Snowmobiles run on some of the toughest terrains and take the brut force of nature. So it is important to maintain this machinery properly to get the best out of it. Here we will talk about how to test a snowmobile coil, a small device required for engine function using a Multimeter and Ohmmeter. Let’s begin with some basics first.
What Is An Engine Coil?
A coil in an engine is a spiral of wire that assists in the creation of a magnetic field. This magnetic field subsequently generates the spark that ignites the engine’s fuel.
The coil is divided into two sections: the primary winding and the secondary winding. The main winding has fewer turns of heavier wire than the secondary winding, which has more turns of thinner wire.
Electricity goes from the battery through the primary winding when the engine is running. A magnetic field is formed around the secondary winding as a result of this.
When the spark plug has to be ignited, a voltage is applied to the secondary winding, which amplifies it and transfers it to the spark plug.
Do You Know Different Types Of Engine Coils?
There are three main types of ignition coils.
The most common form of ignition coil is the ordinary coil. It is made up of two wire windings wrapped around a metal core. The primary winding gets current from the battery and generates a magnetic field when the engine is running.
This magnetic field causes a current in the secondary winding, resulting in the spark that ignites the air-fuel combination in the cylinders.
Electronic Ignition Coil
The electronic ignition coil replaces the traditional coil. It controls the flow of current via the primary winding with transistors. This enables for more exact spark timing, which can lead to improved engine performance.
Distributorless Ignition Coil
The most advanced type of ignition coil is the distributor ignition coil. The flow of current through the primary and secondary windings is controlled by a computer. This enables for more exact spark timing, which can lead to improved engine performance.
Why Should You Check Coil?
Testing the ignition coil in your snowmobile will help you to troubleshoot common engine problems like misfiring, backfiring, problems with fuel efficiency, and hard startups.
Being able to self-check the problem will help in reducing the overall maintenance cost and unnecessary visits to the mechanic shop. It might also help you to revive your snowmobile if you are stuck in an isolated area.
Suggested Reads: Is Snowmobile Insurance Worth It?
Signs of Faulty Ignition Coil You Should Know
An engine misfire causes the automobile to tremble and seem out of sync. When the car is stationary, it also causes vibrations and rough idling. This occurs when the fuel fails to ignite consistently during the combustion cycle.
It is possible that the spark plugs are deteriorating, but it is also possible that the charge from the battery is insufficient and that the ignition coil has to be replaced.
If the combustion cycle does not function smoothly, the engine will not be as powerful, and you will notice a difference in performance.
If you notice that you’re stalling more often or that the engine is slow when you press the gas pedal, you should get the ignition coil checked.
A backfire occurs when unburned fuel ignites in the exhaust system and sounds like a bang or harsh cough. Backfiring can cause harm to other elements of your snowmobile if left unchecked, therefore it should always be checked.
However, it is occasionally produced by the ignition coil failing to ignite the fuel during the combustion cycle, enabling it to enter the exhaust system.
Reduced Fuel Efficiency
If the spark plugs do not receive enough charge to ignite and fuel escapes unburned into the exhaust system, it is wasted. This could imply that your snowmobile is getting fewer miles per gallon and that you’re paying more at the pump.
If you discover that you need to fill up your car more frequently, make an appointment to have the ignition coil checked.
Check Engine Light
On modern vehicles, a malfunctioning ignition coil is sufficient to make the Check Engine signal light up on your dashboard. This is always a reason to book a diagnostic at your dealership straight away.
Without an effective ignition coil, the engine might struggle to get going. This will mean that it coughs for longer and takes more time to turn over when you press the ignition switch, or that it takes a few attempts to get it going.
Hard starts are tough on other engine parts, so this is another good reason to get the ignition apparatus checked.
How To Test A Snowmobile Coil?
How To Test A Snowmobile Coil Using Multimeter?
Let’s discuss how to test ignition coil with multimeter.
