2 edition of Separated Feature Display System For Eddy Current Inspection Data. found in the catalog.
Separated Feature Display System For Eddy Current Inspection Data.
Atomic Energy of Canada Limited.
|Series||Atomic Energy of Canada Limited. AECL -- 7250|
EDDY CURRENT INSPECTION Eddy current testing is an inspection method for locating indications such as soft areas (bruises), wide cracks and magnetism and is performed after completion of the grinding operation. (Figure 1). While the roll is still in the grinder, a dual wire differential probe is File Size: KB. eddy current inspection Eddy current which is induced in a disc moving through a nonuniform magnetic field. A nondestructive testing technique (NDT) that interrogates a component for surface inconsistencies and conditions such as hardness, conductivity, etc. It can only be applied to conductive materials. Eddy current testing generates small alternating.
A multi-channel, multi-discipline flaw detector. Eddy Current channels. Whether you require a general-purpose flaw detector, or a specific type of driver/receiver for a given application, Olympus NDT can and will deliver. In eddy current testing, a coil carrying an AC current is placed close to the specimen surface, or around the specimen. The current in the coil generates circulating eddy currents in the specimen close to the surface and these in turn affect the current in the coil by mutual induction.
Surface Eddy Current Testing (ET) MHT uses NDT methods that use the principal of “electromagnetism” as the basis for conducting examinations. One of the major advantages of eddy current as an NDT tool is the variety of inspections and measurements that can be performed. Abstract. The eddy current non-destructive inspection technique can be used effectively on fibre metal laminates. It uses the principle of electromagnetic induction, i.e. the interaction between a magnetic field with an electrically conductive by: 1.
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Automated Eddy Current Inspecting Engine Discs. Choosing a Backup Generator Plus 3 LEGAL House Connection Options - Transfer Switch and More - Duration: Bailey Line Road Recommended for you. Eddy Current Inspection System for fault inspection of metallic semiproducts such as tubes, coils, wires and cables.
I20 Structure test of small metallic parts. Eddy current rotating head RotoETscan is intended for longitudinal defects detection.
CMS is offering a large range of rotating heads, for longitudinal defects detection in wires, tubes and, bars With six different sizes (products diameters from 1 up to mm), CMS rotating heads are.
drives enable rapid and reliable inspection of holes (rotating at up to rpm). The main application for this equipment is in in-service inspection of aircraft. Such instruments provide the three major applications for eddy current in aircraft inspection all in one convenient package.
A rotary system, apart from requiringFile Size: 1MB. Eddy Current System Solutions Eddy Current Testing for Thread & Feature Inspection Fast — Clean — Cost-effective — % reliable • Fast inspection at production line rates • Increased reliability of inspection process • Rugged enough to withstand harsh environments • Easy to integrate into production lines • Non-destructive test File Size: 3MB.
History. Eddy current testing (ECT) as a technique for testing finds its roots in electromagnetism. Eddy currents were first observed by François Arago inbut French physicist Léon Foucault is credited with discovering them in ECT began largely as a result of the English scientist Michael Faraday's discovery of electromagnetic induction in development steps in designing an Eddy Current Array probe and where the technology is evolving.
Keywords: Eddy Current Array (ECA), Flexible-circuit Eddy Current array (FLX ECA), Probability of Detection (POD). Introduction Eddy Current is a common Non-Destructive Testing (NDT) technique for surface inspection of conductive materials. reduce the eddy current flow, thus decreasing the loading on the coil and increasing its effective impedance.
This is the basis of eddy current testing, by monitoring the voltage across the coil in such an arrangement we can detect changes in the material of interest.
Note that cracks must interrupt the surface eddy current flow to be Size: KB. Basic Principles of Eddy Current Inspection. Eddy current inspection is one of several NDT methods that use the principal of electromagnetism as the basis for conducting examinations. Several other methods such as Remote Field Testing (RFT), Flux Leakage and Barkhausen Noise also use this principle.
Eddy currents are created through a process. A step by step guide to performing a High Frequency Eddy Current NDT Inspection on Aluminium / Aluminum.
Eddy Current Instruments are categorized by the type of display used to present the data. Here is a list of few used in the inspection process: analog meter, digital readout, impedance plane and time versus signal amplitude.
Many of the Eddy Current Instruments have the feature that allows them to present data in a number of display formats. New automated system with EC section provides the considerable increas-ing of inspection productivity and permit to synchronize the productivity of inspec-tion procedures with production line productivity.
References 1. Uchanin V.N., Bernik Z.А. Eddy current inspection of compressor station. Inspection Data (cont.) R ~ XL Test Coil Impedance (Z) in an eddy current coil is the total opposition to current flow.
In a coil, Z is made up of resistance (R) and inductive reactance (XL). Definitions: • Resistance - The opposition of current flow, resulting in a change of electrical energy into heat or another form of energy. EDDY CURRENT SYSTEM FOR DETECTION OF CRACKING BENEATH BRAIDING IN CORRUGATED METAL HOSE Buzz Wincheski1, John Simpson2 and George Hall3 1NASA Langley Research Center, Hampton, VA 2Lockheed Martin Space Operations, Hampton, VA 3George Washington University, Washington, D.C.
this paper an eddy current Cited by: 1. By Tom Nelligan and Cynthia Calderwood Magnetism, the underlying principle behind electric motors and generators, relays and stereo speakers, is also the force that enables an imp.
Eddy current testing: Theory and practice (ASNT Reference Manual) [Harvey, E. Dane] on *FREE* shipping on qualifying offers.
Eddy current testing: Theory and practice (ASNT Author: E. Dane Harvey. Application Notes. Concurrent with development of eddy current inspection technology, AECL has developed instrumentation, probe drives, and data handling facilities required for practicable, cost-effective inspection.
One example is the separated feature display controller—an analog system for data. Eddy Current Array Technology - 1st Edition. Author: Michael Wright ISBN: Hardcover, Full Color, Pages. This book is designed for Non-Destructive Testing (NDT) technicians, engineers, and technical people interested in learning Eddy Current Array (ECA) principles and.
Remote Field Sensing Eddy current testing for external defects in tubes where external access is not possible (e.g. buried pipelines), is conducted using internal probes.
When testing thick-walled ferromagnetic metal pipes with conventional internal probes, very low frequencies (e.g. 30 Hz for a steel pipe 10 mm thick) are necessary to achieve. New Directions in Eddy Current Sensing of eddy current probes for in-service inspection. is separated from the excitation field.
Eddy currents induced in the surface of a defect-free specimen are circular because of the circular symmetry of the field produced by the coil. The tangential component of the field created by the eddyFile Size: KB.Eddy Current Testing: Basics B.P.C.
Rao Non-destructive Evaluation Division Metallurgy and Materials Group Indira Gandhi Center for Atomic Research Kalpakkam –TN, India e-mail: [email protected] Eddy current technique is an important electromagnetic non .The product line from Eddy Current Technology includes everything needed for an eddy current inspection.
Our ect 48 micro Dock eddy current system can be configured from 1 frequency and 2 channel up to 4 frequencies and 8 channels. Our eddy current probe line contains probes to inspect both nonferrous and ferrous tubes covering a large span of.


Experience the RMS Titanic wireless messages in real time
On Sunday, April 15, 2012, it will be 100 years since the tragic sinking of RMS Titanic. To commemorate this significant anniversary, the Maritime Museum of the Atlantic will use Twitter to broadcast the vessel's original wireless transmissions.
Ten years prior to Titanic's sinking, the first wireless transmission to cross the Atlantic from North America was sent from the Marconi station in Glace Bay, Nova Scotia. Much like the short messages we send today via text, instant messaging or Twitter, wireless transmissions bridged distances between people and made it possible to share information across the world.
As the largest and grandest ocean liner of her time, Titanic was equipped with the most modern wireless technology available. When disaster struck, that technology proved invaluable as it was crucial in saving many passengers and, also, provided the world over with the stunning news of the loss.
This year, starting at 11:55 pm Newfoundland Standard Time (NST) on April 14, follow the hash tag #TitanicMMA and experience the magnitude of Titanic through the same wireless messages operators received in 1912.
Important notes for 2012
- The hash tag for the 2012 real time account on Twitter is #TitanicMMA.
- The real time account of the disaster will begin at 11:55 pm NST.
- Newfoundland Standard Time (NST) will be used because of the ship’s geographic location at the time of the sinking
- Prior to the start of the real time account, eight iceberg warnings that preceded the sinking in 1912 will be posted on Twitter.


Imanol Gómez is a Spanish creative technologist interested in exploring the interdisciplinary and critical perspectives on art, science, design, and technology. He has specialised in physical computing, computer graphics and human computer interaction and has worked on a broad range of projects spanning many disciplines including performances, sound, video and new media installations.
Born in London in 1985, Imanol Gómez completed a diploma degree in telecommunications engineering in Madrid and a master´s degree in sound and music computing in Barcelona. During these studies, he discovered the potential of bridging his both passion’s poles: science and art. Therefore, he moved to Austria to pursue his career as a creative engineer at Ars Electronica.
He’s currently based in Berlin, embarked on an exhilarating and inspirational journey, collaborating with international companies and artists such as Absolut, ESI Design, Aakash Odedra, Moritz Waldemeyer, etc.
He still continues learning to stop worrying and love the bomb.


