In the DC to DC converter part one we discussed about linear voltage regulation and switching voltage regulation. At the part two discussed about Buck converters. In this part we are going to design a buck converter for a given specification. If you not read part one and two, please go back and read them first. Because the design methodology and theory was discussed in the part two. Only the calculation part and simulation part will discuss here.
As we discussed before there two modes in buck converter operation. Mode one is when the switch close and other is when the switch open.
Mode 1: Switch Closed
Mode 2: Switch Open
But we know that Net change in inductor over one period is zero. In inductors, the current cannot change instantaneously because inductors tend to keep the current constant. An ideal inductor with infinite inductance act as a constant current source.
In the steady state output current and inductor current are same.
Find Inductor Value,
Using equation 2,
𝛥I (%) given as 10% of output current and Frequency F given as 1000kHz
𝛥𝑖 = 𝑖𝐿 ∗ 10% = 10𝑚𝐴 ∗ 10% = 0.001𝐴
Find Capacitor Value,
In the capacitor
𝛥𝑄 = 𝐶𝛥𝑉𝑜 —————– Equation 5
Using equation 3,4 and 5,
𝛥Vo (%) given as 10% of output voltage
Result and Observation
The simulation is done by using PSIM software,
The given voltage and current ripple is 10% and the voltage ripple that was observed from the simulation was lower at 6.93% and the current ripple was also a lower value at 7%.
When we analyzing the buck converter after the designing, some assumptions have to make for the accuracy of the circuit.
- The circuit operation in the steady state
- The inductor current is continuous (operate in continuous mode)
- The switching period is T, the switch is closed for DT and open for time (1-D) T.
- The components are ideal
The key to the analysis for determining the output voltage is to examine the inductor current and inductor voltage first for the switch closed and then for the switch open. So the net change in inductor current over one period must be zero for steady state operation. The average inductor voltage is zero.
As in the simulation result show, the calculations proved to be true, because at the load it was able to output an average of 3.3V voltage with the average current of 10mA. Also the capacitor current variant on ‘x’ axis therefore the average current through the capacitor is zero.
Buck converter applications
- use in self-regulating power supplies
- use as low-loss current sources to drive LED arrays (solid state lighting applications).
- use as Point-of-load (POL) converters in servers
- use in advanced telecom and Datacom systems
Buck converter Advantage
- very simple and it requires only one Power switch
- Efficiency of Buck regulator is about 90%
- The cost and size is low
Buck converter Disadvantage
- Slow transient response
- Normally Input filter is required
- High output ripple


Following completion of the initial phase of the Susquehanna International Group (SIG) head office in 2014 at Dublin’s IFSC, due to company staff expansion, Axiseng were appointed again to lead the design and installation of the mechanical and electrical systems for the ground and second floor areas. As a global quantitative trading organisation, SIG depends on a strong, resilient and extremely fast ICT network to operate efficiently in the high-speed, high-tech trading environment.
An extraordinary mechanical and electrical plant was required to meet the Client’s operational needs.
The project involved the modernisation of the 1970s building, including mechanical and electrical infrastructure
so it could support the high occupation densities and high-tech workstations.
From a design perspective, the project team was able to maximise the space in the ground and second floors, so they could accommodate the necessary work zones to home the ever-expanding SIG workforce. The iterative design of the programme allowed for constant communication between the team and the US-based client.
The new services included HVAC, general and decorative lighting, workstation power and a dense ICT network and an IDF relocation.
Other key spaces included in the fit out consisted of work café, meeting rooms, training area with state-of-the-art interactive AV installation.
Power, HVAC, security and electronic connectivity were of paramount importance. All of these systems had to be integrated with, and controlled by, a sophisticated BMS, which was extended from the upper levels to the new spaces.


The Arduino family of microcontrollers come in several sizes, all at super low prices! With an assortment of Analog and Digital inputs and outputs combined with a simple programming language they are the ideal choice for all kinds of projects.
Humans have always had a fascination with robots. With the availability of cheap electronics and inexpensive parts it’s easier than ever to design and build your own robot. Make it follow a line or make it do the dishes – it’s your robot!
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Internet of Things
Sooner or later everything will be connected to the Internet. Learn about Internet of Things and build cool projects to wire up your home and take control of your environment. It is the network of devices, vehicles, etc.
Electronics is a fun hobby that you no longer need to be a rocket scientist to enjoy. Modern components, tools and test equipment is inexpensive and powerful, allowing you to create just about anything you can dream up.
Blockchain has been in a lot of Buzzword these days. And thats mainly because it’s backbone behind one of the very famous crypto-currency in the world - the Bitcoin. It is the algorithm for Distributed Ledger Technology.
Machine Learning is the discipline of learning to improve performance measure task in the future, using the experience of the task in the past. This includes making accurate predictions, completing a task, etc.
Digital image processing deals with manipulation of digital images through a digital computer. DIP focuses on developing a computer system that is able to perform digital processing on an image.
A sensor is a device that detects and responds to some type of input from the physical environment. The input could be light, heat, motion, moisture and pressure. The output is a signal that is converted to human-readable display.


