdeviren and her team have developed a wearable ultrasound patch that can be used to screen for breast cancer at home, reports Grace Browne for Wired. “Dagdeviren wants to give people the opportunity to know what’s happening inside their bodies every day, the same way we check the weather forecast,” writes Browne.
MIT researchers have designed a wearable ultrasound device that could help make breast cancer screening more accessible, reports Carrie Arnold for National Geographic. “Early detection is the key for survival,” says Prof. Canan Dagdeviren. “Our humble calculation shows that this technology has the potential to save 12 million lives per year globally.”
Researchers at MIT have designed “a wearable ultrasound scanner that could be used at home to detect breast tumors earlier,” reports Simon Makin for Scientific American. “The researchers incorporated the scanner into a flexible, honeycombed 3-D-printed patch that can be fixed into a bra,” explains Makin. “The wearer moves the scanner among six different positions on the breast, where it snaps into place with magnets, allowing reproducible scanning of the whole breast.”
Researchers at MIT have developed a wearable ultrasound device that can be used to detect early signs of breast cancer, reports Rachel Keller and Bob Dumas for Boston 25 News. “This technology will be able to let you know if there’s a question mark, if there’s an anomaly, in your breast tissue,” says Prof. Canan Dagdeviren.
MIT researchers have designed a wearable ultrasound device that attaches to a bra and could be used to detect early-stage breast tumors, reports Lizzy Lawrence for STAT. “I’m hoping to really make it real, and to touch people’s lives,” says Prof. Canan Dagdeviren. “I want to see the impact of my technology not only in the lab, but on society.”
Prof. Canan Dagdeviren and colleagues at MIT have developed a wearable sensor that could help more easily detect breast cancer. “Dr. Dagdeviren hopes the device will allow for more frequent screening of women who are at high risk of developing breast cancer, such as those who had inherited the BRCA1 and BRCA2 genes, or people who have had cancer previously,” writes Sarah Knapton for The Telegraph.
Researchers at MIT have developed a “flexible patch that can take ultrasound images comparable to those done by medical centers, but can fit into a bra,” reports Sara Kiley Watson for Popular Science. “The researchers tested their device on a 71-year-old subject with a history of breast cysts, and were able to detect cysts as small as 0.3 centimeters in diameter up to 8 centimeters deep in the tissue, all while maintaining a resolution similar to traditional ultrasounds,” writes Kiley Watson.
Researchers at MIT have developed a wearable ultrasound patch that could be used to allow women to monitor themselves for early signs of breast cancer, reports Amy Norton for HealthDay. “The hope is to one day use such portable technology to help diagnose and monitor a range of diseases and injuries – in a way that’s more accessible and cheaper than using traditional scanners housed at medical facilities,” explains Norton.
This website is managed by the MIT News Office, part of the Institute Office of Communications.
4d Portable Ultrasound Massachusetts Institute of Technology 77 Massachusetts Avenue, Cambridge, MA, USA


According to the fellow babies at 1up:
- “Nintendo 3DS” is not the system’s formal name.
- The 3DS will be backward-compatible with the DS and DSi , making it that much easier to upgrade and start anew.
- It will not require 3D glasses, leading to speculation that it will utilize the “parallax barrier” technique developed by Sharp. This involves using a secondary, overlapping screen with a series of precise slits that show a different set of pixels to both the left and right eyes, creating the illusion of depth.
- It will be possible to turn off the 3D functionality.
- The 3DS is rumored to have a tilt sensor, build-in rumble functionality and an analog stick.
- It will definitely be out before March 2011, but some reports have suggested that it could launch as early as October.
Nintendo.com will unveil the 3DS next Tuesday, 9:30 am Pacific, during Nintendo’s E3 press conference in Los Angeles.


Print vibrant images with this HP LaserJet Pro MFP M177fw color multifunction printer that features up to 2400 dpi resolution for clarity and detail. Built-in Wi-Fi enables wireless printing from your Apple® AirPrint- or HP ePrint-enabled device.