STEP 1 Turn on the digital multimeter and set the measurement dial to resistance. Resistance is measured in ohms and represented by the capital Greek letter omega on the dial.
STEP 2 Connect the multimeter’s red (positive) probe to the positive, outside post of the ignition coil. To measure the resistance of the primary coil, place the multimeter’s black (negative) probe against the device’s outer, negative post. If the reading differs from the one in the handbook, the ignition coil needs to be replaced.
STEP 3 Connect the multimeter’s black probe to the ignition coil’s central, negative terminal. This generates a secondary coil resistance reading. Again, if the tested resistance differs from what is specified in the owner’s manual, the ignition coil has failed.
How To Do Ohms Test On Ignition Coil Using Ohmmeter?
A snowmobile coil is similar to a capacitor. It can accept 12 volts, raise the voltage significantly, and store it until it is grounded. The field collapses and releases this energy through its second terminal when it is grounded. The degree of voltage rise is totally determined by the number of field windings and the type of fluid around it.
STEP 1 Using a small electrical wrench, remove the two wires from the coil. The positive and negative terminals will be here.
STEP 2 Connect the ohmmeter’s red lead to the positive (+) wire and probe the coil mounting bracket with the black lead. The display should be endless (there should be no reading or continuity). If there is any continuity, the coil has been shorted and must be replaced.
STEP 3 Connect the black lead to the coil’s negative terminal (-) and observe the output. The value should be less than one ohm.
STEP 4 Bring the black lead up to the coil tower and probe the contact inside. The measurement should be between 10 and 60 ohms. Replace the coil if any of these tests failed.
This concludes our article on How To Test A Snowmobile Coil. We hope you find this article useful and if so please like and share this article. Also, comment down your suggestions below.
You may also like Snowmobile Maintenance Checklist| Complete 2023 Guide.
FAQs (Frequently Asked Questions)
How do you test a coil with a multimeter?
Set your multimeter to the lowest ohms setting, which is usually 20 or 200. To determine the overall resistance of the coil in the atomizer, place one probe on the positive pin (the one in the inside of the 510 connection) and the other on the outer 510 threading.
How many ohms Should a coil read?
The coil’s ohmic resistance is approximately 0.2-3.0 on the main side and approximately 5-20 k on the secondary side. The primary to secondary winding ratio is 1:100. The technical construction may differ depending on the application of the ignition coil.
How can you tell if an ignition coil is weak?
Signs of a Faulty Ignition Coil:
1. Loss of Power
2. Check the Engine Light On
3. Poor Fuel Economy
5. Misfiring Engine
6. Hard Starts and Stalling
7. Spluttering and Coughing Sounds
8. Jerking and Vibrating
How many volts should a coil read?
The voltage reaching the coil may be 12 volts, or approximately 7 volts if the coil is equipped with a ballast resistor. Most electrical equipment operates on 12 volts, although most current automobiles include a resistor in the ignition system to help in starting. A ballast-resistor system’s coil is rated at 7-8 volts rather than 12 volts.
What is the resistance of a coil?
An atomiser’s (coil’s) resistance relates to the regulation of electricity (wattage or voltage from your battery/mod) to the coil. Resistance is measured in “Ohms” () and on coils is usually between 0.15 and 2.1.


January 24, 2014
2014 LOUIS-JEANTET PRIZE FOR MEDICINE
The 2014 Louis-Jeantet Prize For Medicine is awarded to Denis Le Bihan, the French medical doctor, physicist and Director of NeuroSpin, an institute at the French Nuclear and Renewable Energy Commission (CEA) at Saclay near Paris.
Denis Le Bihan is awarded the 2014 Louis-Jeantet Prize for Medicine for the development of a new imaging method that has revolutionized the diagnosis and treatment of strokes. He developed a highly innovative technique of brain imaging, diffusion MRI. It is currently a key method for detecting strokes, for quickly commencing treatment and thus for improving life for numerous patients. The technique has also been used for detecting cancer, and for mapping the fibres connecting different brain regions, thus opening the way for a better understanding of Alzheimer’s disease, of autism, schizophrenia and neurological disorders.