Tesla is accelerating the world's transition to sustainable energy with electric cars, solar panels and integrated renewable energy solutions for homes and businesses The Tesla Roadster is a battery electric vehicle (BEV) sports car, evolved from the Lotus Elise chassis, that was produced by Tesla Motors (now Tesla, Inc.) in California from 2008 to 2012. The Roadster was the first highway legal serial production all-electric car to use lithium-ion battery cells and the first production all-electric car to.
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And ACP 150 motor is just generic three-phase engine with some tweaks. AC engines have been around now for around 100 years with at least last 50 without much change, so saying that some engine is some design and not some other is pretty much moot point, they are all basically same thing Research the 2020 Tesla Model 3 with our expert reviews and ratings. Edmunds also has Tesla Model 3 pricing, MPG, specs, pictures, safety features, consumer reviews and more. Our comprehensive.
The Tesla Model 3 was the top selling vehicle with 852 sales, the second month in a row Tesla came on top. For the year, the Ford Fiesta is the top selling vehicle. Jun. 4, 2020 at 4:16 a.m. ET by. Tesla designs, manufactures, and sells high-performance fully electric vehicles and energy storage products Find the latest Tesla, Inc. (TSLA) stock quote, history, news and other vital information to help you with your stock trading and investing
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In 2013 Motor Trend named the Model S its Car of the Year. It was at this point, Tesla's stock price took off. If you bought Tesla stock right after the IPO and held on, you'd be looking at an. Tesla is working on a new electric motor upgrade for Model S and Model X with a more efficient permanent magnet reluctance system based on the motor Tesla developed for Model 3. As we reported. . In the Standard Range Plus and special-order Long Range RWD, an electric motor is nestled. Electric cars, giant batteries and sola Nikola Tesla was born in 1856 in Smiljan, Croatia, then part of the Austro-Hungarian Empire. His father was a priest in the Serbian Orthodox church and his mother managed the family's farm
Tesla Polyphase Induction Motors Summary. A polyphase induction motor consists of a polyphase winding embedded in a laminated stator and a conductive squirrel-cage embedded in a laminated rotor. Three-phase currents flowing within the stator create a rotating magnetic field which induces a current and consequent magnetic field in the rotor California-based Tesla is committed to having the best-in-class in safety, performance, and reliability in all Tesla cars. There are currently over 275,000 Model S, Model X and Model 3 vehicles on. Having followed Tesla and the EV market in general for many years, I'd like to actually answer your question as why Tesla uses induction motors. Background Elon Musk (cofounder of Tesla) comes from Silicon Valley (SV) thinking, where move fast and break things is the mantra Elon Musk is a South African-born American entrepreneur and businessman who founded X.com in 1999 (which later became PayPal), SpaceX in 2002 and Tesla Motors in 2003 Tesla has invented a technique for increasing its all-electric vehicles' power and torque by simply adjusting the shape of some of its electric motor's components. A recently published US.
Tesla CEO Elon Musk has emerged as a champion of defying stay-home orders intended to stop the coronavirus from spreading, picking up support as well as critics on social media May 15, 2020, 6:10. In addition to the induction motors mentioned by the other postings, the new Tesla Model 3 uses an entirely new type of electric motor, which is technically described as a Three phase, six pole, internal permanent magnet switched reluctance motor.. Tesla has changed the production timelines for the most and least expensive trims of its Cybertruck pickup truck.; It said production for the three-motor, all-wheel-drive Cybertruck, which starts. Globally, Tesla's vehicle deliveries reached between 367,000 and 368,000 units in 2019, making Tesla the leading producer of electric vehicles. Concurrently, Tesla's Model 3 has become the world's.
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Tesla Motors, currently known as Tesla Inc is a public limited company of American origin. It deals in energy storage products and is associated with the automotive industry. Tesla Motors was founded in the year 2003, 1 st July by its esteemed co-founders JB Straubel, Elon Musk, Ian Wright, Marc Tarpenning and Martin Eberhard.. The company faces stiff competition in automobile sector from. Tesla's first car was the Roadster, which was a Lotus Elise body fitted with an electric motor. So in other words, instead of a $50,000 gasoline-powered Elise, Tesla buyers got a $100,000 modified electric Elise. Perhaps unsurprisingly, Tesla sold just a couple thousand Roadsters 24 Innovative Facts About Tesla Motors Chanell Alexander. The first word that comes to mind when thinking of Elon Musk and Tesla might be innovation. Since 2003, he and a group of engineers have sought to create a stylish and reliable electric vehicle. Now, Tesla is one of the largest sellers of electric cars in the United States
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Palo Alto, California-based Tesla Motors designs and manufactures Electrical Vehicles and EV powertrain components. Tesla's goal is to produce a full range of electric cars from sports cars to mass-market vehicles and we are determined to decrease the cost of electric vehicles and bring EV's to the mass market. We have designed, produced and delivered Tesla Roadsters to customers in North. Poor customer service Tesla mobile service replace my front window motor last year on March 27. It w... ent bad again in Jan 2020. i had no time to call repair service as I am a Physician With Covid crisis I had some time so I called the mobile service on March 30 2020. i told the technitian that it has been bad since jan 2020 but he said you missed the warranty by 3 days The dual-motor all-electric compact sedan will have a total driving range of 310 miles, the same as the current long-range, big-battery Model 3 equipped with a single motor. According to Tesla. As others answerers have mentioned already, Tesla apparently make the Model S motor in-house. My source for this is National Geographic (magazine)'s Megafactories documentary episode on Tesla Motors. To quote the episode: > [Like the Model S bat.. Tesla is an innovative, American company focused on building electric vehicles. It launched with a roadster, followed by the Model S hatchback and Model X SUV
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133 Tesla Motors jobs available on Indeed.com. Apply to Controls Engineer, Electrical Engineer, Die Cast Engineer and more Tesla reveals Cybertruck, a 6-passenger pickup featuring 3 motors, armored glass, and up to 500 miles of range Bryan Logan and Graham Rapier 2019-11-22T13:20:00 PALO ALTO, Calif. , April 15, 2020 (GLOBE NEWSWIRE) -- Tesla will post its financial results for the first quarter of 2020 after market close on Wednesday, April 29, 2020 . At that time, Tesla will issue a brief advisory containing a link to the Q1 2020 update, which will be available on Tesla's
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3-channel recorder 7 days.
The communication between the module and PC is wireless for an easy & Fast operation.
The patient's comfort is ensured by minimum dimensions & low weight of the unit.
The unit keeps the record in the memory even if the power supply is disconnected and enables multiple reading; thus any possibility of losing an examination is eliminated.
• 3-channel ECG Hollter for 1-7 days monitoring.
• High signal quality, sampling rate of 2000Hz with 16 bit resolution
• Powerful diagnostic engine helps the physician save precious time in examinations
• Displayed information is straightforward and clear
• Self-contained Display: The ECG signal is directly displayed on the unit, so the user is able to check signal quality immediately without relying on a PC connection.
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• HR Variability: This tool displays the HR in the form of statistical markers. All are interactive for faster and more direct work.
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• Recording time : 1 - 7 days
• Number of channels : 3or 7channel
• Patient cable : 4 leads
• Data transmission : Wireless,USB
• LCD screen resolution : 128 × 64 dots
• Storage medium : SD card 2GB
• Dynamic range : ± 60 Mv
• Digital resolution : 1.8 µV
• Sampling frequency : 2000 Hz
• Frequency range : 0.05 Hz – 150 Hz
• Maximum electrode potentials : ± 400 mV
• Common mode rejection : > 100 dB
• Pacemaker detection : ? ± 2mV/± 0.1ms
• Batteries : Alkaline 2xAA 1.5V or 2x Ni-Cd or NiMH 1.2V


This C++ Library provides a toolkit to build applications that communicate with the Mod9 ASR Engine.
It is distributed as freely licensed open-source code that can be compiled for any desired machine architecture:
For documentation on the use of this Library, see
mod9-asr.h in the top-level directory.
For a small example application demonstrating use of the Library, see
Expert C++ programmers might view this Library as a reference implementation while developing their own networking code to use the ASR Engine's custom application-level protocol over TCP. Alternatively, they may choose to use the closely related WebSocket interface, which can be more securely deployed over encrypted HTTPS.
©2019-2022 Mod9 Technologies (Engine 1.9.3 : C++ Library 1.1.0)


Digital Projectors have been an indispensable part of every educational institute, auditorium, seminar hall, conference room, and office for decades. Existing in a variety of forms, digital projectors are used for multiple purposes ranging from conducting classroom lessons, conferences, meetings, seminars and even for infotainment at times. However, different areas of application require different types of digital projectors. For example, in cinema halls, high-resolution laser projectors because it requires heavy-duty performance on a very large screen. On the other hand, a simple Pico projector can make do in a small classroom of around 15 students.
DLP projector consists of a chip that is made up of millions of microscopic mirrors, each of which is capable of independent adjustment. They can move towards or away from the light source to create a light or dark pixel. To create coloured images, the colour wheel rotates in order to create coloured pixels on the screen. Thus, the colours are displayed sequentially at a high rate than an observer sees a full coloured image. Most of the systems operate at up to 10x the frame rate.
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LED projectors use the LED lamps as it light source. LED lights work on a process called electroluminescence to produce light. In the source lamp, electricity passes through the semiconductor material that the LEDs are made up of. It allows a certain types of energy to pass through them. When an electrical energy passes through the material, it kicks off electrons that are too big to pass through. They shrink and give off protons which are the constituting particles of light.
LCD or Liquid Crystal Display is another common technology used in projectors. LCD Projectors use the same liquid crystal display technology that can be found in televisions and monitors as well. An LCD Projector creates images using multiple elaborate steps. They consist of three LCD panels which cast image using the three primary colours; red, green and blue. All three of the colours are simultaneously projected so that the image is completely coloured.
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Alexey Milovidov, ClickHouse CTO.Alexey has 13 years experience designing, developing and operating data-intensive applications. He started work on ClickHouse in 2009 and initiated its release in open-source in 2016. Prior to ClickHouse he developed the data processing engine of the world's 2nd largest web analytics system. Alexey graduated from Moscow State University with a degree in mathematics. His area of interests is data processing algorithms and technologies. He loves data and high performance.


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Forcepoint Email Security identifies targeted attacks, high-risk users and insider threats, while empowering mobile workers and the safe adoption of new technologies like Office 365 and Box Enterprise.
From inbound attack activity to outbound data theft or botnet communication attempts, Forcepoint Email Security secures mixed environments with content aware defenses, protecting email communications as part of a complete and connected defense system against Advanced Persistent Threats (APTs) and other types of advanced threats.
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Forcepoint’s Advanced Classification Engine (ACE) is at the heart of all Forcepoint solutions. ACE identifies malicious lures, exploit kits, emerging threats, botnet communications and other advanced threat activity across the Kill Chain. This enables Forcepoint Email Security to identify the early stages of an attack. It can even identify Zero-day malware threats using powerful assessment capabilities that include fully-integrated, file behavioral sandboxing.
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The rich data collections in Forcepoint Email Security are used by a number of policies to report and identify systems that may require special IT attention. They generate a report on Indicators of Compromise to identify infected systems, and more proactive reports on suspicious behavior, including potential insider threats, such as “disgruntled employee” activity. User feedback capabilities educate employees as mistakes are made, helping them to better learn and understand safe email best practices.