- LaserJet Pro MFP M177fw All-in-One Printer
- HP 126A imaging drum (CE314A)
- HP 130A black (CF350A), cyan (CF351A)
- Yellow (CF325A) and magenta (CF353A) cartridges
- Phone and power cords, USB cable
- Software CD-ROM
- Owner’s manual
Prints up to 17 ISO ppm* in black and 4 ISO ppm* in color
To generate documents quickly.
Prints, copies, scans and faxes for convenience.
Built-in wireless LAN (802.11b/g/n)
Ensures fast data transfer from a wireless connection. Network-ready with built-in 10/100Base-TX Fast Ethernet interface for simple connection to your home or office network.
Apple AirPrint enabled
For wireless printing from an Apple iPad®, iPhone® 3GS or later or iPod® touch 3rd generation or later. HP ePrint enabled with software and app (download required).
Up to 2400 dpi resolution
For crisp images.
Printing in 3″ x 5″ to 8.5″ x 14″, letter, legal and executive sizes
As well as #10 and Monarch #7 3/4 envelopes, standard #10 postcards, glossy film, OHT and labels for flexible printing options.
Copies up to 17 cpm* in black and 4 cpm* in color
To generate copies quickly.
Copy resolution up to 600 x 600 dpi in black and 600 x 400 dpi in color
For clear, clean copies.
Scanner with 24-bit depth
Plus up to 1200 dpi optical resolution for accurate image reproduction.
With 33.6 Kbps modem, 100 speed dials and automatic redial to meet your office needs.
35-page automatic document feeder
For unattended faxing, scanning and copying of multiple-page documents.
USB 2.0 connectivity
For simple connection to your computer.
PC system requirements
Windows XP (32-bit, SP2 or later), Vista, 7 or 8 (32- or 64-bit); 512MB RAM; 200MB available hard drive space; USB or network port; CD/DVD-ROM or Internet.
Mac system requirements
PowerPC G4, G5 or Intel® Core™ processor; OS X 10.6 or later; 500MB available hard drive space; CD/DVD-ROM or Internet; USB or network port.
*Print speeds vary with use. See manufacturer for info on print speeds.
Apple, the Apple logo and iTunes are trademarks of Apple Computer, Inc., registered in the U.S. and other countries. iPod is a trademark of Apple Computer, Inc.
iPad is a trademark of Apple Inc., registered in the U.S. and other countries
Intel, Pentium, Celeron, Centrino, Core, Intel Inside and the Intel Inside logo are trademarks or registered trademarks of Intel Corporation or its subsidiaries in the United States and other countries.


The thorium-234 produced above experiences two successive beta decays: Gamma rays have very great penetrating power and are not affected at all by a magnetic field.
They move at the speed of light and have a very short wavelength (or high frequency); thus they are a type of electromagnetic radiation (see gamma radiationgamma radiation,high-energy photons emitted as one of the three types of radiation resulting from natural radioactivity.
Alpha rays have the least penetrating power, move at a slower velocity than the other types, and are deflected slightly by a magnetic field in a direction that indicates a positive charge.
The radiation produced during radioactivity is predominantly of three types, designated as alpha, beta, and gamma rays.
These types differ in velocity, in the way in which they are affected by a magnetic field, and in their ability to penetrate or pass through matter.
Depending on the element, a half-life can be as short as a fraction of a second or as long as several billion years.
The product of a radioactive decay may itself be unstable and undergo further decays, by either alpha or beta emission.