Educational games and toys that support science, technology, engineering and math (STEM) are all the rage. Check out some of this year's great products that support STEM learning at home.
NASA Air Rocket Launcher Kit
Takes outdoor fun to amazing heights of up to 250 feet using only compressed air. Just set up the platform and launch tube, place your rocket at the top, add air to the tank with your pump, and watch it blast off. The onboard tilt sensor ensures the rocket won't launch in an unwanted direction, and the wireless launch remote lets you send your rocket flying from a safe distance.
Power Up 4.0 paper Airplane Kit
Inspired by the fighter jets’ stealth, aerodynamic performance, maneuverability, and advanced mission systems thanks to the PowerUp 4.0 smartphone enabled airplane motor this kit allows aeronautics professionals and amateurs alike to have a blast flying this smartphone-controlled foam airplane.
Ultra Bionic Blaster
Construct an air-powered robotic glove that launches safe foam darts. Learn about pneumatics and many cool mechanisms as you assemble the blaster from over 100 pieces.
The Thunderbolt JetX2 by Sharper Image
Perform stunts and tricks easily including 360° barrel rolls. Gryo stabilization and auto-orientation flight control help keep the plane steady. Landing wheels and the assisted landing feature ensure a soft landing. Built-in LED lights allow you to see the drone while flying at night.
CMY Cubes use primary colours Cyan, Magenta & Yellow (CMY) and are created to help view life & light through a different lens. A truly unique and interactive toy, the CMY Cubes will keep children and adults engaged and entertained for hours. This fascinating cube appears to create an ever-changing spectrum of colour, providing you with endless enjoyment. Each face of the translucent cube is coated in electromagnetically subtractive materials which at first, appear as cyan, magenta, or yellow. With a twist and turn of the geometry, these seemingly primary colours magically transform into an array of colours.
GeoMag E-Motion Build Your Own Spinner
Allows children to create the biggest spinner from Geomag, with 32 pieces this spinner really means business. Fully compatible with all other E-motion sets, it is ideal to learn and play in an exciting and speedy way.
Robotics: Smart Machines - Sidekick
This kit gives kids a simple, fun, and customizable introduction to robotics. Choose between the four-wheeled rover or the two-wheeled robot Sidekick, and get programming. As soon as your Sidekick is assembled, you can begin programming its movements directly on a built-in keypad. You control your Sidekick’s movements, sounds, and even facial expressions. A full-color, 36-page step-by step illustrated manual helps kids assemble both of the models and use all of the functions of the app — all while teaching them about robotics in the real world.
Intro to Gears
This introductory mechanical engineering kit features 61 durable, reusable, easy-to-handle pieces, ensuring long lasting fun and exploration. With many big and small gears, kids can learn about gear ratios, gear trains, transmissions, power, and torque. The full-color, step-by step manual explains to parents and adult supervisors how to build the models and how information can be presented to kids.
Andy: The Code & Play Robot
You program the robot by pressing big, intuitive buttons on the top of its head — no app or tablet required. You can control Andy’s movements directly by pressing the arrow keys, or press the Go button to enter a sequence of up to 30 movements. Andy lights up and has two displacement modes, meaning it can travel different distances depending on which mode it is in. Andy can even play music and dance.
Magformers STEM Master Builder 24 Piece Set
STEM Master Builder with 9 different shapes. Learn Math (nets, surface area). Follow the step-by-step instructions and develop color and shape recognition, fine motor skills and problem-solving ability. Perfect for brain development, critical thinking and STEM education.
Robotics: Smart Machines 5-in-1 Buildable Drone with HD Camera
Build a high-tech, flying camera drone and four other camera-enabled robotic models. Control your robots using the remote-control interface in the included app, which you can install on your tablet or smartphone, or write programs for your drone using an easy, visual programming language in the app. The onboard HD camera lets you capture photos and video from the moving robots.