Bought a set of 2 Sonos PLAY:1 speakers recently. It is delivered in a larger box containing 2 boxes of individually packed Sonos PLAY:1.
The Sonos PLAY:1 is a wireless speaker system that works over wifi. It is able to play music from internet sources (ie streaming music services such as internet radio, spotify etc). It can also play music from your mobile device or a networked storage or computer.
It does not support bluetooth or any line in audio source. It also does not come with a battery and will need to be connected to an electrical power outlet to work.
The Sono speakers can be configured to work separately as individual speakers playing the same or different music. When playing the same music, with both speakers in the same room, I could not perceive any audio lah between both speaker outputs.
They can also be configured to work as a set of stereo speakers. In such a configuration, you will have the left audio channel playing from the speaker configured as the left speaker and vice versa.
More Sonos speakers can be added to the network in future and configured to work together. For example, the Sonos PLAY:1 speakers could be configured as rear speakers working with the Sonos PLAYBAR to create a 5.0 surround sound system. A sub-woofer could also be added. (It is not stated if more PLAY:1s could be paired together for the similar effect)
Lastly, the Sonos app includes the Sonos Trueplay speaker tuning software, which makes use of the phone’s microphone to tune the speaker outputs to deliver the best sound. (Think of it as “THX” for consumers.)
The sound has been quite good for its size and considering that it operates over wifi. In fact, I find the sound slightly better playing the same file from a network share over wifi and via line-in on my old Bose SoundDock Portable. (I can’t remember if the file on my iPod was downsampled to 192 Kbps. And it was against 2 PLAY:1 operating as a set of stereo speakers. But the test suited my purpose to compare the sound quality for my specific usage.)
More images here.
Useless titbit: “SONOS” appears the same even when upside down.


The world of technology is a vast and deep one. Technology comes in all shapes and sizes. Some are simple, while others are complex. Many of us use the 4 types of technology in our daily lives. Different technologies have various functionalities that make our lives easier.
Due to how broad this field of technology is, it has various classifications. Many might not know what they are or how they benefit humans. This article will discuss 4 types of technology and a few examples of each type.
What is Technology?
The word “technology” originates from the Greek language. The word “teckne” roughly translates to craft or art, while “logia” translates to study. When you combine these words, you get “teknologia,” which means systemic treatment.
Over the course of time, the definition of technology has changed. Before the 1940s, technology was only used to define the study of industrial arts.
But with time, this definition changed to accommodate a larger field. This now includes machines, instruments, weapons, communication devices, and so much more. It also included the skills humans used to build said technology.
A vaster definition of technology classifies it as machines, tools, and techniques used to solve problems.
Things as simple as nails or as complex as a car are all classified as technology. Furthermore, technology is not always physical. We have virtual technology like cloud services.
To summarize, technology is a way to fulfill a purpose and solve human problems.
These solutions turn scientific knowledge into real-world use. Technology improves through experimentation and innovations. There are different forms of technology but we have discussed the main four types of technology in this article.
What are the 4 Types of Technology?
There are different types of technology include, but here are four of the main ones. These include communication, electrical, transportation, and medical. In some cases, a piece of technology might fall into two types. The 4 categories of technology are:
Medical technology is essential because it helps to improve and maintain our quality of life.
It solves problems such as injuries, diseases, and other health issues. Not only is this technology used to treat these issues, but it is also used to detect, prevent, and track them.
Medical machinery encompasses procedures, equipment, facilities, and systems. But this does not include drugs. You can classify anything from software to implants as a medical device.
Below are the different applications of medical technology.
As medical automation advances, healthcare personnel can monitor health statuses easier.
For example, a smartwatch monitors heart rate, sleep pattern, and exercise. For more advanced monitoring, this machinery can be embedded into the patient.
Healthcare givers use diagnostic technology to learn more about a patient’s condition. Some of these include stethoscopes, X-ray and MRI machines, and thermometers.
By using this equipment, healthcare personnel can analyze areas they would not have access to. This allows them to assess their patients and provide adequate treatment.
Surgery is a procedure that has saved several lives and prevented many fatalities. All these would not be possible without surgical technology. With this technology, surgeons can operate on their patients and expect fantastic results.
These tools perform simple operations like appendectomies or complex ones like brain surgeries.
Some examples of these devices include 3D printers, smart surgical glasses, and remote robotics.
While prescription drugs are not part of medical technology, the devices used to make them are. Nanotechnology and 3D printers help researchers determine how humans react to certain substances.
With this knowledge, researchers can create medications to cure, prevent, or manage diseases. The development and improvement of medicine will result in better pharmaceutical technologies.
Communication technology is another vital type of technology. This includes equipment that allows humans to communicate through both private and public networks. This involves devices that receive, process, store, and retrieve data.
Some examples include dated technology like telegraphs and Morse code. And the more modern ones like radios and free space optical communication. Below are more examples of communication technology.
Most people know what the internet is. It is one of the most popular technologies there is. With the use of the internet, you can communicate with anyone worldwide. You will be able to share information between you. Many organizations such as businesses and charities enjoy the many benefits of using the internet.
We all love our televisions. From cable tv to streaming services, there is always a form of entertainment. Televisions work by receiving signals that turn into visual and audio content for our use. The signals can either come from the internet or a cable wire.
Mobile phones are the latest advancement of the telephone. Having a mobile phone allows people to call each other and talk to anyone anywhere in the world. The best thing about mobile phones is how portable they are, so you can take them with you anywhere.
Most mobile phones have internet capabilities. You can use social media apps like WhatsApp and Instagram to chat or make audio or video calls.
Many technologies use one form of electricity or the other to operate. This form of technology deals with the control, flow, and emission of electrons.
Electronic machinery involves physical components. These can be inductors, capacitors, diodes, transistors, and resistors. Applications of electronics technology include digital cameras, power suppliers, and interactive sensors.
Below are some more applications of electronic technology:
Computers are powered by constant electrical currents. Once the binary code picks up the electrical current, certain parts of the computers start to perform various functions.
Computers can be used for several functions. Some examples are accessing the internet, building software like artificial intelligence, graphic design, and more.
A circuit can be defined as a group of electrical modules working together to perform a specific task. For example, a computer processor. This component converts electrical signals to computer code.
Other devices with electrical circuits include mobile phones, remote controls, and kitchen appliances.
With the help of energy automation, people can store, transmit and generate energy. We use this energy to power our homes and other devices we use. Here are some examples of energy machinery.
Solar panels work by generating power from the energy they absorb from the sun. People use the energy from these panes to power several things like heating systems, televisions, lighting, and more.
Furthermore, as time goes by, solar panels are gaining in popularity. This is due to their lack of carbon footprint from their use of renewable energy.
Batteries can be used to store energy for long periods of time and are used to power all sorts of machinery. These technologies include remote controls, wristwatches, cars, and others. With the improvement in automation, batteries are more potent and last longer.
4 Types of Technology: Conclusion
Technology is a vital part of our daily lives. It makes everyday activities more straightforward and more efficient. There are various types of technology that affect different aspects of our lives. This article covers the four types of technology that we use.
To find more articles like this, be sure to check out our website.


NEWS - Tuesday, February 11, 2003
Xbox Gets Online Help From BigWorldBigWorld Pty Ltd, Micro Fortes official licensing agent for BigWorld massively multiplayer technology today announced its Early Access Program for the highly anticipated BigWorld Technology. With over $8M and three years in development, the technology offers the worlds most scalable, fault-tolerant, and customisable MMOG middleware available. Microsoft is using BigWorld technology in its eagerly-awaited new title by MicroForte on the Xbox. BigWorld is a unique approach to massively multiplayer gaming. It not only allows millions of people to play in the same world without sharding but also allows the creation of the next generation of MMOGs with technology that provides action game style interaction with high level of detail over low bandwidth connections. John De Margheriti, Chief Executive Officer of Micro Forte said "BigWorld Technology allows game developers to deliver their MMOGs quickly. Our technology is complete - incorporating the server back-end, a 3D PC client and the tools needed to start developing games immediately. No other company currently offers such a comprehensive solution." The BigWorld server architecture is based on modern distributed object patterns. It has been designed to be free of the limitations demonstrated in existing MMOG implementations. The server is compatible with clients running on any platform including PC, next generation consoles. The initial solution comes with a PC client front end. "Providing fast, smooth game-play, while keeping the bandwidth costs low was one of our key objectives," said Simon Hayes, CTO and chief architect of BigWorld Technology. "Our sophisticated and highly efficient load balancing allows thousands of players to come together, to play epic battles and attend grand weddings. The server cluster quickly adapts, focusing more resources on the area of high activity, keeping the load across all servers evenly balanced. The end result is a smooth game-play experience for the players, and cost-effective use of the servers."