According to section 12.3.3 of the “Technical Regulations for Grid-Connected Photovoltaic Power Stations” (GB/T19964-2012): “Grid-connected photovoltaic power stations shall be equipped with independent anti-islanding protection devices, and their response time should not exceed 2 seconds.” When unplanned islanding events occur, the unknown power supply status can lead to various adverse consequences: 1. Safety concerns for grid operators, maintenance personnel, and end-users; 2. Disruption of normal reclosing operations in the grid; 3. Inability to control voltage and frequency in the islanded portion of the grid, potentially causing damage to distribution and user equipment; 4. Unsynchronized voltage phase during power restoration, leading to inrush currents and potential reclosure issues. Anti-islanding protection testing is a crucial function to be examined during inverter factory tests and type tests, and it is a key component of certifications like CQC and CGC Golden Sun. Inverter manufacturers need to ensure this important function is thoroughly tested at every stage, from product development to type tests to factory testing. With the development of smart grids, distributed power generation, and their widespread adoption, the requirements for anti-islanding protection by utility companies will become increasingly stringent as inadequate anti-islanding protection in inverters will pose risks to the safety of operators and equipment. Hence, anti-islanding testing is an essential part of the acceptance process for photovoltaic power stations.
To conduct anti-islanding protection testing, it is necessary to accurately simulate islanding events and resonance. The core equipment for this testing includes precision electronic loads and an AC power supply capable of simulating grid conditions. These are used in conjunction with a power analyzer to conduct semi-wave analysis of the output frequency signal of the photovoltaic inverter, so as to accurately measure the time it takes for the anti-islanding protection to disconnect from the grid. Additionally, it is crucial to precisely measure the output current of the photovoltaic inverter to capture the moment when the current drops to 1% of the rated value. Our company’s regenerative AC power supply can simulate grid conditions (AC) such as voltage drop, momentary interruptions, and harmonic distortion. It operates in all four quadrants and also functions as a regenerative AC/DC electronic load. Furthermore, our company’s power analyzer offers a high measurement accuracy of up to 0.01% and a sampling rate of 2MS/s. When these two components are combined, it allows for the perfect testing of anti-islanding protection in photovoltaic inverters, preventing any harm caused by islanding events.


NASA, which stands for the National Aeronautics and Space Administration, is the agency of the US government responsible for the civilian space program for aeronautics and aerospace research. Their mission is to pioneer the future in space exploration, scientific discovery and aeronautics research.
NASA is featured in Edition: Small Wonder and Edition: Paradise Found
The Apollo 17 spacecraft, containing astronauts Eugene A. Cernan, Ronald E. Evans, and Harrison H. Schmitt
The Final Liftoff of Space Shuttle Atlantis from Kennedy Space Center on the STS-135 Mission on Friday, July 8, 2011


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The SXTsq 5 is a compact and lightweight outdoor wireless device with an integrated antenna, perfect for point-to-point links or as a CPE unit. It is compact, weatherproof and easy to mount. The SXTsq 5 retains a 16 dBi antenna – the SXTsq is two times thinner. Higher TX power allows to reach longer distances than SXTsq Lite 5.


In today’s fast-paced world, online video chat has become an integral part of our personal and professional lives. It has transformed the way we communicate, connect, and collaborate with others, breaking down geographical barriers and enabling real-time interactions. As technology continues to advance, the future of Coomeet Online Video Chat holds exciting possibilities. This blog will delve into the emerging trends and technologies that are shaping the future of online video chat, revolutionizing the way we communicate and paving the way for new opportunities.
Enhanced Video and Audio Quality
The future of online video chat is poised to witness significant advancements in terms of enhanced video and audio quality. As technology continues to evolve, we can expect online video chat platforms to deliver increasingly immersive and realistic communication experiences. One of the key areas of improvement will be in video resolution. As internet speeds and bandwidth availability continue to improve, video chat platforms will be able to support higher resolutions, such as 4K and even 8K. This will result in sharper and more detailed video streams, allowing participants to see each other with greater clarity and realism.
Moreover, advancements in camera technology will play a crucial role in enhancing video quality. Many devices, such as smartphones and laptops, now come equipped with high-resolution front-facing cameras. Future video chat platforms may take advantage of these capabilities, utilizing advanced image processing techniques to further enhance video quality, reduce noise, and provide better low-light performance. In addition to video, audio quality will also witness significant improvements. Background noise cancellation algorithms will become more sophisticated, allowing participants to have clearer conversations even in noisy environments. Spatial audio technology will add depth and directionality to sound, creating a more immersive and natural audio experience. This will make it easier for participants to distinguish different voices and contribute to more effective communication.