Code+Control: Robo Dozr
Build a powerful robotic bulldozer and sleek handheld wireless controller. Then use the controller to command your robot to move around in all directions, play sounds, and light up its cab roof lights. The special Code+Control wireless unit enables you to either directly control your Robo Dozr in real time, or write and save sequences of commands for the robot to perform at the push of a button.
Updated: November 2022


Research & Publications
I am currently pursuing a Master’s degree at the Universite de Montreal and Mila - Quebec AI Institute. I study the theory and application of artificial neural networks.
NAVI - Helping the blind see
NAVI, or the Navigational Assistant for the Visually Impaired, is a project that I am leading to create an application that can help blind and visually impaired people to navigate urban environments. We are designing NAVI to run entirely on the mobile phone, with no internet connection required.
Gene Graph Convolutions
Recent advances in next generation sequencing technology are reducing the cost of acquiring gene expression data. This enables improved treatment and clinical outcomes for cancer patients. We are using graph convolutional neural networks and gene-gene interaction graphs to make better predictions in this low-data regime.
I have begun to explore drug-generation and optimization using neural networks. My hope is that by coupling these techniques with protein docking simulations we might be able to make the drug-discovery pipeline more efficient.


Third Generation Blockchain Technology
Bitcoin gave us the first cryptocurrency backed by blockchain and crypto technology in 2009. In 2015 Ethereum made the second step by producing a blockchain platform capable of running the smart contracts. Aion claims to be the third generation of blockchain technology by creating a network for various blockchain platform communications and interoperability.
The idea is not new, and you could have seen it in the projects like Ark or Hshare. There is a high demand for this technology which will eliminate the need for centralized cryptocurrency exchanges, but as of yet none of the promised platforms has been delivered.
Blockchain Ecosystem from Canada
Nuco Global Inc. which is a company based in Canada is developing the Aion ecosystem. The ecosystem’s token holds a ticker symbol AION and is Ethereum based ERC-20 token; thus you can use Ethereum wallets for keeping it. AIONs will be exchanged for the system based tokens as soon as the platform is launched.


Hillslope Delineation Toolbox and Batch Modeling
Herrera developed custom tools for the U.S. Forest Service to allow soil scientists to predict sediment delivery associated with forest management practices and post wildfires with much greater accuracy and in a fraction of the time previously required. As part of this effort, we developed three tools: batch processing macros for the Disturbed Water Erosion Water Prediction (WEPP) model and Erosion Risk Management Tool (ERMiT) and a GIS toolbox to streamline hillslope analysis and improve accuracy associated with predictions of sediment delivery. Herrera developed a Python-based Hillslope Delineation toolbox that guides users through the extraction of hillslope areas from elevation data in GIS through a multi-step, easy-to-use interface using publicly available datasets. Hillslope data from the GIS tool can then be imported into the batch processing macros to allow users to run Disturbed WEPP or ERMiT over a large area of analysis. These tools have greatly reduced the amount of effort for forest service scientists to analyze disturbed area.


2008 saw a revolution in electric vehicle manufacturing occurred due to advancement in batteries, concerns about increasing oil prices, and the desire to reduce greenhouse gas emissions. Several national and local governments have established tax credits, subsidies, and other incentives to promote the introduction and adoption in the mass market of new electric vehicles depending on battery size and their all-electric range.
What is an Electric Car?
An electric car is an automobile that puts out no emissions and is propelled by one or more electric motor, using electrical energy stored in rechargeable batteries. The first practical electric cars were produced in the 1880s. Electric cars gained popularity in the late 19th century and early 20th century.
Compared with cars having internal combustion (IC) engines, electric cars are quieter and have no tailpipe emissions. When recharged by low-emission electrical power sources, electric vehicles can reduce greenhouse gas emissions compared to IC engines. Where oil is imported, use of electric vehicles can reduce imports.