This is just the first in a series of Articles about NASA’s Artemis Program the Moon to Mars.
With NASA’s Artemis program, NASA plans to land the first woman and next man on the Moon by 2024, using innovative technologies to explore more of the lunar surface than ever before. They will collaborate with our commercial and international partners and establish sustainable exploration by the end of the decade. Then, They will plan to use what we learn on and around the Moon to take the next giant leap – sending astronauts to Mars.
Featured Image: Image Credit: NASA/Cory Huston


SATURN, PLANO, MAY 07-10, 2018
As systems grow in complexity, architecture’s role becomes increasingly important at the enterprise, systems, and software levels. Architecture practitioners rely on technology, research, and the knowledge and experience of peers to build predictable, high-quality systems.
The SATURN Conference brings together an international audience of practicing software architects, industry thought leaders, developers, technical managers, and researchers to share ideas, insights, and experience about effective architecture-centric practices for developing and maintaining software-intensive systems.
The SATURN technical program will include courses, tutorials, keynote addresses, experience reports, and technical talks. The program is designed to provide you with practical knowledge that you can apply directly to your day-to-day work.
Cloud Computing: An Architecture-Centric View
Essential Microservice Architecture
Launching and Sustaining Agile Architecture


Frontier technology, unparalleled.
Product: Nexstim NBS
Nexstim Navigated Brain Stimulation (NBS) uses SmartFocus® transcranial magnetic stimulation to precisely localise and accurately modulate the surface of the brain associated with eloquent function. With spatial accuracy reported between 2-6mm, Nexstim data yields clinically meaningful information in neurosurgery, cerebrovascular surgery, epilepsy surgery and radiation therapy.
Then use EnTMS data during surgery to avoid neurologic injury.
Safely map eloquent motor and language regions prior to surgery
Indication of craniotomy size and surgical exposure
Functionally confirm involvement of eloquent motor and language regions
Neurologic risk stratification (i.e., lesion to tract distance, interhemispheric motor resting threshold).
Indication of and complimentary to brain mapping & monitoring
Indication of surgical approach (i.e., awake or asleep) in consideration of nTMS functional data.
Accuracy and integration of DTI fiber tractography
Close corroboration with direct cortical stimulation data (< 2-6mm)
"What makes this so special is the ability for it to define very small, precise cortical regions on the surface of the brain, and define individual components of function, which is something we never could do before"
Prof Mitch Berger
Neuroclast is a proud business and collaborative partner with Nexstim to introduce navigated transcranial navigation to the Australian and New Zealand markets.
Nexstim nTMS is currently being outsourced by Neuroclast in Melbourne, AUS. Please inquire if you would like to refer a patient, or arrange a demonstration.
We have designed and instituted a multi-centre trial for nTMS in supratentorial brain tumour surgery to explore the impact it can have on surgical planning, clinical outcomes, and direct cortical stimulation findings.
What is Navigated TMS?
Transcranial magnetic stimulation (TMS) introduced in 1985.
Initially developed as a research tool, integration with stereotactic neuro-imaging rendered it a prospective clinical tool.
Line navigation was insufficient for precise targeting of neural function.
Nexstim was the first, and only, medical device company to localise the coil's true electric field (E-field) relative to the brain.
Partnered with MRI neuro-imaging En-TMS is the most accurate and precise product in the world for presurgical mapping and therapeutic applications.
Nexstim's accuracy and clinical efficacy is supported by peer-reviewed medical research.
An electromagnetic field can be created that generates an electrical field at the surface of the scalp. There are various types of "coils" that can induce different stimulation effects on the human brain. Traditionally, TMS is stimulated with an approximate understanding of anatomic targets.
Stereotactic imaging uses a three-dimensional coordinate system for anatomical targeting, compared to other imaging modalities which are 2D. This makes targeting more effective, especially if you're trying to localise eloquent cortical regions that have important implications for treatment.
Line navigation refers to how the TMS system's coils align with the imaging relative to the scalp. Given that TMS coils are often bulky, it is difficult to partner stereotaxy with these coils.
This is critically important when making treatment-related decisions inferred from TMS data. Nexstim's SMART FOCUS technology is novel and patented, and contributes to the most accurate, precise and reproducible electrical field possible.
In the context of neurosurgery, accuracy of non-invasive mapping such as En-TMS is crucial. Nexstim's NBS and NBT systems use the SMART FOCUS technology to ensure that data is accurate and can be exported in DICOM format into all intraoperative navigation systems.
Over 100 peer-reviewed papers involving 4,000+ patients have been published throughout the U.S, EU and U.K as of 2020. Neuroclast is establishing formal research partnerships with tertiary and non-tertiary hospitals using the NBS and NBT systems.
Contact Neuroclast for an inspection or demonstration of the NBS or NBT system today.