Endeavours into the world of electronics
I’ve being playing with the SURE_circuit board with a PIC 12F629 for 1 day and this is what I’ve accomplished so far. Tomorrow I’ll start working with the 2 buttons on the board.
Here is the code for the programming lovers: https://gist.github.com/2143342
Awesome news for the hacking community. This also says that they will release it for orders very soon.
*Excited to get my hands on the Raspberry Pi*
Observer theme by Zack Sultan


Erica Yu, Ph.D., R.N.
University of Texas Health Science Center at Houston School of Nursing
Dr. Erica Yu is an Associate Dean & Department Chair of Undergraduate Studies, Margaret A. Barnett/PARTNERS Professor in Nursing. Dr. Yu also is an associate professor in the department, and she has been a Cizik School of Nursing faculty member since 2005.
Presenting at the Nexus Summit:
Background: As healthcare becomes more technologically complex, clinicians are using electronic health records (EHR) to optimize communication among interprofessional teams, in addition to a repository for patient data. Despite near ubiquitous use of EHRs in clinical settings, few clinical students utilize this technology during their training. In this study, we integrated students from administrative and non-clinical disciplines into traditional clinical simulations, with complex patient safety errors embedded in EHR technology and measured the effect on communication and teamwork. Methods:…


CPU, or Central Processing Unit, is that element of a computer or a web server which performs all the calculations. Each and every CPU operates at a certain speed and the higher it is, the faster everything shall be processed, so in case you host resource-demanding web applications on a server, for example, an effective processor will allow them to be carried out speedier, which will considerably contribute to the entire user experience. The newer generations of CPUs have two and more cores, each of them functioning at a certain speed to guarantee a better and quicker performance. This kind of architecture makes it possible for the processor to control different processes simultaneously or a number of cores to manage 1 process if it requires extra computing power to be performed. Obviously, other factors like the amount of RAM or the connection which a given web server uses may also affect the efficiency of the web sites hosted on it.


The REALiS WUX5000 is a high-performance WUXGA (1920 x 1200) resolution installation projector employing Canon's AISYS-enhanced LCOS technology and interchangeable Genuine Canon lenses to deliver spectacularly clear and rich images. This new model also offers 5000 lumens of brightness, ease of installation and maintenance, and powered lens shift which can be operated in both vertical and horizontal directions.
The REALiS WUX5000 is an ideal large venue projector, suitable for corporate board and conference rooms, educational institutions, museums, galleries, photo studios, and houses of worship.
Other features of this widescreen projector include an HDMI terminal (version 1.3 deep color) for projection of high-quality digital images and uncompressed 1080p video, as well as a built-in network connection (RJ-45) for remote network operation. The projector's expanded color space and advanced optics mean that the 5000 lumens of the REALiS WUX5000 bring razor-sharp, brilliant results, without the need to 'over specify' the lumens required to compensate for loss in brightness typically associated with wide or long throw lenses.
The REALiS WUX5000 is the perfect choice for installations in large settings which require high-resolution images with exceptional detail, clarity and contrast.
Native Widescreen WUXGA Resolution (1920 x 1200)
Canons REALiS WUX5000 brings true widescreen content to your large room installation in high resolution WUXGA. The fine detail delivers clarity to the furthest seat in a boardroom, conference room or lecture hall. Compared to XGA projectors, the REALiS WUX5000s WUXGA resolution shows a significantly larger display area, delivering razor-sharp precision in projected images. This model allows the display of true widescreen screen 1080p content without compression, showing the true proportions of the source image on the screen just as it appears on your computer monitor.
AISYS-Enhanced LCOS Technology
Canons renowned optical prowess combines the latest generation of our AISYS (Aspectual Illumination System) Optical Engine with LCOS technology in the REALiS WUX5000. They come together to deliver brilliant, ultra-sharp images in almost any environment.
LCOS (Liquid Crystal On Silicon) has taken projectors to a whole new level. This technology means higher resolution images, seamless images with no flickering or "screen door" effect, quick image response for better looking moving images, smooth rendition of fine lines, seamless photo reproduction, sharp display of small text, and crisp blacks.
Canon takes the capability of LCOS technology to the next level by combining it with our proprietary and enhanced 4th generation AISYS Optical Engine. Covered by a Canon patent, this optical light engine achieves brightness and high contrast. AISYS has three components: the illumination system; the color separation and combination system; and the LCOS panels. Only Canon's innovative, breakthrough AISYS technology achieves the right balance of contrast, brightness and compact size to maximize the performance of LCOS.
Brighter, truer color comes from the AC lamp system of the REALiS WUX5000 and the AISYS Optical Engine. The colors on the screen have a more life-like depth thanks to the purity of red and green when compared with conventional DC lamps. In addition, this lamp system boasts an extended operating life up to 3,000 hours.
LCOS technology combined with Canon's exclusive AISYS Optical Engine, the AC lamp system, and 5000 lumens make the REALiS WUX5000 a superb high-performance installation projector like no other.
5000 Lumens with a 1000:1 Contrast Ratio
The REALiS WUX5000 projects an impressive 5000 lumens, delivering incredible image quality and brightness. The 1000:1 contrast ratio ensures deep blacks and bright whites. Pure, high contrast color reproduction creates images with crisp depth and dimension, ideally suited for conveying texture and materials. Color remains crisp, with superior color balance, perfect for presenting high quality visuals.
Three Optional Genuine Canon Interchangeable Lenses
The REALiS WUX5000 projector gives you the choice of three new interchangeable Genuine Canon lenses. Canon is renowned for our expertise and achievement in lens design and construction- in fact the optical technology developed for our acclaimed EOS series of SLR cameras is reflected in the development of our projection lenses. The 1.5x Zoom Lens (RS-IL01ST), Long Focus Zoom Lens (RS-IL02LZ) and Ultra Wide Angle Lens (RS-IL03WF) can be attached to the REALiS WUX5000 depending on the application.
A standout feature of these Genuine Canon lenses is their lack of brightness loss compared to lenses fitted to competitors products. Why is that important? Because you will no longer need to over specify brightness in order to compensate for loss, which is common with wide or long throw lenses. That can have a real impact on the price you pay for your installation projector.
All three lenses share the benefits of specifically designed aspherical lenses to minimize their total length. In fact, all three lenses are similar in size and fit in the same space on the projector. For temporary installations, such as those carried out by staging and or rental companies, the projector can be shipped in the same box with the lens already assembled.
Motorized Lens Shift
The horizontal/vertical lens shift capability of all three lenses ably assists in allowing maximum flexibility for a wide variety of installation situations.
You can be virtually assured that the REALiS WUX5000 can be optimally placed, and since lens shift doesnt degrade the image the way digital keystone correction can, the extraordinary quality of your projected images is not compromised.
Ease of Installation and Maintenance
With dimensions of 15.0" W x 6.7" H x 16.9" D and a weight of 18.7 lbs, the REALiS WUX5000 makes installation easy in a wide variety of applications.
The design of the location of the consumable parts enhances both flexibility in mounting and ease of maintenance. The projector's lamp and filter can be replaced from the back/side, and the PS optical filter element can be replaced through the top of the projector.
Advanced Color Management System
Like all REALiS projectors, the REALiS WUX5000 includes Canon's high-accuracy Color Management System helps to ensure accurate color reproduction for an extended color space and compensates for color variances due to lighting differences. Precise control prevents the excess leakage of light, producing rich, detailed gradations even in the shadowed portions of images - recreating depth and dimension with stunning drama and realism.
The REALiS WUX5000 features a color processing algorithm, along with a highly accurate 3D LUT (Look Up Table). Conventional systems shift neighboring colors along with the selected color, often resulting in an imbalance in the image. The WUX5000 allows for the correction of a single color without affecting the others.
Your projection screen is your canvas with the REALiS WUX5000's color control. An easy-to-use Graphical User Interface lets you adjust your palette of colors to paint the picture you want for your audience. The WUX5000's 6-Axis Color Adjustment lets you fine-tune the hue, saturation and brightness of each of the primary and secondary colors. This high degree of control makes each projected image a masterpiece.
Full 10-Bit Color
The REALiS WUX5000 features the ability to process RGB and component signals, from input to display, in 10-bit resolution for higher-quality images.
Versatile Connectivity including HDMI and Network Terminals
The REALiS WUX5000 gives you an impressive range of input options, allowing you to connect to a variety of devices, including laptop and desktop computers, Blu-Ray players, digital cameras and camcorders.
The REALiS WUX5000 is equipped with an HDMI terminal (version 1.3 deep color), supporting full HD 1080p signals provided by HDTV capable satellite and cable boxes, as well as Blu-Ray players. Connect an HD capable satellite and cable box, digital camcorder or Blu-Ray player to the HDMI terminal for instant display of high-definition video. With single-link bandwidth to 340 MHz (10.2 gbps) it is ready to support the demands of future HD display devices as well.
The REALiS WUX5000 features a built-in network interface (RJ-45), enabling centralized control and monitoring of multiple projector units from a networked PC. This makes it simple for an A/V team to operate ceiling mounted or remotely installed projectors from a PC screen, allowing fewer personnel to cover a larger service area. The REALiS WUX5000 can also be locally operated through its RS-232 port.
The REALiS WUX5000 is compatible with industry-standard AMX, Crestron, and Extron controllers, making it possible to construct a sophisticated AV system. In addition, email alerts can be sent to the central PC to give notification of any malfunctions or service issues which may arise in a projector.
Ease of Use and Flexible Settings
With dimensions of 15.0" W x 6.7" H x 16.9" D and a weight of 18.7 lbs, the REALiS WUX5000 makes installation easy in a wide variety of applications. The design of the location of the consumable parts enhances both flexibility in mounting and ease of maintenance. The projector's lamp and filter can be replaced from the back/side, and the PS element may be replaced through the top of the projector.
An array of advanced and well-designed features makes the REALiS WUX5000 extremely easy to use:
User-Friendly Menu System
Once it's set up, operating your projector is easy with the help of Guidance Functions that display operating instructions in an on-screen window. A Graphical User Interface makes for easy operation, with five menus for quick access to Display settings, Image adjustments System settings, Network settings and Information. You're never more than a few steps away from any adjustment you need to make. Plus, front and rear infrared sensors let you control your REALiS WUX5000 with a wireless remote from in front of or behind the projector.
Allows the user to set up 10 different settings based on the content being shown. Five user memory settings for PC sources such as DVI-D, Analog PC, and HDMI. The other five settings are for video sources such as Component and HDMI.
While presenting you can be sure your audience isn't distracted by fan noise. In Normal mode, the REALiS WUX5000 runs at 40dB; and in Quiet mode it runs at 36dB.
Selectable Image Modes
To optimize the image quality of your projected content, the REALiS WUX5000 offers the choice of up to eight Image Modes, selectable dependant on the type of input signal either from a PC or Component Video source.
User settings are up to five user-selected combinations which can be stored in memory and which can be chosen as image modes. (PC / Component Video)
In addition, users can utilize a new Noise Reduction feature that allows the reduction of visual image noise to Off, Weak, Middle or Strong.
Selectable Aspect Ratios
In order to best reproduce images, you can select the proper aspect ratio to project. Choose either the native 16:10, 16:9 or 4:3 to exactly match the content format.
Advanced Image Quality Adjustments
The REALiS WUX5000 projector allows for a variety of advance image quality adjustments.
Screen Color Correction
You can fine tune the colors of the image based on a variation of screen color - adjustments can be made from Normal and Greenboard, as well as additional tuning for projecting onto any other colored surface.
When you are projecting moving images with low contrast, the REALiS WUX5000 can employ a Dynamic Gamma function to heighten contrasts. It automatically brings up the bright areas and pushes down the dark so the video can be seen more clearly. This function operates at your choice, so if the original image is acceptable, there is no need to employ Dynamic Gamma.
Memory Color Correction
This function emphasizes skin tones and blues in order to better match most viewers memory of these shades. It works by shifting colors in the skin-tone range and boosts the blue component. The degree of brightness in R, G, B as well as C, M, Y can be adjusted as set between low, medium and high.
Ambient Light Function
An advanced function which can be used to compensate for lighting conditions for both the type of lighting (Tungsten, Fluorescent and Fluorescent H) and intensity (Low, Medium or High), the ambient light function is ideal for users displaying content and cannot control the lighting conditions. This is useful for educators speaking in classrooms or photographers showing their work in an art museum/gallery or at a seminar.
A considerable range of adjustment is possible in the Keystone Correction settings. They range in the vertical from 20 degrees for the Standard/ Telephoto lenses to 13 degrees for the Wide-Angle lens. Horizontally, -11 to +20 degrees are available for the Standard lens and 20 degrees for Telephoto/ Wide-Angle lenses.
In addition, users can utilize a new Noise Reduction feature that allows the reduction of image noise to Off, Weak, Middle or Strong.
Peace of Mind
The REALiS WUX5000 makes your life easier as its backed by Canon USAs Projector and Lamp Limited Warranty, which guarantees that the projector will be free from defects in workmanship and materials for 3 years from the date of original purchase, and the Lamp for 120 days from the date of original purchase.
This new model is also backed by Canon USAs Projector Protection Program* (Triple P). Triple P is a FREE service program that provides a loaner projector of equal or greater value in the event that a qualifying unit is in need of repair. Triple P is available on all Canon projector models during the Canon USA Projector and Lamp Limited Warranty.
*Loaner units based on availability. Program subject to change at any time without given notice. Contact the Canon Customer Support Center at 1.800.828.4040 for complete details.