Virtual Reality Integration
Virtual Reality (VR) integration is one of the emerging trends and technologies that hold immense potential for the future of online video chat. By combining the power of VR with video chat, users can experience a more immersive and lifelike communication environment, transcending the limitations of traditional video conferencing. With VR integration, participants can create avatars or virtual representations of themselves, allowing them to meet and interact in virtual spaces. This technology enables users to have more personalized and engaging conversations, as they can see and interact with each other as if they were physically present in the same room. Facial expressions, body language, and gestures can be conveyed more effectively, leading to richer and more meaningful communication experiences.
Moreover, VR integration can provide users with customizable virtual environments. Instead of the generic backgrounds typically used in video chat platforms, individuals can choose from a wide range of virtual settings, such as conference rooms, offices, or even exotic locations. This not only adds an element of fun and creativity to video chat sessions but also creates a more engaging and visually appealing atmosphere for participants. In addition to enhancing social interactions, VR integration in video chat can also facilitate collaborative work. Teams can come together in virtual spaces to brainstorm, discuss projects, and share documents in real time. This enables a more immersive and interactive collaboration experience, fostering creativity and productivity.
Augmented Reality Features
Augmented Reality (AR) features are another significant trend and technology that will shape the future of Chatrandom Video Site. By overlaying digital information and virtual objects onto the real world, AR can enhance the video chat experience in various ways, making it more interactive, informative, and engaging. One of the key applications of AR in video chat is the ability to share and visualize 3D objects or models. Participants can use their devices’ cameras to scan their surroundings and then insert virtual objects into the video chat. For example, during a product demonstration or design review, users can place a virtual 3D model of a product on the table and examine it from different angles. This not only improves the clarity of communication but also enhances the overall understanding and engagement of the participants.
AR can also enhance collaboration and remote assistance in video chat. By using AR markers or tracking technology, users can annotate or draw directly on the live video stream, providing real-time guidance and feedback. This feature is particularly useful in scenarios such as remote technical support, where an expert can guide a user through a repair process by overlaying step-by-step instructions on the video feed. Furthermore, AR filters and effects can add a layer of fun and creativity to video chat interactions. Users can apply virtual masks, animations, or special effects to their faces or backgrounds, transforming their appearance and creating an entertaining and engaging atmosphere. These AR features not only make video chats more enjoyable but also provide an opportunity for self-expression and personalization.
Security and Privacy Enhancements
In the future of online video chat, there will be significant advancements in security and privacy enhancements to address the growing concerns surrounding the confidentiality and protection of user data. Several emerging trends and technologies aim to reinforce security measures and safeguard privacy in video chat platforms. End-to-End Encryption (E2EE) is a critical security enhancement that ensures that only the intended participants can access the contents of a video chat session. With E2EE, the video and audio streams are encrypted on the sender’s device and decrypted on the receiver’s device, making it nearly impossible for unauthorized individuals or hackers to intercept and decipher the communication. This technology provides users with greater confidence that their conversations are secure and private.
Biometric Authentication is another emerging trend in enhancing security in video chat. Biometric factors such as facial recognition or fingerprint scanning can be utilized to verify the identity of participants before they join a video chat session. This technology adds an additional layer of security, ensuring that only authorized individuals can access sensitive conversations or confidential information. Multi-Factor Authentication (MFA) is also gaining prominence as a security measure in video chat platforms. In addition to traditional username and password combinations, MFA requires users to provide additional verification factors such as a unique code sent to their mobile device. This prevents unauthorized access to video chat sessions, even if a user’s login credentials are compromised.
Multi-party Video Conferencing
Multi-party video conferencing is an important aspect of the future of online video chat. As remote work and global collaboration continue to increase, the ability to connect and communicate with multiple participants simultaneously becomes essential. Several emerging trends and technologies are shaping the landscape of multi-party video conferencing, providing enhanced collaboration and communication capabilities.