In today’s interconnected world, collaboration and knowledge sharing are vital drivers of scientific progress. Researchers from diverse fields need a platform that facilitates networking, enables the dissemination of research findings, and encourages fruitful collaborations. Enter ResearchGate, a dynamic online platform that has revolutionized the way researchers connect, share, and discover scientific knowledge. With its vast user base and extensive range of features, ResearchGate has become an essential hub for the global research community. In this article, we will explore the world of ResearchGate, and understand its purpose, functionalities, and the benefits it offers to researchers worldwide.
What Is ResearchGate?
ResearchGate is a popular academic social networking site that has gained popularity among the scientific community. It offers user-friendly interfaces and features that attract scientists worldwide. The platform provides metrics related to articles, such as impact factors and citations, allowing researchers to assess the impact of their work. Additionally, to the question “What is ResearchGate?”, it supports open-access publications, increasing visibility and facilitating easy access to research information. The scientific community has embraced ResearchGate as a means to promote their work and showcase its impact through reliable scientometric measures. To create a profile and access ResearchGate, here is the link: https://www.researchgate.net/
History Of ResearchGate
ResearchGate was established in 2008 by Dr. Ijad Madisch, Dr. Sören Hofmayer, and computer scientist Horst Fickenscher. The founders, who were researchers themselves, encountered the challenges of collaborating with colleagues located in different parts of the world. This personal experience inspired them to create a platform that would facilitate global scientific collaboration and knowledge sharing. Since its inception, ResearchGate has grown significantly and now boasts a membership of over 17 million researchers, scientists, and academics. The platform continues to evolve, providing a valuable space for researchers to connect, collaborate, and access scientific publications.
Purpose Of ResearchGate
The purpose of ResearchGate is to provide a dedicated online platform for scientists, researchers, and academics to connect, collaborate, and share their work. It aims to facilitate global scientific collaboration and knowledge exchange by offering a range of features and tools specifically designed for the research community. The platform allows researchers to create profiles, upload and share their research papers, and engage in discussions with peers. The purpose is to foster collaboration, promote the dissemination of research findings, and accelerate scientific progress by connecting researchers from different disciplines and geographical locations.
ResearchGate offers several features to cater to the needs of scientists and researchers. Here’s an explanation of each feature:
Connecting With Other Scientists And Researchers
ResearchGate enables researchers to discover and connect with peers from diverse disciplines, fostering collaboration and networking. Users can search for researchers based on criteria like research interests and institutions, follow their work, exchange messages, and initiate collaborations. The platform also offers personalized recommendations, group participation, and event information, facilitating meaningful interactions, knowledge sharing, and expanding professional networks within the scientific community.
Creating A User Profile
Creating a user profile on ResearchGate is a fundamental aspect that allows researchers to present their academic identity to the scientific community. Through their profiles, researchers can showcase their expertise, research interests, and achievements. They can provide detailed information about their educational background, affiliations, publications, and research projects. User profiles also enable researchers to connect with peers, follow their work, and receive updates. It serves as a professional platform for researchers to establish their presence, highlight their contributions, and foster collaborations within the global research community.
Network For Scientists
ResearchGate engages scientists by providing a platform that fosters active participation, collaboration, and knowledge sharing. Through features such as discussions, Q&A forums, and personalized news feeds, researchers can engage in intellectual conversations, seek advice, and stay updated on the latest developments in their fields. The ability to follow and connect with other researchers enables scientists to expand their professional networks and establish connections with like-minded individuals. ResearchGate also offers opportunities for collaboration through its recommendation system, which suggests potential collaborators based on research interests.
Job Boards are a feature that serves as a valuable resource for researchers seeking employment opportunities within the academic and research sectors. By aggregating job postings from diverse sources such as universities, research institutions, and industry organizations, it provides a centralized platform for researchers to discover relevant positions. Researchers can browse through job listings, explore postdoctoral positions, faculty positions, research positions, and other research-related roles. The feature enables researchers to connect with potential employers, apply for positions directly through the platform, and expand their career prospects within the scientific community.
Related article: Academic Career – Make a Living Out of Learning
Access To Academic Journals And Publications
Access to academic journals and publications can be obtained through traditional subscription models or open-access initiatives. ResearchGate provides access to a vast collection of academic journals and publications and allows researchers to share and access papers, although availability depends on authors’ choices and copyright restrictions. Researchers should critically evaluate papers and consider alternative means of access, such as institutional subscriptions or open-access resources, to ensure reliable and comprehensive access to academic literature.
Default Settings For Article Uploading And Sharing
ResearchGate provides default settings for article uploading and sharing, ensuring that researchers can easily upload their work and control its accessibility. Researchers can choose to make their articles publicly available or restrict access to specific individuals or groups. These settings allow researchers to share their work while maintaining control over its distribution and visibility.
Benefits Of Using ResearchGate
ResearchGate offers several benefits to researchers, facilitating their professional growth and fostering collaboration within the scientific community.
Professional Networking Opportunities
ResearchGate provides a platform for researchers to connect with colleagues from around the world. It enables researchers to build their professional network, establish collaborations, and engage in scientific discussions. By connecting with peers in their field, researchers can expand their knowledge, seek guidance, and stay updated on the latest developments and research trends.
Increasing Visibility Of Work And Publications
ResearchGate plays a crucial role in increasing the visibility of researchers’ work and publications. By uploading their research articles and publications to ResearchGate, researchers can increase the visibility and reach of their work. The platform allows other researchers to easily discover and access their publications, potentially leading to higher citation rates and broader recognition within the scientific community. This increased visibility can be particularly valuable for researchers who may not have access to traditional publishing avenues or want to share their findings quickly and widely.
Enhancing Collaboration Opportunities With Other Researchers
ResearchGate facilitates collaboration by connecting researchers with shared research interests. The platform enables researchers to identify potential collaborators, exchange ideas, and work together on joint projects. Collaborative projects also offer opportunities for sharing data, methodologies, and insights, which can lead to discoveries and breakthroughs. Building strong networks and actively seeking collaboration opportunities can enhance the quality and impact of research, ultimately driving progress in various fields of study.
Challenges Associated With Researchgate
While ResearchGate offers numerous benefits to researchers, there are also some challenges associated with the platform that researchers should be aware of:
Quality Control and Peer Review: ResearchGate allows researchers to share preprints or early versions of their papers that have not undergone formal peer review. While preprints enable rapid dissemination of research findings, they may lack the rigorous evaluation and scrutiny provided by traditional peer review processes. Researchers need to exercise caution when accessing and citing preprints, as the information they contain might be preliminary and subject to revision or correction.
Related article: The History of Peer Review: Enhance The Quality Of Publishing
Misinterpretation and Misinformation: With the openness of ResearchGate, there is a risk of misinterpretation or misuse of research findings. Some users may not have the necessary expertise or understanding to accurately interpret complex scientific findings, leading to potential misconceptions or the spread of misinformation. Researchers should critically evaluate the credibility and validity of the papers they access on ResearchGate and rely on established peer-reviewed sources for reliable information.
Limited Access to Subscription-Based Content: While ResearchGate allows researchers to share their work, it may not provide access to all academic papers and publications due to copyright restrictions and publisher policies. Researchers may encounter limitations in accessing subscription-based content, particularly articles that require paid subscriptions or institutional access. This can create challenges for researchers who rely on ResearchGate as their primary source for accessing scholarly literature.
Unleash The Power Of Infographics With Mind the Graph
Mind the Graph is a powerful platform that helps scientists unleash the potential of infographics. By providing customizable templates, a rich library of scientific illustrations, and data visualization tools, researchers can create visually stunning infographics to effectively communicate their complex research. The platform fosters collaboration, facilitates knowledge exchange, and enables scientists to share their work with a broader audience, bridging the gap between scientific information and non-experts. Mind the Graph empowers scientists to enhance their research visibility, improve knowledge dissemination, and revolutionize the way scientific information is presented. Sign up for free and start now.
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Smartphone technology has come a long way since its inception. From the early flip phone to the more recent folding phone, vast changes have occurred and will continue to appear in the years to come. But, where is smartphone technology headed and what can consumers expect in the coming decade?
Richard Galvan is an entrepreneur and tech expert from Rio Grande Valley, Texas. Richard started his first job at Dell in 1994. There, he developed a passion for technology. Within 10 years, he had traveled to almost every country in Latin America as Dell’s regional account manager. Today, Galvan is co-owner of G5 Internet Services. He and his wife Sonia Galvan own and operate G5 Internet Services in Rio Grande Valley, Texas. Their company delivers high-speed internet and streaming services to many customers, including residential consumers, commercial locations, and state and local governments. With an extensive background in technology, Mr. Galvan shares his insight into the future of smartphone technology.
Diverse Interaction Options
In recent years, the introduction of the touchscreen sparked a significant interest. Today, nearly every smart device incorporates this technology. As a result, the market is saturated. For smartphone developers, this means that it’s time to move on. In the coming years, Richard Galvan predicts that consumers will see all kinds of new interaction technology. From more complex voice controls to motion control, smartphone technology is expected to move towards more natural and efficient forms of interaction.
Smartphones as Digital Assistants
Consumers have already seen digital assistant technology built into their smartphones. From Siri to Cortana and others, many people use these tools to help organize their daily lives. However, with the help of AI and even more advanced smartphone technology, consumers can expect to soon have a highly-capable personal assistant in their pocket at all times. A report published by eMarketer projects that nearly 40% of Americans use voice assistants at least once a month, with this number expected to increase significantly in the coming years. This trend suggests that smartphone developers will integrate additional voice control features and more complex voice assistant tools. Richard Galvan suspects that these new, upgraded digital assistants will incorporate tools for all aspects of life, including healthcare and diagnosis instruments, as well as mental health tools. As a result, smartphones will completely manage our personal and professional lives.
Some smartphone producers have already started moving away from headphone jacks and ports. Moving forward, consumers can expect this trend to continue. In fact, it is expected that in the near future, all smartphones will use Bluetooth technology and wireless charging — no ports needed. As other technologies allow for interaction via Bluetooth, this will start to become a plausible reality. For example, as more and more sound systems and vehicles incorporate Bluetooth and wireless charging capabilities there will be no need for ports on smartphones.
A Blast from the Past
While it might seem like a step backward in terms of technology, several smartphone makers are currently developing flip phones. Although the design may mirror flip phones from the past, the technology will unlikely revert to what it was. Richard Galvan predicts that phone developers will incorporate new technologies along with nostalgic aesthetics. For instance, new flip phones will likely incorporate foldable touchscreens to maintain the ease of use provided by larger screen sizes.
Richard Galvan on Malleable Screens
Consumers have already witnessed phone screens progress from a solid piece of glass to a foldable display. It is expected that this trend will continue, with new stretchable screens on the horizon. With this development, smartphone screens will be able to be stretched, folded, and manipulated. The idea behind this new technology, notes Richard Galvan, is that it will allow for larger screen sizes but still provide the ability to store the device in a smaller compact form.