This two-day short course is an in-depth introduction to MATLAB®. No programming and knowledge about MATLAB® is expected. The course is designed to give participants fluency in MATLAB® and to have interactive lectures with students working on MATLAB® problems. It has many hands-on practical examples and is aimed towards participants working or conducting research in scientific computing. After completing the short course, students will be able program in MATLAB® with confidence.
Some of the topics covered in the course include: MATLAB® concepts, data types, structures, cells, use of functions, vector/array operation, processing strings, graphical displaying, File I/O, code optimization (vectorization, memory management), toolboxes, developing Graphical User Interface (GUIs), handle graphics, and many more.
Instructor: Dr. Ilteris Demirkiran
Short Biography: he course is taught by Dr. Ilteris Demirkiran, who is currently a tenured professor of electrical, computer, software, and system engineering department at Embry Riddle Aeronautical University (ERAU). He is known for his excellent teaching by faculty and students alike. During the Spring 2010 Faculty Assembly, Dr. Demirkiran was recognized with the campus' Outstanding Teaching Award at ERAU. His current research interests are in weak signal detection, nonlinearities, and spread spectrum communications systems. He utilizes MATLAB® in his research. To register for the course, please email email@example.com
Cost: €1800 +19% VAT


Back in 2005, Operators created the first GSM Standards for Aeronautical and Maritime Roaming (the Non Terrestrial Roaming Principles). As editor of the those standards I followed closely the evolution of Non Terrestrial Roaming over the years, its challenges and successes ever since.
We always wondered back then just how successful it could be to integrate communication (voice, sms, data) with a confined and often lengthy social setting. But since Non-Terrestrial Roaming on GSM was mostly charged at a premium it was difficult to see how it could become ubiquitous. So it was interesting for me to see the data below, now that data services have became affordable just how successful the customer using their own device on a vessel can be. Of course since Wi-Fi is anticipated in most public spaces these days (in New York City even in parks), it was only a matter of time before customers grew to expect it on planes and ships too.
Participants in Gogo’s global traveler research study represented sixteen countries and four regions around the world. All had flown on a round-trip flight in the past year. The study finds that international air travelers are generally tech-dependent and eager to find Wi-Fi onboard and more open to paying for the convenience.
As an incentive to its potential airline customers, Gogo found that Wi-Fi influences the booking decisions of 20% of passengers in all markets around the world, up from 16% in a Gogo study conducted last year.
Gogo’s study made a more in depth comparison between US customers and global customers:
83% of air travelers in regions outside the U.S. said they were interested in using Wi-Fi vs. 74% of U.S. air travelers.
71% percent of air travelers outside the U.S. show a strong interest in wireless in-flight entertainment vs. 59% in the U.S.
Part of this demand stems from a highly connected lifestyle on the ground, Gogo’s study would suggest. Travelers around the world are significantly more likely to carry Wi-Fi enabled electronic devices when travelling.
The most connected travellers around the world are in the region of Mexico and Latin America where 92% of travellers carry a Wi-Fi enabled device onboard and 77% expressed a preference to connect to Wi-Fi on their device in-flight.
Ranked second in the world for demand of these services, 86% of passengers in Europe and the Middle East carry Wi-Fi enabled devices and 73% want to find Wi-Fi services on their aircraft to connect using their device.
A close third is Asia, Australia & Pacific region where 85% of passengers carry devices and 65% want to use Wi-Fi inflight on their device.
Air Travellers in the US, where one will find the most connected aircraft around the world today, actually rank last for use of personal electronic devices with only 76% carrying electronic devices and 65% expressing a preferrence to connect their devices onboard.
One in three passengers, said Gogo use at least two electronic devices when flying. This affluence-factor is an important consideration for airlines pondering whether to add onboard Wi-Fi services. Gogo also found that passengers around the world are 23% more likely to pay for in-flight Wi-Fi than air travellers in the U.S.
While Wi-Fi connectivity interests passengers most, it is not the only Wi-Fi service they’d like to see more of and international passengers also expressed a strong preference for various other Wi-Fi services inflight.
71% of air travellers in other world regions would like to find in-flight wireless entertainment, compared to 59% of U.S. passengers.
70% would like to find LiveTV onboard, compared to 61% of U.S. passengers.
65% would like to find Mobile Voice services compared 42% in the U.S..
72% of passengers in other world regions would like to use connectivity to send text messages, compared to 59% of U.S. Travellers.
Source: Gogo, Skift, Jason Bryan


If you’re even remotely interested in tech news, you’ve probably seen that OLED monitor and TV are growing in popularity and are slowly making their way into the consumer realm. What can we expect from this technology? We explain all that in this post.
OLED monitors have been available in the market for years. However, for consumer consumption, the manufacturers introduced it only a few years ago. Mainly, OLED screens have been around since the early 2000s. They were, however, present on cell phones. Overall, the first model of the PlayStation Vita came with an OLED display.
The most important aspect while discussing OLED monitors is the difference between LED and OLED. In this discussion, we will compare both monitors in detail.
Difference between LED and OLED
LED means in English “light-emitting diode”. As for him, the OLED refers to the “organic light-emitting diode. Concretely, the “organic” difference comes from the fact that the light is emitted by an organic component that glows once electricity feeds it. OLED is superior to almost every chapter in terms of light quality. Blacks are deeper, colors more vivid, and more powerful contrasts.
More mature technology, but not yet perfect
There are still a lot of criticisms surrounding OLED monitors. Several analysts report that it is an immature technology with many flaws. More interestingly, it is more expensive. If it is true that the technology is not yet completely mature, you should still know that there have been giant leaps in mastering the technologies surrounding OLED.
Indeed, until recently, it was difficult to adequately master the technology to give it a quality rendering on large screens. Now it is possible! Large OLED panels are now increasingly available and with impressive panel sizes. Think, for example, of the models offered by LG, which reach more than 70 inches. The story does not end here as we can confirm that even bigger than these OLED monitors can also be available recently.
Is it possible to make flat OLED monitor?
Some analysts also claim that it is impossible to make flat OLED screens. The screens would have to be somewhat curved. In addition, OLED would not be able to obtain a resolution in 4K. Once again, if this was the case just a few months ago, the situation is no longer the same. Some recent consumer electronic shows demonstrated that OLED monitors can do anything.
They claim it because even old and conventional technologies have achieved many impossible things, so why not can OLED monitor improve. Some experts confirm that OLED monitors can even broadcast 4K and can completely be flat. However, we need confirmation as we are only informing you about the mindset of OLED monitor manufacturers. Heer, it is necessary to mention that LG, one of the top brands of LED TVs, has presented a 77-inch OLED screen broadcasting 4K.
In addition, we must admit that even if OLED televisions remain more expensive than LED screens, they are less and less so. The price drop is drastic. Only a few months ago, it was difficult for many to buy this technology. However, it is currently possible for many.
Criticism against OLED monitor
The only point where we have to agree with critics of the technology is that OLED is still relatively fragile. The lifespan of an OLED display is, for now, less than an LED display, and they tend to leave ghosting if an image is left stagnant for too long. However, many manufacturers have started ensuring that it is only a matter of time before they will overcome these obstacles. They think so because until now, technology has not faced any major problems.
In short, it must be understood that OLED remains a relatively young technology, but it will be essential in the years to come. The beauty of OLED monitor is unsurpassable, and the rendering offered in harsh conditions is very hard to beat. In other words, if you are planning to buy a screen soon, you should consider OLED screens. This technology is more than promising.
Overall, for ultra-bright video walls with an unbeatable viewing angle, we recommend only LG OLED monitors. The reason is that LG is the first manufacturer of OLED screens. Therefore, we think that they understand this technology more than anyone else. It also offers ultra-wide displays and covers large partitions.
You may choose these screens because you can find their place on walls in the reception halls of companies or car dealerships. The displays of shopping centers, cinemas, trade fairs, and other events can be the perfect place for these OLED screens.