Scalability is a crucial factor in multi-party video conferencing. Traditional video chat platforms have limitations on the number of participants that can join a session, often causing connectivity issues or reduced video and audio quality as the number of participants increases. However, advancements in network infrastructure, such as improved bandwidth and the adoption of 5G technology, are enabling platforms to support larger numbers of participants without sacrificing performance. User Interface (UI) improvements are also emerging to enhance multi-party video conferencing experiences. Features like dynamic video layouts, which automatically adjust the arrangement of video feeds based on the number of participants, make it easier for users to view and interact with multiple participants simultaneously.
The future of Adult Video Chatting Services is filled with exciting possibilities. Emerging technologies such as enhanced video and audio quality, virtual reality integration, augmented reality features, artificial intelligence integration, cross-platform compatibility, and security enhancements will shape the way we communicate and connect with others. These advancements will bring us closer together, regardless of physical distance, and create more immersive and engaging online experiences. As technology continues to evolve, we can expect online video chat to become even more seamless, intuitive, and personalized, revolutionizing the way we communicate in both personal and professional spheres.
By embracing these emerging trends and technologies, we can look forward to a future where online video chat transcends boundaries, fosters meaningful connections, and empowers us to collaborate and interact in ways we never thought possible. Check out the Chatrandom Video Site online at Vid Chatting today! Visit now!


Senior technician for the digitisation of furniture production processes 2021-2023
About this course
About this course
The Senior Technician for the digitisation of furniture production processes designs and collaborates in the implementation of projects for the digitisation of production processes in the furniture industry and semi-finished panels, realising the integration of production and control processes through Industry 4.0 solutions.
You will acquire knowledge and skills to:
- apply a Data Driven approach and web and cloud technologies for the implementation and management of Industry 4.0 solutions aimed at digitising production processes in the furniture and semi-finished panel industry;
- collaborate on the rationalisation and digitisation of business processes in the furniture and semi-finished panels industry, according to Lean Organisation principles;
- through collaboration with external consultants and experts and in-house development, achieve integration between production systems and management and control systems, developing projects for digital revamping of existing plants and digital control of automation systems.
You will acquire a broad spectrum of knowledge and skills to:
- identify and configure how to connect sensors, intelligent devices, microcontrollers, automation systems and PLCs;
- design, develop and manage software components for device interfacing, data prefiltering, communication with remote control systems;
- design, develop and manage web and cloud interfaces for the control of systems and plants and for the management and analysis of collected information;
- design, develop and engineer individual components for IIoT applications;
- develop components for the integration of traditional and 4.0 automation systems;
- collaborate proactively in the development and evolutionary maintenance teams for software solutions, including through the application of Agile methodologies.
- Languages: C#, .NET, C, Python
- DB: Postgres/MSSQL, Time Series DB
- IoT connectivity and protocols: MQTT, AMQP, CoAP
- Industry standards and IIoT solutions: SPI, Modbus, microcontrollers, Raspberry PI, Node-Red
- Cloud: AWS, MS Azure
- Project management: Git, Agile methodologies (Kanban, Scrum), Trello, Google Suite
The start of the course is conditional on the approval of the relevant training project and the subsequent confirmation of funding by the Friuli-Venezia Giulia Autonomous Region.
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This blog post is discussing what is intelligent energy storage and different ways of how AI can improve energy storage solutions.
The consumption of electricity has to be perfectly matched with the generation of electricity at all times to ensure a stable and safe supply. Energy storage can help stabilize fluctuations in demand and supply by storing excess electricity and releasing it when the demand is high thus improving energy efficiency. This is particularly evident in the case of renewable energy generation such as solar and wind because of their inherent intermittency of power generation – the power is generated only when there is plenty of sun and wind but this does not always coincide with the demand in the electric grid.