MyAir5: the latest version of MyAir
MyAir5 is Advantage Air’s most advanced air management system ever. By downloading the MyAir app for your smart device, you can remotely control your reverse cycle air-conditioning from anywhere. You can adjust the airflow to every room, or for complete comfort, by installing Individual Temperature Control (ITC) sensors, they will adjust the airflow automatically for you. MyAir5 is compatible with all major brands of air conditioners so you have the flexibility to choose the right unit for your home. And not only does the 8-inch touchscreen double as an Android tablet, it completely integrates with MyLights, our smart home lighting system.


ADB, the Android Debugging Bridge. If you want it to connect to Android > 4.2.2, or in other words, anything from this century, you can’t use anything less than ADB 1.0.31. By default, mobisec comes with 1.0.29, so even if the device is rooted, the device appears to be offline.
To upgrade adb: First download android-sdk-linux, from here: https://developer.android.com/studio/index.html near the bottom where is says “Just the tools” Once you download, unzip and all that, cd into android-sdk-linux and run: tools/android update sdk –no-ui
To get 32-bit adb: http://askubuntu.com/questions/710426/android-sdk-on-ubuntu-32bit, as of this writing, it resulted in version 1.0.32 of adb.
Installing Drozer: (Drozer site) Need the .apk for the device, and the platform. Both are available at the Drozer page. Start up the agent on the device, and it should be running on tcp:31415, then do the port forwarding in the platform. If the device and the platform connect, all good, and fire away!
Extra Drozer Modules: https://github.com/mwrlabs/drozer-modules
Drozer User’s Guide:
If we get:
mobisec@mobisec:~$ adb devices
List of devices attached
8753afe5 no permissions
Then stop and start the server with sudo.
Another good resource: https://securitycafe.ro/2015/07/08/mobile-penetration-testing-using-drozer/
Video overview by the developer: https://www.concise-courses.com/infosec/drozer/


Control Details and Wizard Software
Full Color Graphical Display
- Features a Full Color, 15.1” Touch screen.
- Uses a standard hard-drive, which will allow for unlimited parts storage.
- With a digital display users can store and display photos of parts for future reference, and training for new operators. This will save time and minimize errors.
- A color display allows you to color code tooling for organization.
- Create a new part right on the screen. This is a great option for prototyping a new part. There is also a base grid option.
- A Part simulation will simulate the Punch or Bend without actually operating the machine. Useful for error testing.
- The digital drawing will show you any errors in design, such as the part hitting the tool, so you can make necessary adjustments.
- The software automatically converts Gcode files to work with the wizard software. Any older parts you have created will not need to be redone.
- DXF files are able to be imported for Bend Wizard Parts.
- Tooling info from amada or the other companies can be imported to save time.
- Features the ability to add operators notes to your part files for future reference.
Benefits of a CNC Control Upgrade
Windows based operating system w/Unlimited Part and Tool Storage and Networking
- The control is preloaded with windows (7 or 10) and can do everything A windows based PC can do.
- Ethernet based networking allows you to connect to a server. This makes part retrieval a breeze.
- PC Controls offers an affordable path to newer versions of the Windows® operating system.
Non- Proprietary Replacement Parts
- All Parts, except for the interface board, are non proprietary. Buttons, Knobs, Etc.
- Parts can be bought from PC Controls or another source. This keeps the cost of parts down. (I.E. The keyboard can be replaced at any electronic retail store, like best buy.)
On-Screen Error Diagnostics, Tech Support & Remote Troubleshooting
- Errors are displayed in detailed text, not just codes. This will help you get right to the issue, and get it fixed saving time and money.
- PC Controls can use remote acess software to remotely access your control and troubleshoot any issues.
- PC controls Unites States Based Location prevents major time difference issues.
- The software will provide the operator with trouble shooting notes.
- You have the ability to see all digital inputs & outputs
Installation and Training
- Complete on-site installation only takes 3 to 5 days.
- You will be fully trained in operation and maintenance of the control.
- All documentation about the control is provided. Including: control operation, components & wiring schematics (All internal wiring is clearly labeled.)
- The Control comes with a 1 Year parts Warranty.


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Still images or video--capture either 60 minutes of DVD-quality MPEG-2 movies or thousands of super-high resolution UXGA-size JPEG pictures with the Everio--the first camera to use Microdrive technology. The included 4GB Microdrive card, though it is the same size as Compact Flash card, has such unprecedented capacity because it is has its own built-in HDD (hard disk drive).
Until now, tapeless formats have been severely limited in the length and quality of video capacity, but the Everio's Microdrive lets you shoot up to 60 minutes of high quality MPEG-2 video--and even more in lower resolution modes. A selection of recording modes lets you choose more quality or more shooting time. The highest quality Ultra mode records at a constant bit rate of 8.88 Mbps with AC 3 audio--comparable to the DVD data rate (average 4 Mbps video/9.8 Mbps maximum). Essentially what you get is DVD quality, with the same video and audio format as a movie DVD. And the number of still photos that will fit on the Microdrive card is nothing less than awe-inspiring: More than 5, 000 of the highest resolution images (1600 x 1200 fine).
Three 1/4.5-inch 1.33 Megapixel CCDs for High-Quality Image Capture
The image sensor in the Everio GZMC500 features three 1/4.5-inch CCDs offer the high-resolution capabilities needed for high quality digital videography and photography. The Everio features a total of 5 Megapixel-Class Digital Still recording up to 2560 x 1920 pixels (JPEG), and High-Quality MPEG-2 Video Recording (up to 720 x 480/60i in ULTRA mode) with Dolby Digital Audio (MOD file). And the Megabrid Engine applies separate, optimized processing to moving and still images, for videos with a high signal-to-noise ratio, and high-resolution still pictures.
Versatile, Lossless Data