This print is a quality reproduction of the original filed patent artwork titled above. The displayed image above is a low-resolution graphic optimized for quick web display. The actual print you receive will be a detailed high-resolution print free of any defects or watermarks.
The artwork is printed in black on archival quality acid-free 8 1/2" x 11" simulated parchment stock replicating the authentic look and feel of the original patent. The actual artwork image size varies according to the original document but your print can be readily cropped to fit an 8" x 10" display frame.
This prestigious museum quality print is perfect for framing or mounting as you wish in any home or office as decorative wall art. Keep for yourself or great for gift giving to the avid collector. Great conversational piece!
Also included at no extra-charge are the remaining patent text and drawing pages (when applicable) describing this invention in detail. Most patents include a copy of the inventor's original signature (or signed by their patent attorney) on the artwork. Fascinating reading!
These are not construction plans or blueprints. This print is perfect for the collector who wants historical background on the above item. Some of the text may be hard to read but the illustrations are enhanced to meet or exceed the originally submitted patent artwork design and at the same time maintaining an authentic look from that era.
The following information was scanned and read with OCR directly from a copy of the original patent. We apologize for any difficulty in reading the OCR text; however it will give you a very good idea of the background of the patent print you will receive.
ELECTRICAL MEASURING APPARATUS.
APPLICATION FILED AUG.9 1918.
Patented Oct 21 1919. INVENTOR.
Applicatio' filed August 9 1918. Serial No. 249 169.
rTE STATES PATENT OFFICE.
=KW 033 OP EAST ORANGE NEW JERSEY ASSIGNOR TO AMERICAN TELEPHONE AND TELEGRAPH COMPA.NY A CORPORATION OP NEW YORK. .
To all whom it may concern:
Be it known that I MACLEAN KniKwoon
residing at East Orange in the county of Essex and State of New Jersey have M
5 vented certain Improvements in Electrical
-. Measuring Apparatus of which the following is a specification.
This invention relates to improvements m electrical measuring apparatus and more
10 particularly to improvements in apparatus for determining the magnitude of currents induced in a telephone circuit by power transmission lines or other foreign elec--:trical circuits which extend parallel and in
15 close proximity to the telephone circuit.
The practice heretofore followed to determine the magnitude of the induced cur-rent consisted in connecting a telephone receiver to the telephone circuit bridging a
20 shunt across said circuit and varying the resistance until the receiver gave no audible sound. The shunt used for this purpose consisted in some instances of a variable resistance and in other instances of artificial
25 cable made-up of resistances and capacity.. In using this method with either type of shunt it has been found difficult to deter-mine exactly when the point of silence was reached. Experience has shown that the
30 results obtained from tests made upon the same circuit by two different observers some-times varied widely. To avoid this difficulty in determining the point of silence a method was devised which. consists in corn-
35 paring the tone produced in a telephone receiver by the induced current in a telephone circuit with the tone produced in the same receiver by a standard source of alternating current and varying the current from the
40 said source until it produces the same volume of tone as is produced by the current in the telephone circuit. Experience has shown that this method is productive of greater accuracy than any ordinarily used
45 in measuring the amount of tone or noise induced in a telephone circuit. My invention consists in improvements in. the apparatus by means of which the foregoing method of measurement may be most effec-
50 tively carried out.
This invention will be more fully under-
stood from the following description of the
apparatus together with the attached draw-
ing forming part of the specification the
55 figure of which viewed best from the right
hand side is a circuit diagram of one embodiment of the applicant's invention embracing a source of tone and a current controlling and switching mechanism.
In the drawing A represents the stand- 60 and source of alternating current hereinafter referred to as the tone source; B indicates the current controlling and switching apparatus; C indicates the telephone circuit in which has been induced an alternating cur- 65 rent; and D indicates the receiver used in determining when the balance has been attained. The tone source A consists of a vibrator 1 having a primary winding 2 and a secondary winding 3. The battery 4 is 70 connected to a reversing switch 5. One side of the reversing switch is connected directly to one end of the primary winding 2 and the other side of said switch is connected to the other side of the winding through contact 75 6 of switch 7 the function of which will be described later. A condenser 8 is bridged across the contact points of the vibrating element to decrease sparking. The switch 5 has been inserted in the primai'y circuit 80 in order that the polarity of the connections may be changed after definite intervals of time so as to increase the length of time that the vibrator will run without causing pitting of the buzzer contacts. 85
The secondary winding 3 is connected to binding posts 9 and 9' having the current limiting resistances. R R and R inserted between the ends of the winding and the binding posts resistance R being bridged 90 across and the resistances R and R being in series with said winding. The buzzer is designed to have a wave form that will create a tone in the receiver which is substantially of the same quality as that pro- 95 duced by the induced current in the telephone circuit.
The current controlling and switching apparatus B consists in a variable resistance shunt 10 and switches 7 and 11. The re-''100 sistance elements of the shunt 10 are bridged across the conductors 16 which are connected with the secondary winding of the vibrator 1. Intermediate between the points where the resistance elements are bridged across 105 the circuit and the secondary winding of the vibrator current limiting resistance R and 14 are in circuit. One side of said circuit is connected with the middle back contact of switch 7 and the movable arm of shunt 110
1 319 861
10 is connected with the left hand back con-tact of switch 7. Current limiting resistances RB and RT are inserted between the point where said shunt is bridged across
5 the circuit and switch 7. Resistances R4 R5 R and R are large compared with the variable resistance 10 and the impedance of the circuit containing said resistances looked at from the direction of the arrow X is sub-
10 stantially the same for all settings of the variable resistance 10 in consequence where-of the current output of the secondary winding and the frequency and tone of the vibrator remain substantially the same
15 throughout the entire range of the variable resistance 10. The right hand back con-tact and the right hand swinging contact of switch 7 are connected by conductors 12 with the primary winding of vibrator 1 in
20 order to close the circuit through the primary winding and thereby start the vibrator to operate whenever switch 7 is closed. A receiver D is connected by means of conductors attached to binding posts 13 and
25 13' to the left hand and middle swinging contacts of the switch 7. It will be seen therefore that whenever the switch 7 is operated the receiver D is bridged across the circuit that embraces the secondary
30 winding of the vibrator and the variable resistance shunt 10 and at the same time the primary circuit is closed through the contact 6. The left hand normal and middle normal contacts of switch 7 are connected
35 with the corresponding contacts of switch. 11. The telephone circuit C which has an alternating current induced in it is connected through binding posts 14 and 14' to the left hand and middle swinging contacts
40 of the switch 11.
If it is desired to make a test across the
two wires of the pair a resistance R8 the
magnitude of which depends upon the elec-
trical characteristics of the circuit C is
45 bridged across the end of the circuit farthest
removed from the point at which the test
is being made. If it is desired on the other
hand to measure the current between the
circuit and ground the distant end of the
50 circuit is grounded as shown by the dotted
lines of the circuit C'. A current limiting
resistance R9 is arranged so as to be con-
nected in series with the receiver D when-
ever a measurement to ground is being made.
55 The right hand back contact of switch 11
is grounded so that whenever said switch
is operated contact 15 is closed thus ground-
ing one side af. receiver D which is neces-
sary for making the grounded circuit test.
60 Having in mind this description of the
parts of this apparatus and of the func-
tion that each part performs the method
of making a measurement of the magni-
tude of induced current on a telephone line
65 may be readily understood. If it is de-
sired to make a test on the circuit C the said circuit is connected as shown to binding posts 14 and 14' the receiver D is connected to binding posts 13 and 13' and the tone standard A is connected with the cur- 70 rent controlling and switching apparatus B by means of conductors 12 and 16. With the switches 7 and 11 in their normal positions the receiver D is bridged 'across the two sides of circuit C and an observer lis- 75 tens and notes the magnitude of the tone. Then switch 7 is operated disconnecting the receiver from the circuit and connecting it with the tone source A. If the tone there-from is found to be greater than that pro- s0 duced by the circuit the shunt 10 is adjusted so as to decrease it. The receiver is alternately bridged across the circuit and the tone source and the shunt is varied until the volume of tone created by the ch.- 85 cuit and by the tone source is substantially the same. It will be seen that by control-ling the flow of current through the primary circuit of the vibrator by means of the right hand contacts of switch 7 the vibrator operates only when the receiver is bridged across the tone source which increases the life of the batteries and thereby renders it possible to maintain the tone uniform during a considerable period of time.
If it is desired to make a measurement between the telephone circuit and ground the circuit is arranged as indicated by C' and switch 11 is operated which sets up a circuit from ground through contact 15 and conductor 17 receiver D resistance R9 through the two wires in parallel of circuit C' to ground. Alter noting the magnitude of the tone in the receiver D switch 7 is operated and a comparison is made with the tone from the tone source A. By alternately connecting the receiver with said source and said circuit and operating the. shunt 10 in the same manner in which it is operated when making the "metallic circuit test" a balance no is definitely reached between the tones
created in the receiver. The shunt 10 is calibrated so as to indicate the number of units of current sent through the receiver D.
It will be readily seen that by means of 115 this apparatus which is sufficiently small to be readily transported measurement may be made in the field by persons who are relatively unskilled in electrical testing and greater accuracy is attainable than wes here- 120 tofore practicable with the apparatus then known in the art.
Although the invention has been disclosed as embodied in a particular form it is evident that it is not restricted to such form 125 that it may be embodied in a variety of different forms without departing from the spirit and the scope of the claims herewith.
What is claimed is:
1. In electrical measuring apparatus the 130
90 95 100 105
1 819 8351 8
combination of a source of alternating cur-rent controlling means therefor a circuit having induced therein an alternating cur-rent indicating means and switching means
5 whereby said indicating means may be alternately connected with said source and said circuit.
2. In electrical measuring apparatus the combination of a source of alternating cur-
10 rent a circuit having induced therein an alternating current indicating means switching means to connect said indicating means with either said source or said circuit and a shunt across said source whereby
15 the current from said source to said indicating means may be varied.
3. In electrical measuring apparatus .the combination of a source of alternating cur-rent a second source of alternating current
20 indicating means switching means to connect said indicating means alternately with said first and said second source and means to substantially equalize the magnitude of
25 the signal given by said indicating means.
4. In electrical measuring apparatus the combination of a source of alternating current a circuit having induced therein an alternating current indicating means
S® switching means to connect said indicating means alternately with said- source of said circuit and to render said source operative only when connected with said indicating means.
35 5. In electrical measuring apparatus the combination of a circuit having induced therein an alternating current a buzzer de-
signed to produce an alternating current the wave form of which simulates that of the current induced in said telephone circuit a telephone receiver and means to connect 40 said receiver alternately with said circuit and said buzzer and a variable shunt whereby the magnitude of current transmitted from said buzzer to said receiver may be varied until the tones given by said receiver when 45 connected with said circuit and with said buzzer are substantially equalized.
6. In electrical measuring apparatus the combination of a buzzer having an output circuit a pair of conductors having an impedance coil bridged across one end indicating means and switching means adapted to bridge said indicating means alternately across said output circuit and other end of said conductors.
7. In electrical measuring apparatus the combination of a buzzer having an output circuit a pair of conductors having one end short circuited and grounded indicating means and switching means adapted to connect said indicating means alternately with said output circuit and with said conductors and a second switching means adapted to short circuit the other end of said conductors and to connect in series therewith an impedance coil and to ground one side of said indicating means.
In testimony whereof I have signed my name to this specification this 8th day of August 1918.
50 55 60 65