Energy Storage Technologies
A variety of technologies to store electricity are developing at a fast pace and allow saving of energy in large quantities over different time periods, from fast storage in seconds to longer storage over days:
Batteries – either flow (such as lithium-ion) or solid-state batteries. Each type of battery has its advantages and drawbacks, while the price is always important for investors
Flywheels – An electric motor is used to spin up a wheel or rotor to store energy, then energy is discharged by an electric generator, thus spinning down the flywheel.
Compressed Air Energy Storage – utilizing compressed air to create a potent energy reserve
Thermal – capturing heat and cold to create energy on demand. Storage media include water or ice-slush tanks, masses of native earth or bedrock accessed with heat exchangers by means of boreholes, deep aquifers contained between impermeable strata; shallow, lined pits filled with gravel and water and insulated at the top, as well as eutectic solutions and phase-change materials (latent heat storage (LHS) units).
Pumped Hydro-Power – the water is pumped from a lower elevation reservoir to a higher elevation during low-cost surplus off-peak electric power. During periods of high electrical demand, the stored water is released through turbines to produce electric power. Although the losses of the pumping process make the plant a net consumer of energy overall, the system increases revenue by selling more electricity during periods of peak demand, when electricity prices are highest.
What Is Intelligent Energy Storage?
What all of these technologies have in common is that although they are highly advanced pieces of engineering, they are by themselves still just “dumb” machines that store and release energy but they can’t:
Optimize their operation by controlling when they are charged and discharged depending on electricity price,
Control how and when they are charged day-to-day to achieve longer cycle life,
Coordinate their operation with other energy storage solutions, power generation capacities, and consumers,
Predict when a failure will occur and act before it happens. For example, if a lithium-ion storage system suffers a thermal runaway or other degradation-inducing events, the batteries will not recover, and the system may become a permanently low-performing or even stranded asset.
Where Artificial Intelligence Comes Into Play
Artificial intelligence (AI) is an approach to computing that uses large amounts of data in order to accomplish a task. AI is particularly powerful where large volumes of data exist that can be harnessed to “teach” computers to “think and act as a human”. Energy is one such field where a lot of data exists, is readily available, is well structured and accurate and is particularly suitable for various kinds of AI solutions. We can use this data to feed it into an AI system to deliver results that can hugely benefit energy storage solutions.
Here are a few examples of AI improving energy storage solutions:
Demand and generation forecasting: AI is particularly good at forecasting electricity generation and demand and consequently the price at a particular point in time. It does so by taking into account years of historical electricity data, weather data (particularly hot or cold days require more air conditioning or heating, this driving the electricity demand) and other data.
Accurate forecasts not only support the safe and reliable operation of the grid (by balancing electricity supply and demand), they can substantially improve the operational efficiency of energy storage solutions. If one knows in advance what the price of electricity will be at each hour during the day, then one can store electricity when it is cheapest and release it during the peak hour and thus maximize his assets.
Wind and solar forecasts: are critical to reducing the uncertainty associated with variable renewable energy generation; scheduled delivery of energy output is valuable to the grid than standard, non-time-based delivery. Making use of that energy can be difficult because knowing how much a given farm will generate and how best to store and then deliver that energy to the grid changes every day.
To develop wind and solar generation forecasts, AI utilizes a combination of weather and satellite data, numerical weather prediction models, and statistical analysis to produce estimates. A lot of energy storage solutions are deployed to balance the uncertainty of wind and solar so wind/solar forecasts are crucial for these systems.
Predictive maintenance: AI can detect anomalies across a range of electrical, electro-mechanical, chemical and thermal subsystems before they cause any damage to the system, enabling the operator to act in time. AI does so by gathering data from different sensors and the environment and comparing it to historical data that was used to teach AI what set of conditions typically lead to a failure of a certain component. Using predictive maintenance can reduce downtime, improve the operational life of a storage system, prevent damage and increase profits for the operator.