Test and Measurements Engineer
Are you an experienced test and measurements engineer with expertise using LabVIEW? Do you want to create systems that test and validate the accelerator components of the largest particle accelerator in the world? Do you want to improve your computer engineering skills and apply them to solve challenging measurement and control problems? Join CERN and discover a whole new world of measurement and control solutions. CERN, take part!
Test and Measurements Engineer for measurement and control systems, including analysis software, for testing of accelerator components and assemblies in the Engineering (EN) department, Survey, Mechatronics and Measurements (SMM) group, Measurement, Test and Analysis (MTA) section.
You will join:
The Engineering Department that provides CERN with the engineering competences, infrastructure systems and technical coordination required for the design, installation, operation, maintenance and dismantling phases of the CERN accelerator complex and its experimental facilities.
The EN/SMM Group (Survey, Mechatronics and Measurements) responsible for the geodetic metrology of the accelerators, their associated beam transfer lines and detectors, for the whole CERN site. The Group also manages the design and operation of the mechatronics of the CERN accelerator beam intercepting devices (BIDs) as well as the development of robotic solutions for remote inspections and tele-manipulation in radioactive areas. SMM provides support for all measurements, test systems and data analysis applications based on LabVIEW as well as support on radiation tests of electronic components and systems for radiation tolerant design.
The MTA section is in charge of developing turnkey solutions for measurement, test and control systems based on LabVIEW and provides integration of these systems in the accelerator infrastructure. The section also develops a rapid application development framework (RADE) based on LabVIEW, which includes application interfaces with the accelerator controls infrastructure. It is responsible for analysis software to determine the electrical integrity of the superconducting magnet circuits of the LHC. The MTA section earned the recognition of LabVIEW Centre of Excellence in 2017. For further information, see http://cern.ch/mta.
As a Test and Measurements Engineer in the MTA Section, you will:
Develop and support the software framework for the analysis of LHC electrical circuit data. This framework, based on LabVIEW, provides the means to analyze the electrical integrity of the LHC electrical circuits which include superconducting magnets, current leads, power converters and quench protection equipment.
Develop data acquisition and equipment control applications based on users' specifications by using LabVIEW together with the section's rapid application development framework (RADE).
Contribute to integration and support of CERN's standard communication (FESA server and RDA3) and timing (GMT and White Rabbit) systems using LabVIEW real-time.
Contribute to the development and testing of equipment drivers in C/ C++ on Linux RT.
Be part of the support team that ensures optimal system operation at the accelerators at CERN.
Be a member of the CERN-wide LabVIEW support service which serves approximately 600 users.
Supervise one or several technical engineers and/or technician programmers.
Master's degree or PhD, or equivalent relevant experience in the fields of electronic engineering or computer engineering, or equivalent.
The experience required for this post is:
Proven experience using LabVIEW (at the certified developer level) for the Linux, Windows and Mac OS X operating systems.
Experience using C/C++ and code interfacing with LabVIEW.
Demonstrated experience with PXI and cRIO-based data acquisition and control systems operating with LabVIEW Real-Time and LabVIEW FPGA.
Prior experience in user support.
Experience supervising team members is an asset
The technical competencies required for this post are:
- Development of graphical real-time software: LabVIEW.
- Graphical FPGA programming: LabVIEW, FPGA.
- Design of real time control system.
- Configuration of digital and analogue acquisition board.
- Programming/software development: in C++ under Linux.
- Development, test and use of equipment drivers under Linux RT (in C and C++)
The behavioural competencies required for this post are:
- Achieving results: having a structured and organised approach towards work; being able to set priorities and plan tasks with results in mind.
- Solving problems: producing workable and timely solutions that meet requirements.
- Learning and sharing knowledge: using knowledge sharing systems and technology.
- Demonstrating accountability: taking responsibility for own actions and decisions.
- Working in teams: contributing to promoting a positive atmosphere in the team through an optimistic and constructive attitude; addressing issues.
The language competencies required are:
- Spoken and written English or French: ability to understand and speak the other language in professional contexts.
- Ability to draw-up technical specifications and/or scientific reports and to make oral presentations in at least one of the two languages.
Diversity has been an integral part of CERN's mission since its foundation and is an established value of the Organization. Employing a diverse workforce is central to our success.
We welcome applications from all Member States and Associate Member States.
This vacancy will be filled as soon as possible, and applications should normally reach us no later than 26.04.2018.
By applying here, you allow CERN to consider your application for any position it considers relevant with respect to your profile. Please ensure you update your profile regularly with any relevant information and that you inform the recruitment service if you wish your file to be removed from the database.
We offer a limited-duration contract for a period of 5 years. Limited-duration contracts shall terminate by default on their date of expiry. Subject to certain conditions, holders of limited-duration contracts may apply for an indefinite position.
These functions require:
- Participation in a regular stand-by duty, including nights, Sundays and public holidays.
- Work in radiation areas.
- Interventions in underground installations.
- A valid driving licence
- Work during nights, Sundays and official holidays, when required by the needs of the Organization.


Through the years, we now have observed different kinds of technical achievements. We now have seen TVs getting larger but thinner, and also have seen computers getting faster and much more powerful. Another kind of device that you can get that has been enhanced may be the pressure cleaner.
Companies that manufacture pressure cleaners are actually presenting new technology along with mechanised becomes their own item. It is a lot more effective in cleaning and it also offers features which will create cleaning simpler for you to do.
So , what are the technology included in new pressure washers?
Nicely, a few of these technology include low flow technologies, super-high vapor temperature, automated arrêt, as well as tri-mode performance electric water washers
The automatic shutdown feature has become the greatest innovation which has been integrated in pressure cleaners. With this particular feature, it will help decrease wear and tear on the key aspects of the machine, that will eventually prolong its living.
A pressure washer works by moving water at ruthless and at various temperature levels. Based on your needs, it can pump high pressure of cold water, hot water, or even vapor across various kinds of areas.
Benefit pressure will help clean away dust Great water washers , dirt, staining along with other impurities on any kind of surface area.
Generally a stress washer features a gas or propane engine to power the actual pump. Some also offers electric engines. The water exits through a induce gun coupled to the device via the pressure hose.
When you turn on a pressure laundry machine, you can stop the outcome of the flow using the trigger. Still within conventional pressure cleaners, even though there is no output of drinking water, the pump and motor will be on. This can result in usage, which is why you need to switch off the machine when you take a break to be able to decrease wear and tear.
Now, imagine walking to as well as from the device just to change it off and on. Imagine carrying this out in a large building or areas along with very long hoses. Of course , this is very inconvenient in your part but it will surely waste lots of your time and effort.
Therefore the best solution is to get a stress washer having an automated shutdown technologies. It basically functions exactly like your own conventional stress washer however this device will automatically shut down the actual pump launched not in use over 30 seconds. And, in case you press the trigger once again, the machine will certainly automatically start-up Youtube Videos
Using the automatic shutdown technology, it is going to enable you to shut down the device temporarily. This can decrease wear as well as year within the pumps and motor, which supports in prolonging the actual operational life from the device.
So , if you want to get a stress washer, you must have one using the automated shutdown feature. With this type of pressure cleaner, not only will you thoroughly clean any surface efficiently however, you will even possess a pressure washer which is more effective in using energy and also one which can last for any very long time.


Augmenting your input in TensorFlow
One good way to improve the performance of your neural network is by using augmentations. There are several ways to augment images, so I will discuss some of them in this article. First of all it would be nice to have some images we can apply our augmentations on. For this article I will use the cifar10 dataset, as it is included with Keras, is small to download, and has three image channels.
<TensorSliceDataset shapes: (32, 32, 3), types: tf.float64>
## How to augment There are multiple ways which are normally beneficial to your training algorithm. Think about rotating and flipping the images, or changing the colours. Luckily TensorFlow already has many of these algorithms included:
<matplotlib.image.AxesImage at 0x7fe5ba968a20>
<matplotlib.image.AxesImage at 0x7fe5ba8cab00>
Augmenting the color spaces
Clipping input data to the valid range for imshow with RGB data ([0..1] for floats or [0..255] for integers).
Hopefully you can still recognize the image, although the colours are jumbled a
One thing you can already see is that it’s possible that your image pixel values
are outside of the normal range. To fix this you can call the function
tf.clip_by_value(tensor, 0, 1).
## Applying the augmentations on your
Now that you know what functions are available the next step is to map these
functions to your dataset. The Dataset object itself supports this with it’s map
function. However, you need to wrap the function you map inside a new function
which contains all your parameters.
If you get a message like
InvalidArgumentError: Length for attr 'output_shapes' of 0 must be at least minimum 1 it means that you
forgot to return the tensor after applying an operation.
You can even make the code a bit shorter and use the function directly, but then you have to map it into a lambda function.
Now you can also stack functions on top of each other to get super- augmentations:
Images are looking great now, but the amount of augmentations is maybe a bit too much now.
If you get the error
TypeError: 'Tensor' object is not callable you did not
wrap the functions in a lambda/callable function.
As you can see images are looking a bit more recognisable now.


Apple Watch Series 5 and the new, cheap iPad
The next generation of the most popular smartwatch in the world has several new features, including Always-On display, built-in compass and several health monitoring solutions. Apple also boasted a twice as powerful basic iPad with a Smart Connector, which until now was only available in more expensive models.
The conference started as announced at 19.00. The first iPad went on fire. The current 9.7-inch display has been replaced with a 10.2-inch display – unfortunately still with a physical Home button. There was also a keyboard and stylus attached. Among the new products also appeared floating keyboard that can be operated with one thumb. This is one of the advantages of using iPad OS – a system developed from the ground up for tablets.
The seventh generation is also to be twice as efficient as the previous model, although the processor has not changed – it's still an A10 Fusion chip. The whole is powered by a battery that can last up to 10 hours. The most desirable new products include the Smart Connector, thanks to which we can conveniently connect additional accessories, including keyboard.
The new version of the iPad will debut in stores September 30 from $ 329 (around PLN 1,599). In the school version, the tablet costs $ 229. The equipment is already available for pre-order.
Apple Watch Series 5
This stage of the conference began with a film showing the accounts of several people who were saved by Apple Watch. It is no wonder that the company devoted a lot of time to the watch at its speech – you can see that this is the Cupertino company is an important product, no less important than the iPhone.
When it comes to the biggest new products in the Apple Watch Series 5, it is primarily a display Always-On Retina. For the first time in the history of this series, the smartwatch screen will remain on all the time. Until now, to wake up the watch you had to rotate your wrist. This function will be useful in many situations, e.g. during training or during a business meeting. Thanks to the LPTO panel and lighting sensors that optimize the refresh rate, the watch battery should work all day on one charge.
There are places where GPS still fails. For this reason, the manufacturer decided to equip the Apple Watch Series 5 with compass. Additional features are another new feature monitoring health. First of all – an ambient noise meter that will tell you if the decibel level is dangerous for us. Secondly, we find here improved menstrual cycle monitoring. Thirdly, each copy has been given the option of calling for help, even when the watch is not connected to a smartphone.
The Apple Watch Series 5, like the new iPad, is made of 100% recycled aluminum. The watch will hit the market September 20. Price: $ 399 for the Wi-Fi version and $ 499 for the LTE variant. | CHIP
Apple Watch Series 4 (GPS) 44mm