Know about Xiaomi Redmi Y3 Launch Date in India, Price & Specification Features: China’s smartphone manufacturer Xiaomi has confirmed that the #RedmiY3 smartphone will knock on April 24, 2019 in the Indian smartphone market.
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Top Cybersecurity Threats Facing Organizations in 2023
As technology continues to evolve, so do the cybersecurity threats faced by organizations. In the year 2023, businesses across various industries will experience a new set of challenges that they need to be prepared for. From sophisticated cyber-attacks to emerging threats, organizations must stay vigilant to protect their sensitive data and assets. In this article, we will discuss the top cybersecurity threats facing organizations in 2023 and the measures they can take to mitigate these risks.
One of the emerging threats that organizations will face in 2023 is the rise of artificial intelligence (AI)-driven attacks. Hackers are leveraging AI technology to create more advanced and sophisticated cyber-attacks. These attacks can automatically adapt and evolve, making it difficult for traditional security measures to detect and prevent them. To combat these AI-driven attacks, organizations need to invest in advanced cybersecurity solutions that can analyze and detect abnormal behaviors and patterns in real-time.
Another significant threat faced by organizations is ransomware attacks. Ransomware has become increasingly popular among hackers due to its potential for high financial gains. In 2023, organizations can expect more targeted and destructive ransomware attacks that can cripple their operations and cause severe financial losses. To protect against these attacks, businesses should regularly backup their data, implement strong access controls, and invest in robust endpoint protection solutions.
The Internet of Things (IoT) will also present new cybersecurity challenges in 2023. As more devices become interconnected, the potential attack vectors for hackers increase exponentially. Insecure IoT devices can serve as entry points for cybercriminals, compromising entire networks. It is imperative for organizations to implement strict security protocols for their IoT devices and regularly update their firmware to patch vulnerabilities.
Additionally, insider threats will continue to pose a significant risk to organizations in 2023. Malicious insiders can exploit their access to sensitive information or systems, causing substantial damage to the organization. Implementing strict access controls, conducting regular employee awareness training, and monitoring user activities are crucial steps that organizations should take to mitigate insider threats.
Furthermore, the shift towards remote work brought about by the COVID-19 pandemic has opened up new avenues for cyber-attacks. In 2023, organizations will need to prioritize securing their remote workforce against phishing attacks, network intrusions, and data breaches. Strong authentication methods, encryption, and continuous employee training on cybersecurity best practices are necessary to safeguard remote operations.
In conclusion, organizations must be prepared for the evolving cybersecurity landscape in 2023. The rise of AI-driven attacks, ransomware, IoT vulnerabilities, insider threats, and the challenges of remote work present significant risks. By staying informed about the latest threats, investing in advanced security solutions, and implementing robust security protocols, organizations can better protect their sensitive data and assets from cybercriminals. Taking proactive measures and adapting to the ever-changing threat landscape is crucial to maintaining a strong cybersecurity posture in the future.
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As the online gambling industry continues to expand, Casinos are seeking new ways to enhance the player experience and engage with their audience. One emerging technology that is gaining traction in the gaming world is virtual reality. With the ability to immerse players in a realistic and interactive environment, virtual reality has the potential to revolutionize the way we experience online Casinos.
Immersive gaming with VR technology.
Virtual Reality (VR) technology is revolutionizing the gaming industry by creating immersive and interactive experiences for players. Integrating VR into the Casino website experience allows players to enter a virtual world where they can interact with the environment and other players in real-time. This technology enhances the traditional Casino experience by providing a realistic and exciting gaming experience that is unmatched by any other medium.
Enhanced user engagement and interaction.
Integrating virtual reality into the Casino website experience offers a wealth of benefits for both the online Casino and its customers. One of the key advantages is enhanced user engagement and interaction. With virtual reality technology, users can immerse themselves in the 나르샤토토 Casino experience like never before. They can interact with other players, dealers, and even the Casino environment itself in a way that was previously impossible. This level of engagement and interaction creates a more realistic and enjoyable experience for players, which can increase their satisfaction and loyalty to the Casino.
Potential for increased revenue.
Integrating virtual reality into the Casino website experience has the potential for increased revenue. By offering a more immersive and engaging experience, Casinos can attract more customers and keep them coming back for more. Virtual reality allows for a more realistic and interactive gaming experience, which can lead to longer play times and increased revenue for the Casino. Additionally, virtual reality can offer new and unique games that cannot be found in traditional Casinos, giving the Casino a competitive edge in the market. It is important to note that while implementing virtual reality can come with a higher upfront cost, the potential for increased revenue can outweigh this expense in the long run.


IEEE Student Branch @ AAU
IEEE Student Branch @ Aalborg University (AAU) was established in September 2005. Currently IEEE Student Branch @ AAU has more than 120 members.
Generally, the IEEE ("eye-triple-E"), The Institute of Electrical and Electronics Engineers helps advance global prosperity by promoting the engineering process of creating, developing, integrating, sharing, and applying knowledge about electrical and information technologies and sciences for the benefit of humanity and the profession.
Aalborg University IEEE Student Branch organizes different kind of activities for local and international engineering students. Between these events are conferences, technical and practical lectures from invited speakers, workshops, visits to industry and social events.
Aalborg University students who are also members of IEEE are automatically members of the IEEE student branch. As an IEEE student member, you receive exclusive IEEE membership benefits at very low rates. You can also have free Microsoft software exclusively for IEEE student members. Learn more about how to become member here.