Intelligent building control: AI can be used for super-detailed modeling of energy use across buildings, including detailed predictions of passive solar capacity, wind speed, and building energy load. This would allow building energy storage to be used in the most optimal way and reduce building energy consumption.
AI is already shaping smart grids to become truly smart and enables them to meet the energy demands of the future. Energy storage is an ever more important part of the smart grid and AI will revolutionize our understanding of consumption patterns and tweaking the operation of these devices to drive the revenue for its operators.


TensCare Talking Thermometer: this versatile Thermometer can be used for all the family yet it is especially suitable for child safety.
Digital Temperature readings can be read or played in human voice. The thermometer also has Night Search Light, Room Temperature Display and 20 readings memory.
- Fast 1-second readings
- Forehead or Ear use
- Backlit LCD (°C or °F)
- Talks – readings relayed in spoken word
- “HI” or “LO” indicators for abnormal readings
- Date & Time display — Celsius vs Fahrenheit convertible
- Room Temperature
- Tune & Torch
- Includes Batteries
- Measurements are taken rapidly, within 1 second, from either the forehead or the ear.
The unit has a washable sensor tip and can store up to 20 measurements. The measuring range is 32°C to 42.9°C, with 0.2°C accuracy from 36°C to 42°C. Size: 200 x 50 x 25mm Weight 110g


RF Combiners – RF Dividers from Werlatone – What To Consider When Specifying Your Requirement
Werlatone® Mismatch Tolerant® High Power Broadband RF Combiners – RF Dividers operate into High Load VSWR Conditions, for extended periods, without damage.
For broadband Non-Coherent Combining applications, (combining two or more signals of differing power, frequency and/or phase onto a single output), Werlatone® provides Non-Coherent RF Combiner and RF Divider designs with proven heat dissipation techniques. When specified, we design our High Power Combiners and RF Dividers to tolerate full input failures on adjacent ports(s). This insures that remaining transmitter(s) may continue to operate until the amplifier system can be properly shut down for maintenance.
Choose your specific connector configuration from a list of options. Additional connector configurations for our High Power Power RF Combiners / Dividers, Non-Coherent Combiners and N-Way Combiners are available upon request.
With extensive experience as a supplier to military platforms worldwide, Werlatone® designs its High Power Broadband Combiners, Power Dividers, and N-Way Combiners for duty in the most stringent operating conditions.
Isolating Termination Dissipation
Isolating terminations enable the dissipation of power due to various unbalances and possible input failures. In the case of high power RF Combiners – RF Dividers from Werlatone, however, it may be a system layout and/or cost which determine whether to include internal terminations with enough dissipation capability to absorb the unbalanced power that results from one or more input failures.
A schematic representation of four 250 Watt amplifiers feeding a 4-Way RF Combiner, outlines the power output and the power dissipation requirement associated with various input failure scenarios. It should be noted that all losses shown in the chart are independent of the combiner insertion loss.
Isolation vs Output Termination VSWR For a Combining Hybrid
Inherent isolation degrades as a function of Output Termination VSWR. As the Output Termination VSWR approaches 2.5:1, a combiner with infinite Inherent Isolation, provides only 2 dB more Isolation than one with 15 dB Inherent Isolation, and only 1 dB more than a unit with 20 dB Inherent Isolation. Therefore, any investment in a unit with greater than 20 dB Inherent Isolation, operating into an Output Termination VSWR greater or equal to 2.5:1, should be reviewed.
Loss vs Phase Unbalance
The difference in phase delay from any input to the sum port. Most units exhibit a typical Phase Unbalance of 1-5 degrees.
Curve A illustrates how Phase Unbalance influences the loss of a 2-Way Combiner. Since even a 10 degree Phase Unbalance results in only 0.033 dB loss above insertion loss, in certain applications the Phase Unbalance may be over specified.
Curve B may be utilized to determine the Combined Loss due to the Phase Unbalance of a combiner and two driving amplifiers. As an example, two amplifiers phase tracked to 15 degrees and a combiner with 10 degrees Phase Unbalance, results in a loss of approximately 0.22 dB above the insertion loss. The power represented by the 0.22 dB loss is dissipated within the isolation termination(s).