Recharging usually takes up to an hour, with constant improvements going on this field. A major identified disadvantage could be inadequate recharging infrastructure. Battery cost limits range and increases purchase cost over IC vehicles, but it is also declining. Drivers sometimes suffer from range anxiety- the fear that the batteries will be depleted before reaching their destination. In many respects, especially because of range, charging time, and unavailability of charging infrastructure, people who own electric vehicles use them as a secondary vehicle, with petroleum-powered vehicles being their primary mode of transportation. This notion might change with the improvements in technology.
Related: Upcoming Electric cars in India
How Electric Car Works?
The electric vehicle’s power source is the battery which acts as a “gas tank” and supplies the electric motor with the energy necessary to move the vehicle. This gives the car acceleration. When the vehicle is idle there is no electrical current being processed, so energy is not being used up. The controller acts as a regulator and controls the amount of power received from the batteries so the motor does not burn out.
The battery powers all of the electronic devices in the car, just like the battery in a gas-powered car. Everything else in the electric car is basically the same as its gas-powered equivalent: transmission, brakes, air conditioning, and airbags. Since electric vehicles use an electric motor, the driver can take advantage of the motor’s momentum when pressure is applied on the brakes. Instead of converting all the potential energy in the motor into heat like a fossil fuel-powered car does, an electric car uses the forward momentum of the motor to recharge the battery. This process is called regenerative braking – regenerating energy and power from momentum.
Advantages of Electric Cars
There are many environmental benefits and personal benefits of having an electric car:
- Most electric motors can travel up to 150 – 180 km before they need to be charged
- No tail pipe exhaust means no greenhouse gases such as CO2, NOx, and PM10s
- No oil consumption means less reliance on fuel
- Cars can be recharged whenever is convenient to the user
- More cost-effective than regular cars because of long-lasting battery use
- Cheaper to maintain because they have fewer moving parts
- Creates less noise pollution because the engine is silent
- Emission: At first sight, electric cars are completely green cars: sometimes they’re even referred to as ZEVs (zero-emission vehicles).
- Efficiency: Electric cars are considerably more efficient than gasoline cars because electric motors are inherently more efficient than internal combustion engines, which waste a high proportion of the fuel they burn as useless heat.
How Much Does It Cost To Buy An Electric Car?
Purchase cost: As of 2013, electric cars are significantly more expensive than conventional internal combustion engine vehicles and hybrid electric vehicles due to the cost of their battery pack. However, battery prices are coming down about 8% per annum with mass production, and are expected to drop further as competition increases.
Battery first Cost: Tesla Motors uses laptop-size cells for a cost of about $200 per kilowatt hour. Based on the three battery size options offered for the Tesla Model S, The New York Times estimated the cost of automotive battery packs between US$400 to US$500 per kilowatt-hour.
A 2013 study reported that battery costs came down from US$1,300 per kilowatt hour in 2007 to US$500 per kilowatt hour in 2012. McKinsey estimates that electric cars are competitive at a battery pack cost of $100/kWh (around 2030), and expects pack costs to be $190/kWh by 2020.
Electricity cost: The cost of charging the battery depends on the cost of electricity. According to Nissan, the operating electricity cost of the Leaf in the UK is 1.75 pence per mile (1.09 p/km) when charging at an off-peak electricity rate, while a conventional petrol-powered car costs more than 10 pence per mile (6.21 p/km). These estimates are based on a national average of British Petrol Economy 7 rates as of January 2012 and assumed 7 hours of charging overnight at the night rate and one hour in the daytime charged at the Tier-2 daytime rate.
Battery depreciation: Much of the mileage-related cost of an electric vehicle is depreciation of the battery pack. To calculate the cost per kilometer of an electric vehicle it is therefore necessary to assign a monetary value to the wear incurred on the battery.The Tesla Roadster’s battery pack is expected to last seven years with typical driving and costs US$12,000 when pre-purchased today.