HMI – SCADA – LIFE CYCLE MANAGEMENT
“The Internet of Everything (IOE)is a global industry phenomenon, where the intelligent networked connections between people, process, data, and things make networked connections more relevant and valuable than ever before.” – Wim Elfrink (Cisco).
M2M refers to technologies that allow measurements of real world events such as Temperature, Pressure, Energy, Machine Performance to be securely transferred using the Internet as a network (often supplied by Telco Operators) to a central repository of data. Once in the central database the application layer can include real-time or big data analytical solutions to extract some economic value around the machines being monitored.
Having been designed and implemented on many telemetry applications the Adroit Technologies SCADA is the perfect M2M platform on which to build cloud-based or locally hosted M2M solutions.
Adroit Technologies have a number of M2M offerings which are designed to meet various customer needs. Based on the Mitsubishi FX PLC, or bespoke IIoT board and also offering support for custom embedded solutions all three options work seamlessly with the MAPS SCADA. The M2M Protocol was developed with 25 years’ experience in industrial telemetry as well as a deep understanding of operating over telco IP networks.
The Mitsubishi FX PLC, Is used where a customer requires robustness and programmability, a bespoke board is used where a customer requires less flexibility and lower cost and we can integrate all solutions where a customer has designed their own board but wants to leverage the communications and ease of application development offered by an off-the-shelf SCADA
The Key Differentiators
The MAPS M2M protocol is a full telemetry protocol that offers the following features and benefits to customers;
- The field device is the master of communications, this means that the device makes the connection back to the host MAPS SCADA. This means that users are not bound to using any network operators services or be bound by any contractual obligation. It is possible to simply put in any data SIM card. The big advantage is that it becomes a truly global M2M capable solution as you do not need fixed IP’s. The only fixed IP you require is at the host SCADA.
- The internal link manager gives users an indication that there may be a problem on a particular device. This allows users to alarm if the communications link goes down.
- The protocol supports polling for real-time data, polling for history of data stored on the device and exception based and alarm/events data. All these are buffered should the link go down and emptied once the link is re-established. This gives users the ability to manage how much data they wish to transmit.
- An estimate statistical data around the device is available including (errors, messages, Rx/Tx data).
- In order to assist with the data management it is possible to “empty” the historical buffer based on a percentage use basis (25%, 50%, 75% and 100%).
The MAPS M2M solution does not require a fixed IP or Dynamic DNS middleware. This means you can use this solution on any GPRS network and not require a static IP from your ISP (Internet Service Provider). The only fixed IP required is at the MAPS M2M I/O Server. Low Bandwidth Impact: MAPS M2M offers efficient communications with cost effective data transfer costs. The hardware can be configured to send data on a time interval, when storage buffer limits are reached or manually polled. Event and alarm data is transmitted to the SCADA immediately. Communications can be set to “live” mode which will show real time data. This gives users
a complete capability of managing what and how much data is transferred.
The ability of cyber-physical systems (CPS), humans and “smart factories” to connect and communicate with each other via the IoT and the Internet of Services (IoS).
A virtual copy of the physical processes or “smart factory” created by linking sensor data with virtual plant models and simulation models.
The ability of CPS within the smart factory to make decisions on their own.
The capability to collect and analyse data and provide the insights immediately.
Offering of services CPS, humans and smart factory) via the IoS.
Flexible adaptation of smart factories for changing requirements of individual modules.
Functionality & Key Benefits
Makes the connection back to the host, leaving users unbound to using specific network operators as any data SIM card can be used.
Internal Link Manager
Gives an indication of possible problems on devices and allows for alarms to be set for if the communications link is lost or interrupted.
Data Transmission Control
Supports polling for real-time data, history of data stored on the device, allowing management or control of the level of data being transmitted.
Estimate statistical data on devices are available, such as errors, messages, Rx/Tx, etc.
It is possible to “empty” the historical buffer, assisting with data management, based on a percentage-use basis – 25%, 50%, 75% and 100%


JUAN INGA ORTEGA
He is graduated from the Universidad Politécnica Salesiana receive the Mg.T. degree in Telecommunications Management Program. He is researcher at the Centre Research. He is member of the Telecommunications Research Group (GITEL). He is currently working toward his Ph.D degree in Engineering with the Universidad Pontificia Bolivariana – Medellín. His research interests include wireless networks, compressed sensing, home area network, smart grid, channel modeling. He is a student member of the IEEE and ComSoc member and IEEE Signal Processing Society member.
Professor of Signals & Systems, Digital Communications, Optical Communications, Sizing & Optiomization of Networks.
Wireless Networks, MIMO Masivo, channel optimizarion, Compressive Sensing, Redes de Sensores, Smart Grids, Internet of Things, Dimensionamiento y Optimización.


The Hillman Live Cell Imaging Facility provides a unique methodology and instrumentation that allows the study of the DNA damage response in live cells in 3D and in real time. This state-of-the-art system couples an IX81/FV-1000 Olympus filter-based confocal microscopy system for high resolution imaging analysis with a 50 mW, 405 nM damage-inducing laser, which can induce DNA damage restricted to one cell nucleus within a width of less than 1 μm.
The system induces localized oxidative DNA damage including DNA base modifications, DNA single-strand breaks, and double-strand breaks within a single cell. This capability is unique in comparison to other confocal laser microscopy systems, and is particularly valuable for probing how target proteins respond to DNA damage.
Li Lan, M.D., Ph.D.


At its core, the role of a removalist is to help people move their belongings from one place to another. In the past, this process was relatively simple – removalists would pack up a customer’s belongings, load them onto a truck, and deliver them to the new location. There was very little room for error, as long as the removalists kept track of which items went into which boxes.
However, in recent years, the world of removalist services has become much more complicated. With the rise of e-commerce and online shopping, people are now moving not just physical belongings, but also larger items like furniture and appliances.
In today’s global economy, it’s not unusual for people to move overseas for work or to retire. As a result, the demand for international shipping services has increased dramatically in recent years. However, this increase in cross-border moves has also made it more challenging for removalists to keep track of all the goods they are transporting. With shipments going to and from all corners of the world, it can be difficult to keep track of where everything is located at any given time. This can often lead to delays in delivery, as well as confusion and frustration for both removalists and their customers. To help alleviate these issues, many removalists are now using tracking software to manage their shipments. This software allows them to see exactly where each shipment is at all times, making it easier to ensure that everything arrives safe and sound.
Fortunately, technology has come to the rescue. By investing in tracking technologies, removalist companies can now keep track of their goods in real-time, no matter where they are in the world. Here’s a closer look at how these technologies work and how they benefit both removalists and their customers.
GPS Tracking Devices
The most common way that moving companies in Australia, for example, removalist sutherland shire can track goods, is with GPS tracking devices. These devices can be placed on individual items or on each shipping container. Once activated, they will continuously transmit the location of the goods to a central database. This means that at any given time, the removalist company will know exactly where their goods are located.
GPS tracking devices have a number of benefits for removalist companies. First of all, they allow companies to provide their customers with real-time updates on the status of their shipments. This is especially important for international moves, when customers may be anxious about their belongings being sent overseas. Secondly, GPS tracking devices make it easier for removalists to resolve any issues that may arise during transit. If there is a delay or an issue with the delivery, the company will be able to quickly locate the shipment and take steps to resolve the problem.
Another option for tracking shipments that is becoming increasingly popular is RFID tags. Unlike GPS tracking devices, which rely on satellite signals to transmit data, RFID tags use radio waves to communicate with a central reader. This means that they can be used in areas where there is no satellite coverage – such as inside shipping containers or trucks.
RFID tags have a number of advantages over GPS tracking devices. For one thing, they are much smaller and more compact, so they can be easily attached to individual items without being obtrusive. They are also more accurate than GPS tracking devices, which can sometimes lose signal inside shipping containers or trucks. Finally, RFID tags are more secure than GPS devices because they transmit data using encrypted signals – making it difficult for anyone other than the intended recipient to read the data.
Technology has transformed the way that Removalist Services operate by making it easier for them to track their shipments in real-time – no matter where in the world they might be located. This has benefits for both Removalist Services and their customers – allowing everyone involved in the moving process to stay informed and up-to-date on the status of shipments.


Han-Shine is a professional EMS solutions for domestic and foreign customers to provide electronic products research and development design, material procurement, manufacturing and other services of electronic manufacturing enterprises.
Our factory was certified by ISO9001-2015 / ISO14001-2015/ QC080000-2012/ IATF16949-2016/ ISO13485-2016/ BSCI .
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The factory has about 680 workers, 15 SMT lines, 9 MI lines, 2 finished assemblies lines, R&D engineers are more than ten percent of total workers.
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Main service scope: medical products, UAV(Unmanned Aerial Vehicle) products, automotive products, industrial products, laser equipment and medical finished products etc.


With ubermag you can drive your micromagnetic simulations from the Jupyter notebook. A single notebook can contain problem description, numerical solving, and data analysis in a self-consistent fashion. Using Python ubermag defines a domain-specific language to describe micromagnetic problems and automatically communicates with low-level simulation tools such as OOMMF.
This Zulip instance is used by developers and users to complement the Github issues for bug reports, feature discussion and brainstorming.
Source code: https://github.com/ubermag


A Network Operations Center (NOC), pronounced like the word knock), also known as a “network management center”, is one or more locations from which network monitoring and control, or network management, is exercised over a computer, telecommunication or satellite network. NOCs are implemented by business organizations, public utilities, universities, and government agencies that oversee complex networking environments that require high availability. NOC personnel are responsible for monitoring one or many networks for certain conditions that may require special attention to avoid degraded service. Organizations may operate more than one NOC, either to manage different networks or to provide geographic redundancy in the event of one site becoming unavailable. In addition to monitoring internal and external networks of related infrastructure, NOCs can monitor social networks to get a head-start on disruptive events.
Designing NOC: NOCs are frequently laid out with several rows of desks, all facing a video wall, which typically shows details of highly significant alarms, ongoing incidents and general network performance; a corner of the wall is sometimes used for showing a news or weather TV channel, as this can keep the NOC technicians aware of current events which may affect the network or systems they are responsible for. The back wall of a NOC is sometimes glazed; there may be a room attached to this wall which is used by members of the team responsible for dealing with serious incidents to meet while still able to watch events unfolding within the NOC. Individual desks are generally assigned to a specific network, technology or area. A technician may have several computer monitors on their desk, with the extra monitors used for monitoring the systems or networks covered from that desk. The location housing a NOC may also contain many or all of the primary servers and other equipment essential to running the network, although it is not uncommon for a single NOC to monitor and control a number of geographically dispersed sites.
- Computer: Computer environments can range in size from one to millions of servers.
- Telecommunication: In telecommunication environments, NOCs are responsible for monitoring power failures, communication line alarms (such as bit errors, framing errors, line coding errors, and circuits down) and other performance issues that may affect the network, and in telecom sector have to track details about the call flow.
- Satellite: Satellite network environments process large amounts of voice and video data, in addition to intelligence, surveillance and reconnaissance information.