Loss vs Amplitude Unbalance
Any unbalance in amplitude between the input ports to a combiner (expressed as P1/P2), while driving from two identical RF sources.
Amplitude Unbalance affects the loss of a Combiner / System. On a 2-Way Combiner, extending the P1 / P2 axis to < 0.1, shows that a complete failure of one input source results in a loss of 3 dB. Thus, one-half of the input power reaches the output, while one-half dissipates within the isolation termination(s). As an example, one RF source (P1) generating 100 Watts and the other RF source (P2) generating 200 Watts will provide an unbalance ratio (P1 / P2) of 0.5. The resulting loss due to this Amplitude Unbalance is approximately 0.13 dB.


A brand new Company called Jolla is set to start selling a new smartphone that comes with an operating system called Sailfish.
Run by former Nokia employees the Sailfish OS has been developed around the remnants of MeeGo, a project that was dumped by Nokia in 2011 in favour of the struggling Windows Phone OS.
The new Jolla smartphone will only be sold online.
“For a couple of years we haven’t had anything really interesting in the mobile phone market,” said Antti Saarnio, chairman and co-founder of Jolla.
“This creates opportunities for newcomers to come in. It’s different, but it’s purposefully different.”
The BBC Claims that phone has a 4.5in screen, with an eight megapixel camera. It supports 4G and is compatible with apps made for Google’s Android.
Among the handset’s other features is what the company has called “The Other Half.”
The coloured back of the phone is interchangeable – and the operating system’s interface will change depending on what type of cover you have.
These changes could include, for example, team colours for a football team.
Antti Saarnio Chairman, of Jolla told the BBC “You connect it to the phone, and the user interface reflects the players and colours of the team,”
“It’s an interesting way to show you ‘belong’ with something.”
He would not confirm how exactly this feature works – but many speculate the use of near-field communication (NFC) technology.
Mr Saarnio left Nokia in 2011, along with several other employees who had been working on a joint Nokia-IBM project to create a new mobile operating system to rival the likes of Apple’s iOS and Google Android.


SCANTINEL PHOTONICS is a high-tech startup in the field of LiDAR technologies developing the key optical sensors enabling fully autonomous vehicles in the future. Such cars will come to reality faster than you can imagine. Our expertise is based on our years together at the optical technologies market leader ZEISS. To complete our team of experts, we are looking for passionate and talented people who will enjoy the ride with us!
Your main responsibilities:
Development of parts and assemblies with the aid of 3D CAD software for Automotive LiDAR applications
Generation of system vibration analysis and mechanical drawings with optimal geometric dimensioning and tolerancing (GD&T)
Select purchased optoelectronic and mechanical components based on required specifications for validation of assemblies and laboratory measurements
Supporting the creation of circuits and board layouts, as well as programming the functional models
You should have:
Bachelor’s degree in mechatronics, mechanical engineering, or a comparable course of study; currently, enroll in a master's program in the required areas
Proficient knowledge of GD&T and 3D design with Solidworks or comparable CAD software
Intermediate knowledge in motor control, embedded systems, analog, and digital circuit technology
Basic knowledge of programming languages is a plus
Interest in new technologies, especially in the fields of Automotive engineering and sensors
At Scantinel you have the great opportunity to work in a very dynamic market environment and in close cooperation with international technology partners with leading industry expertise in their fields. You get in touch with leading suppliers and OEMs in the automotive industry. You will find a very challenging environment, working in a team of highly qualified scientists and engineers who value openness, trust and empowerment. These shared values enable you to directly influence the future directions of our technology & business targets, that’s to say to influence the future of autonomous driving. It’s our best guarantee for success.
Let´s go together along in innovative ways to make our roads safer and accidents a thing of the past with your competence, your passion and your enthusiasm for disruptive technologies! Scantinel Photonics is backed by ZEISS Ventures.