Total cost of ownership: A 2010 report, by J.D. Power and Associates states that it is not entirely clear to consumers the total cost of ownership of battery electric vehicles over the life of the vehicle, and “there is still much confusion about how long one would have to own such a vehicle to realize cost savings on fuel, compared with a vehicle powered by a conventional internal combustion engine (ICE). The resale value of HEVs and BEVs, as well as the cost of replacing depleted battery packs, are other financial considerations that weigh heavily on consumers’ minds.”
Electric Cars in India
- Mahindra e20 Plus
- Mahindra E Verito
- Small Toyota EV
- Renault Kwid EV
- Mahindra KUV100 EV
- Mahindra XUV500 EV
- Tata Tigor EV
- Tata Tiago EV
Related: Mahindra To Launch 3 New EVs in 2020


1st Workshop on Pervasive Intelligence (1st PEINT)
This workshop focuses on methods and applications for data analysis in smart environments, enabled by artificial intelligence, including (but not limited to) neural networks. It encourages the submission of papers addressing concepts and methods related to the processing and analysis of data from multiple sensor modalities, especially high throughput audio and video. Novel methods and algorithms in this context should cope with specific challenges and open research issues. Experiments on publicly available datasets are also encouraged to demonstrate the effectiveness of these methods. Application papers should stress the societal impact of the proposed approach.
Full workshop info - Topics of Interest - Special Issue - Submission - Program Committee - Workshop Organizers


Artificial intelligence (AI) is transforming how organizations operate and engage their stakeholders. While AI often conjures images of complex algorithms and sci-fi robots, a new category called “generative AI” is making these technologies accessible for non-technical users.
In this blog post, we’ll explore my journey guiding nonprofit professionals to discover the possibilities of generative AI tools like ChatGPT, DALL-E, and Canva Magic.
Demystifying AI: What is Generative AI?
AI refers to computer systems that can analyze data, make decisions, and automate tasks. Generative AI takes this a step further by creating brand new content like text, images, video, and more.
Unlike AI systems designed for specific narrow tasks, generative AI models can adapt to a wide range of prompts and directions. With the right guidance, anyone can harness their creative power.
During an intensive one-day course at New York University, I introduced participants to essential concepts and real-world applications to make AI less intimidating.
Surprisingly, AI already plays a silent role in our daily lives. Features like virtual assistants, autocomplete, and content recommendations rely on basic AI. My goal was to build on this familiarity.
The (Human) Power Behind the AI
While AI tools can augment our capabilities, human guidance is indispensable. The quality of output depends heavily on providing clear, detailed prompts and directions.
We explored best practices for prompting ChatGPT effectively, including giving concrete examples and specifying the exact format required. This kind of guidance allows AI to produce surprisingly nuanced, high-quality content.
However, AI has limitations. It can hallucinate false information or perpetuate harmful biases. Humans must carefully review, edit where necessary, and approve anything generated by AI.
Creativity and Ethics: Core Considerations
To tap into the creative potential of AI while avoiding pitfalls, I introduced two frameworks.
- First, the POWER storytelling framework helps craft compelling narratives by outlining the Problem, Outline of solutions, Worth or impact, and Eliciting a response or call-to-action.
- Second is an ethics checklist covering consent, transparency, bias evaluation, and data privacy. This guidance helps nonprofits align AI applications with their values.
While AI can help scale efforts, the storytelling and relationships must remain authentically human.
The Magic of Generative Design
Beyond writing, we explored the power of Canva Magic to instantly generate visual assets. After describing a desired image or video, Canva’s AI creates original designs, scenes, and graphics.
Participants were stunned at the ease of creating professional social media posts, animated videos, and even entire presentations with a few clicks.
By handling repetitive design tasks, Canva’s AI lets nonprofits focus more energy on strategy and personalization. It opens new possibilities for resource-constrained organizations to elevate their storytelling.
Reflections on Our Shared Journey
While initially skeptical, participants gained first-hand experience with AI’s vast potential for social impact. From streamlining operations to unlocking creativity, generative AI places new capabilities into nonprofit professionals’ hands.