Payment & Shipping Terms:
|Input Voltage:||100-240V AC / 50-60HZ||Output:||12V 1Amp|
|Power:||12Watt||DC Cable:||1.2 M|
|Application:||Security System||AC Plug:||US Plug|
|DC Jack:||5.5*2.1*11mm||Protection:||SCP / OVP / OCP|
Desktop Type 12V 1000mA 12W AC to DC AC Power Adapter for LED Light
1. 100% Brand new material, L100% loading testing.
2. Full range of input voltage, Low output ripple.
3. Full load aging testing. Per pieces adapter is 100% full load -burn in test (4 hours)
4. OVP, OCP, SCP, OLP.
|Input Rated Voltage :||100Vac~240Vac|
|Input Frequency Range:||50~60Hz|
|Input Inrush Current :||3.5A max|
|Efficiency :||75% (MIN) at Rated Voltage|
|Output power :||12W|
|Ripple and Noise :||<120Mv at full road with 20MHz bandwidth|
|Turn On Delay Time:||<3S (AC:110V and full load)|
|Safety protection :||over voltage and current protection for ac dc adapter|
|DC cable length:||1.2 meters|
|Operating Temperature:||0°C - 60°C|
|Storage Temperature:||-20°C - 85°C|
|Certificate:||CE GS TUV UL/CUL FCC 3C ROHS|
|Safety Standard :||EN60950-1 UL60950-1 ESD (EN61000 3-3)|
CAS (60950 ITE/TE) FCC Part 15 subpart B Class B
AN/NZS CISPR 22:2006
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Neural Network Prediction of Interfacial Tension at Crystal/Solution Interface. K. Vasanth Kumar. Ind. Eng. Chem. Res., 2009, 48 (8), pp 4160–4164
Using (1) solubility, (2) molecular weight, and (3) density, a three-layer feed-forward neural network was constructed and tested to predict the IFT at the crystal/solution interface. The concentration of solute in liquid phase, (1) concentration of solute in solid phase, (4) temperature, (3) density and (2) molecular weight of crystal were used as inputs to predict the interfacial tension at the crystal/liquid interface (σSL). The network was trained using the solubility information for 28 systems to predict the σSL value and was validated with 29 new systems. Despite the limited number of data used for training, the neural network was capable of predicting σSL successfully for the new inputs, which are kept unaware during the training process. The σSL value that is predicted by the artificial neural network during the training and testing process was compared with σSL predicted from the widely used empirical expression. For most of the systems, ANN better predicts IFT.


The growing demand for energy efficient lighting is being accelerated by the implementation of the EU directives which stipulate that incandescent lamps will have to be replaced gradually by energy efficient lamps. Similar legislations are also coming into effect in other parts of the world.
Saving energy and reducing CO2 emissions are worldwide issues that everyone cares about. As lighting plays a major part in energy consumption, switching from incandescent to energy saving lamps could easily help a lot.
World renowned as an environmentally responsible company, GP offers a new and broad portfolio of energy efficient lighting solutions for household use, including energy saving lamps, Halogen Lamps, Fluorescent tubes, LED lamps and accessories.
In pursuit of excellence, GP Energy Saving Lamps are designed for a wide range of household applications worldwide. They offer better light quality, higher luminous efficiency and a longer life span than conventional incandescent lamps. With special focus on compact models, different shapes, sizes, and types of base, GP Energy Saving Lamps fit everywhere: living rooms, dining rooms, bedrooms, bathrooms, kitchens, foyers, garages, basements and even outdoors.
For consumers, choosing the right lamp is now made much easier by GP’s new and innovative packaging and practical shelf merchandising at the point of sale.
Save energy, save money, and save the environment with GP Energy Saving Lamps.
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The business of GP Lighting is managed by a team of lighting specialists under Lichton International Limited, a venture set up by GP.


Space Tech Expo Europe B2B Matchmaking 2017
24 Oct 2017
to 26 Oct 2017
Exhibitors and visitors of Space Tech Expo Europe are invited are participate in the matchmaking event. It will take place in the networking area of the exhibition hall.
Meeting selection: from 22 September – 19 October, 2017
Space Tech Expo & Conference Europe (24-26 October, 2017) gives the European space industry a focused marketplace for the design, manufacturing and testing of spacecraft, satellite, launch vehicle and space-related technologies bringing together engineers and global decision makers in commercial, government and military space.The expo brings together manufacturers, distributors, contractors, suppliers, engineers and technical leaders, throughout the entire electrical system supply chain.As part of the trade fair and conference, Enterprise Europe Network Bremen organizes a free matchmaking event for every day during the conference! Participants will have the opportunity to:- meet providers of innovative technologies- get in touch with potential partners for future collaborations- find new partners for research and development projects


Oregon Health & Science University
A novel combinatory on-line technique coupling Electrochemistry (EC) with Inductively Coupled Plasma - Mass Spectrometry (ICP-MS) for in-situ quantitative determination of the corrosion mechanism in magnetic thin film structures has been developed in this research. Detailed construction of a system and a comprehensive methodology was described in this dissertation. Uniformly coated multi-layer magnetic thin film samples with multi-elemental alloys containing CoCrPtB and CrMo/Cr on the Ni/P substrate were used in this research for demonstrations. In-situ quantifications conducted in a series of experiments revealed that elemental dissolution was a predominant mechanism during corrosion courses of metallic thin film materials. At the microscopic scale, using results from depletion rate determination as well as cross-sectional analyses of microstructures and magnetic features, elemental passivity was observed to occur, depending on corrosion conditions. Without external influences, surface topographic measurements indicated that passive film could be produced at the macro-scale. The dependence of the dissolution rate of each metallic ion of alloys on electrolyte concentration, potential bias, scanning rate, and corrosion duration suggested that the most critical influential factor in corrosion mechanisms was epitaxial microstructures with strongly-oriented arrangements of grains and grain boundaries. Through the use of cross-sectional microstructural analysis, including high resolution TEM micrography, electron FFT diffraction, and nano-probe with EDS profiling, variations of elemental spatial distributions at grains and grain boundaries due to the corrosion phenomena were discovered, which provided a comprehensive understanding of occurrences of micro-corrosion in thin film structures. Because of the unique magnetic property of magnetic thin films, extensive studies of field strengths from the surface were also performed in this research. Important magnetization variations were noticed when cross-sectional images were obtained. Finally, models of corrosion kinetics in the multiple layers of magnetic thin film structures were proposed.
OGI School of Science and Engineering
Xu, Danhua, "A study of magnetic thin film corrosion mechanisms with the development of a novel on-line coupling technique and with microstructural and magnetic cross-sectional profiling techniques" (2008). Scholar Archive. 328.


Discovering your external IP address is generally very easy. Just visit a site like WhatIsMyIP and it’ll give you the IP address, location, ISP, and a whole lot more.
If you need speedy access to this address all the time, though, it might be simpler to use Mr.IP, a tiny free tool which permanently displays your internet — or external — IP on the desktop.
The program arrives with an installer, but it doesn’t contain adware or anything significant. Install it, copy the program files to a USB stick, and we found they could be used on other PCs without difficulty.
On launch, Mr.IP displays your internet IP address in a tiny always-on-top window above the system tray. Double-clicking this copies your IP address to the clipboard, and you can close the window if it gets in the way.
Read the rest of the article @ Betanews.com


Nestled in the heart of Littleton, Colorado, Mountain View Vapes is a welcoming vape shop that has been established. A comprehensive selection of vaping essentials, including e-juices, mods, nic salt juices, state-of-the-art pod systems, and high-quality disposable nic salt vapes, is provided for customers. A meticulous approach is taken when it comes to the curation of new products and flavors, ensuring only the finest offerings are made available. By keeping up with the latest trends and innovations in the world of vaping, the needs of customers can be effortlessly catered to at Mountain View Vapes.
Introducing the Uwell Caliburn A2 15W Pod System, a state-of-the-art vaping device that boasts an integrated 520mAh battery, a maximum output of 15W, and compatibility with the innovative 0.9ohm Caliburn A2 Pods. Crafted from high-quality aluminum alloy, the Caliburn A2 Pod System’s chassis houses a 520mAh rechargeable battery, providing long-lasting power. Capable of delivering up to 15W of output, the device’s constant voltage output ensures stable performance and exceptional flavor from your preferred eJuice or nicotine salts. The Caliburn A2 Pod System also features a convenient LED battery life indicator light, allowing you to monitor your device’s power level with ease. Designed for versatility, the Caliburn A2 Pod System can be fired using either button activation or draw-activation, providing a customizable vaping experience that generates outstanding vapor quality.