July 1, 2020 -- Artificial intelligence (AI) software developer Elucid Bio is highlighting a study showing that its vascuCAP AI algorithm was about 70% more accurate in predicting strokes than stenosis-based methods over a six-year time period.
Researchers from the University of Maryland's Center for Vascular Diagnostics and the U.S. National Institute of Health Vascular Imaging Core Facility sought to improve the prediction of major adverse neurological events, including stroke, transient ischemic attacks, and amaurosis fugax by applying Elucid Bio vascuCAP software to traditional carotid imaging.
At left is a CT scan of the carotid artery. On the right, Elucid Bio's vascuCAP software transforms the scan into a 3D visualization and quantitation of plaque tissue composition and structural measurements. vascuCAP was validated in the CRISP trial to inform highly accurate prediction of major adverse neurological events such as stroke. Image courtesy of Elucid Bio.
The findings indicate that vascuCAP's algorithms for risk stratification in carotid atherosclerosis are better predictors of stroke than stenosis assessment alone, according to the company. The technology, which is in clinical use, could improve risk assessment for stroke, including patients diagnosed with COVID-19, according to the findings.
The interim results will be presented at the Society for Vascular Surgery Online Summer 2020 conference on July 2.
Life Image, RapidAI partner on stroke technology
Medical image-sharing technology developer Life Image and artificial intelligence (AI) software developer RapidAI have teamed up to accelerate the adoption...
Head trauma can be measured by MRI
Israeli researchers have discovered they can determine whether football players have chronic traumatic encephalopathy, a neurodegenerative disease caused...
RapidAI launches AI analysis software
Artificial intelligence (AI) software developer RapidAI has launched RapidAI Insights, a data analytics platform that enables users to gain insight, standardize...
MRI tracks brain damage caused by COVID-19
Hospitalized patients with COVID-19 should undergo an MRI exam before being discharged to determine whether they have sustained brain damage from the...
Iranian team presents COVID-19 pediatric stroke case
A team of researchers from Iran on June 2 published a case study in Radiology that describes incidence of stroke in a child with COVID-19. The...
Last Updated mf 7/1/2020 12:21:25 PM


Gel cell batteries are constructed with a typical sealed lead acid design and are sometimes confused with absorbed glass mat batteries by outward appearance. Unlike AGM batteries, gel cells have a lower power output for their size, but do well with applications requiring a slower rate of discharge or where operating temperatures may be slightly...
M/F Check the label. If the battery possesses a label, its specifications will be written there clearly. Unfortunately, sometimes labels are lost or damaged and cannot be read.
M/F Look at the construction. Gel cell batteries have a sealed construction and appear as a plastic box with two terminals in the top. While this type of construction does not guarantee that the battery is gel cell, it does narrow it down for you.
M/F Check for corrosion around the terminals. Gel cell battery terminals will appear cleaner, as the silica that holds in the electrolyte does not allow for the escape of gasses that corrode other sealed lead acid battery terminals.
M/F Look for valves. There are many gel cell batteries made with one-way valves instead of vents, also to reduce gassing and terminal corrosion.
M/F Shake the battery gently. If no sloshing is heard, it is likely either a gel cell battery or an absorbed glass mat battery. Again, this narrows your search in identifying your battery.


With the rise of drones’ popularity, they found a particular business niche and even entertainment in human life.
In this field, many companies have joined the field of manufacturing that DJI is one of the most well-known and famous brands to develop and provide these drones.
This great company has just released its newest drones, each of which has a unique feature. This feature includes First Person Vision (FPV), which gives the user a 360-degree vision.
The users can feel themselves inside the bird and see everything through the eyes of the aircraft camera with the aid of these goggles.
One of the most important things to understand and consider is how to charge the DJI FPV goggles battery, which is often one of the most contentious topics for users who have recently joined the ranks of DJI Drone users.
This is critical since charging the batteries on DJI FPV drones is the first step in utilizing them. Another crucial factor is to charge the battery correctly.
If the user does not correctly charge the DJI FPV goggles battery, it can be faced with improper charging. As a result, understanding the charging way of the DJI FPV goggles battery is so important.
So, we will discuss how to charge the DJI FPV goggles battery and the proper way in this post. Stay tuned if you’re a beginner when it comes to utilizing drones.
How to charge DJI FPV goggles battery? (Step by step)
DJI Fpv goggles, like any other electrical or rechargeable technology, require a battery to function. As a result, it is necessary to understand how to charge the DJI FPV goggles battery. To do so, you’ll need a charger to charge the goggles’ battery.
The goggles battery charger is included in the packaging and box, and it is used to charge the controller, airplane, and all other batteries available for this model. This charger also includes two USB cables, short one and long one.
You don’t have to use the short USB cable, type C, and charge the controller. Connect one end of the longer USB cable to the goggle’s battery and the other end to the charger, with the charger connector firmly inserted into an electrical outlet.
Also, you can charge your device using power banks, laptops, PCs, and other similar instruments; however, you may notice a minor slowness in this case. This battery requires a charger with a voltage range of 100-240 volts and a frequency range of 50/60 Hz.
All that’s left for you to do now is waiting. This process will take roughly 50 minutes, after which your battery will be fully charged.
The DJI FPV Goggles utilize the DJI HDL FPV Transmission to provide pilots with remarkable HD resolution for both viewing screens. Pilots can now enjoy both superb image quality and a minimum latency within 28 ms.
Drones contain several components with various roles and instructions, as indicated in prior articles and also this article.
We discussed how to charge the DJI FPV goggles battery in this post, which is one of the most crucial things to perform when getting started with Drones. As a result, you must pay close attention to how the battery is charged.
We hope you find the information in this post helpful and that you can properly charge your DJI FPV drone battery.


Gone are the days of everyone in the family sharing one desktop. These days almost everyone has some kind of personal device that they are browsing the web on. For most consumers, it’s an iPhone. When Apple introduced the iPhone in 2007, the internet game changed in a big way. We had portable devices that could view websites, but nothing as accessible or interactive as the iPhone. Suddenly everyone had a full browser in their pocket.
That’s not the only change to the web. A few years later, Apple introduced the world to the tablet. Not the first of it’s kind, but the first to catch on to the mass public. A new category of devices was created. Suddenly there were users browsing the internet on their Desktops, Laptops, iPhones and now iPads. With four different screens, every website now had to be optimized to work across any device a user could throw at it. Following that, every other competitive company developed smartphones and competing tablets. Apple itself has changed the iPhone every year since it’s first iteration. That’s hundreds of thousands of different screen combinations that users can now view a single website on.
Later this year, Apple is hoping to continue their genre-building tech with the Apple Watch. Some smart watches are already out in the marketplace, and have been for quite some time. Apple is rarely the first to the marketplace with technology, but they often do it the most user-friendly and polished. Because people trust the Apple brand, they are able to create new ways for users to interact. Their hope is that the smart watch is the next big thing in technology. This would add a new element for the web. I don’t think we’ll be scrolling through websites on our wrist anytime soon, nor would I want to. However, I do think that website information will need to be made accessible through a quick search on a smart watch.
With all of these new technologies and devices users are adopting more widely, it is more important than ever to have your website accessible to the widest audience possible.