All the logic is contained in Node 2.
We need to “look at” each input value twice: first for determining which one is larger, then again to create the output stream. Node 1 passes two copies of
IN.A to Node 2, and Node 2 stores a copy of
In Chapter 3, Sequence Amplifier taught us to speed up a calculation by using multiple nodes to do the same operations on multiple streams of data. Today we’ll use multiple nodes to do different operations on the same stream of data.
It wasn’t very efficient to have Node 2 doing all the work; in the size-optimized solution, Node 2 is always running while Nodes 6 and 9 are idle almost half the time. We can split its work into three separate tasks.
Node 2 still calculates
IN.B - IN.A, but instead of using the result to sort the outputs as before, it just passes the result to Node 6 and grabs another input value as soon as possible.
Node 6 puts the outputs in the correct order, and Node 9 adds a
0 onto the end.
After running the program, look at the path from
OUT. Node 6 is busiest at 8% idle, but Nodes 2 and 9 are only 17% idle. (The other nodes are less busy, but they’re just for plumbing.) By keeping each node about equally busy with its own step in the pipeline, we cut down on the amount of time spent waiting.
For homework, swap the order of the
MOV ACC RIGHT and
MOV ACC DOWN instructions in Node 1. What happens? Why?
Solution by scrat98.
The idea is the following: we need to store the difference
IN.A and the number
IN.A. First, we can determine in what order to display the numbers A and B, and second, we know these two numbers (B = B – A + A).
For a start, we will send the number A into two processors. Fundamentally, to first send to the right processor, and then only to the down(below will be clearer).
In the right CPU, we calculate the difference B – A, while at the down CPU we will only get a top – for parallelization processes.
Next we look at the value of B – A, and left get A twice – first time to determine the number of B(as B is B – A + A), and the second time to display the number of A. Now it becomes clear that logical in the beginning to submit A into the right CPU and then only to the down, because most of the work is here and we fundamentally get the difference B – A before the number A.
Note: If you decide to change the flow of A first at the down processor and then to the right, we get 138 cycles, you can check:)
Neither of these solutions uses the
Solution by gmnenad.
Node 7 behaves like an extra register for node 8, storing the sum of all the inputs so far.
Node 5 checks whether the input is 0 (signaling the end of a sequence) and passes the result to node 9, which counts the length of each sequence.
Solution by CaitSith2.
Node 4 decides whether the input is 0 or not. If it is not 0, the input is passed to Node 8, where it is added, and node 9 gets instructed to increment the ACC. A 0 likewise tells nodes 8 and 9 to output their totals, and reset. This is done JRO style.
Node 6 subtracts the current input from the previous input stored in
ACC, takes the absolute value of the difference, and uses it to determine the output. It then takes a second copy of the current input (generated by node 1) and stores it in
Node 1 splits the input stream in order to stagger it. Node 2 uses the
BAK register to continuously supply the previous value to node 5, which subtracts it from the current value to get the difference. To eliminate the need to check for two distinct cases (difference > 10 and difference < -10), node 8 computes the absolute value of the difference. Finally, node 9 checks whether the absolute difference is at least 10.
MOV ACC RIGHTand
MOV ACC DOWNinstructions in node 1. How many cycles are wasted?
Nodes 0 through 3 output their respective input numbers when their inputs change from zero to one; they output zero for all other conditions. (They are
ARMED when the previous input was zero, and
DISARMED when the previous input was one.)
Nodes 5, 6, and 9 collect the outputs from nodes 0 through 3. Since we are guaranteed that two interrupts will never change in the same input cycle, adding the output values together results in the correct value for
Solution by CaitSith2.
Works much like the optimized for speed solution, ecept that node 0 passes the value to node 1; node 1 passes its value and node 0’s value to node 2; node 3 passes its value to node 2; and node 2 passes its value down, along with the values from nodes 0, 1, and 3. Node 6 then adds up the values and passes the result down.


At the core of Wavefront Dynamic’s continued innovation is the Shack-Hartmann wavefront sensor, a technology that has long been used in astronomy to improve the image quality of telescopes. Wavefront Dynamic’s Founder and CEO Dan Neal Ph.D. developed a wide variety of applications for wavefront sensors, including measurement of aero-optic phenomena, the large telescope mirrors used in the James Webb Space Telescope, and silicon wafer metrology.
For nearly 30 years, Dr. Neal and his team have made continued advancements of wavefront technology to measure the imperfections, or aberrations, of the human eye to improve visual performance.
The Wavefront Dynamic’s team has developed their fifth generation multi-measurement system called the WaveDyn Vision Analyzer. The system is anticipated to have the highest resolution, Shack-Hartmann wavefront sensor commercially available, with approximately 2,870 distinct measurements over a 7.0 mm pupil. The system’s high-resolution sensor is designed with the potential to measure and optimize vision for more highly aberrated eyes.
The WaveDyn Vision Analyzer is currently approved for sale in the United States. The team is also developing processes of applying wavefront-based corrections to various vision correcting lens platforms.


Sun powered cells catch the light from the sun and they transform them into power. They are additionally called photovoltaic cells. The semiconductors are in the sun based cells that take the daylight and make an electric flow. They do this by astonishing the electrons to change over them into an electric flow which is utilized in sunlight based charger frameworks. The semiconductor most frequently utilized in sunlight powered charger frameworks today comes napelem from silica which is very copious on the outer layer of the earth. Today they are crystalized and handled into slim wafers that are set into each sunlight based cell. Silica is a component and silicon is created from the silica. The silicon wafers are put between two exceptionally dainty plates where the sunlight based cells start the formation of power. One side of the plate is adversely charged and the other is emphatically charged. The adversely charged plate is where the electrons are made and the decidedly charged plate takes on a positive charge. This makes the electrons move quickly making a positive and negative intersection or as it’s called P-N. This is the manner by which one sun based cell works and is the start of a sun powered charger framework starts to work.
In this way, after the daylight begins the cycle in the sunlight based cell, the energized electrons are thumped of iotas that make up the silicon wafers. A circuit should be made and this is known as an immediate current. At the point when a gathering of these phones are wired together in a sun powered charger framework, a module is made. A one way circuit is an immediate current circuit and it implies simply that. The power moves in a single bearing as it were. At the point when you have a gathering of modules, a sunlight powered charger is made. One of the most outstanding positive highlights of sunlight based chargers is that while they have various parts to them, the parts are not generally moving parts and keeping in mind that they make power, there is no hardware that can separate and make the framework quit working.


Disclosure: I received the following as an advertorial
In this day in age, there is probably no one that carries the really large speakers like they did in days past. I recently received the Etekcity Roverbeats T12 Rechargeable Bluetooth Speaker. I really love this speaker. This is so light weight and easily pairs with your device. I actually used it on my recently vacation with my cell phone.
Here are the features:
- Powerful stereo speakers fill the room with rich, clear audio
- Stylish design with easily accessible volume and playback controls
- Wireless Bluetooth connectivity with a 30 foot range and NFC capability
- Features a 3.5mm audio input port for connecting non-Bluetooth devices
- Charges in 3 hours and provides up to 10 hours of playback time per charge
Are you unsatisfied with your phone or laptop’s audio output or the tinny sound of cheap computer speakers? If so, the RoverBeats T12 from Etekcity is for you. Featuring powerful stereo speakers to play your music in clear detail, it will change the way you experience not only your favorite tunes, but movies and other media as well.
With a range of up to 30 feet when connected via Bluetooth, you don’t have to worry about cables getting in your way. Compatible with a myriad of devices including the most popular smartphones, tablets, and Bluetooth-enabled computers, it’s easy to connect and beam audio wirelessly to the speaker. Even if you don’t have a Bluetooth device, you can connect to the speaker with the included 3.5mm audio cable.
Whether you’re listening at the office or spending a day at the park, the RoverBeats T12 has battery life to keep the music coming all day. Playback time of 10 hours is possible per charge, and a short recharge time of 3 hours minimizes the hassle of recharging the speaker. The speaker uses a micro USB charging port, letting you charge the speaker at your computer or using an AC adapter.
Speakers: 2”, 3W
Frequency response: 100Hz – 18KHz
Bluetooth: 3.0 + EDR, CLASS II (with A2DP, AVRCP, & HFP support)
Battery: Lithium-ion, 3.7V, 2200mAh
RoverBeats T12 by Etekcity (Red)
USB charging cable
AC power adapter
3.5mm audio cable
To get your very own. Head over to Amazon.
I received one or more of the products mentioned above for free using Tomoson.com. Regardless, I only recommend products or services I use personally and believe will be good for my readers.


Oscar Bastidas founded Celeromics in 2008 with the intention to build tools which improve Life Science R&D.
Celeromics is based in Grenoble (France) and has its Research and Development office in the Valencian Technology Park, in Spain.
Help Life Science companies and institutions make their R&D processes QUICKER, EASIER AND CHEAPER.
Celeromics makes automated systems for cell counting.
Their products help in the research against cancer, Alzheimer’s, immunological diseases, etc.
All of our products use Computer Vision technology (artificial intelligence applied to image analysis). The technology used in Celeromics products has been proven in the highly demanding security sector, where it has been used for security monitoring. Here it has been used to monitor the Spanish high velocity trains (AVE), nuclear plants, and national airports. This sector requires a precision above 99% and a 100% uptime.
We have adapted this technology for the Life Sciences. Due to its parentage, our products benefit from a high reliability, precision, and quality.
Celeromics has a patent pending and will soon apply for 2 more patents in related to its cell counting technology. Moreover, Celeromics contributes to the scientific community through articles, documentation, and seminars and by participating in conferences.


The innovative platform combines radio frequency (RF) energy with plasma created when the RF energy emitted from the tips of metal pins react to atmospheric pressure.
Like other laser skin resurfacing treatments, Opus Plasma removes only a fraction of the skin in the targeted area. Fractional skin resurfacing creates thousands of tiny micro-injuries to the skin while leaving the surrounding tissue undamaged. The body’s natural healing response repairs these controlled wounds by producing new collagen and elastin, the building blocks of smooth, youthful-looking skin. Unlike traditional laser-based skin resurfacing technologies, however, Opus Plasma precisely controls the time that radio frequency energy makes contact with the skin. This minimizes unwanted inflammation that typically leads to longer recovery times.


Towards the end of 2015, Innjoo joined the list of hybrid (or 2-in-1) tablet makers with the Innjoo Flex. The tablet enjoys the best of two worlds, firstly, it can be used as either a tablet or a notebook with the keyboard attached; and it Dual Boot both Android and Windows OS (either at start).
Backed by an ample sized 7000mAh battery with up to 8 hours of HD videos (or more) guaranteed on a single charge; the Innjoo Flex sports a 10.1-inch crystal clear display and is powered by a quad-core Intel Atom processor clocked at 1.33GHz with 2GB of RAM and 32GB built-in storage space.
The 9.8mm thick tablet has a detachable keyboard which is comfortable, light and responsive when using; a single SIM card slot for 3G cellular connectivity and also Wi-Fi 802.11 b/g/n and Smart OTG connectivity support. For photography, there is a rear facing and front facing 2-megapixels cameras.
It is currently available exclusively on Jumia.com.ng for a price tag of N44,000. The only edge the Innjoo Flex has over the similar Tecno Winpad 10 is its Dual OS feature compared the Windows OS only on the latter. Both should however put in a good shift when used in tablet or notebook mode.
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