However, realizing this potential takes an investment in learning. I aim to continue guiding nonprofits to adopt these emerging tools through accessible education, mindful oversight, and participatory discussion.
What seemed like magic at first reveals itself as a collaborative human-AI process for augmenting our creativity. Our shared journey to responsibly embrace this new frontier has only just begun.


All products manufactured by Malloch
Digital Design are fully supported with extensive customer
service. Services available to customers include customer
training, technical support,
and on-going maintenance of products.
The success behind our company is largely
contributed to the dedicated team at Malloch Digital
Design. We believe that our companys commitment
to customer service, quality control and on-going research
and development is a guarantee of continued market success
in the design and manufacture of advance technology
Malloch Digital Design currently employs
numerous full-time staff and is expanding constantly.
These staff members are responsible for office management,
accounts, marketing, software and hardware design, research
and development and electronic manufacturing.
Series 200 Security Alarm Panels
The Series 200 alarm systems manufactured by Malloch Digital
Design were designed to meet an ASIO specification for
high security applications. The Security Series 200 Alarm
Panels offer fully integrated high security alarm monitoring
and access control. The Security Series 200 Alarm Panels
are fully programmable using a powerful microprocessor
to control and monitor all functions. User codes can
be added or deleted; sector configurations, time zones,
access levels, relay outputs, detector testing, and
door control can all be user programmed on-site. An
alphanumeric display ensures trouble free system programming
with interactive displays and prompts.
Malloch Digital Design manufactures
a versatile async multidrop line driver. This device
converts RS232 to RS485 so that PC output can be transmitted
via RS485 port to several points.
SAMEX: Secure Alarm Multiplexed Encrypted
SAMEX is an encrypted communications device that transmits
and receives contact status data from either end of
an X.25, leased or dialup line (PSTN) using encrypted
See our Products section
for more information and full product listing.


E-Cigarette Ego USB Charger
Quick VieweGo Electronic Cigarette USB ChargerThe eGo Electronic Cigarette USB charger will allow you to re-charge any of the eGo E.Cigarette batteries from your computers USB port. If you are a...
- guaranteeQuality checked
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- ConsultancyLifetime 24/7/356
The eGo Electronic Cigarette USB charger will allow you to re-charge any of the eGo E.Cigarette batteries from your computers USB port. If you are a heavy Electric Cigarette user then having a USB charger is essential.
On Average a eGo Re-Chargeable Electronic Cigarette battery takes between 60-120 minutes to fully Re-Charge from empty. Having a USB E.Cig charger allows you the flexibility to have more than one eGo 510 Electric Cigarette battery charging at a time.
Purchasers should be aware that our Electronic Cigarette Atomizers and E.Cigarette Rechargeable Batteries, although made to the highest quality are functional devices that may fail or degrade over a period of time, especially if in constant use (An Electric Cigarette Atomizers natural lifespan is around 30-100 days and an Electronic Cigarette batteries expected lifespan is 3-9 months).
Many users of the Electronic Cigarette also purchase 'spare' E.Cig Atomizers and Electric Cigarette Batteries prior to completing their purchases at Checkout.
Our Electronic Cigarette Batteries contain micro-electronic circuitry and micro-processors, users should store and handle these items with special care. We advise Electronic Cigarette users not to store thier E.Cigarettes with metallic or magnetized objects or electronic transmitting devices, like keys and mobile phones, therefore extending their lifespan of functional use.
Charge your eGo Electric Cigarette battery from your laptop, office computer, friend’s computer or while on the computer at home. A must for all serious users of the eGo Electric Cigarette.
Limited Warranties are non-transferable. The following Limited Warranties are given to the original retail purchaser of the following Wholesalevapes, Inc.Products:
Parts used in all Products have
Limited Lifetime Warranty
A Limited Lifetime Warranty applies to all parts used in Kits, Tanks & RBA's, Accessories.


By: firstname.lastname@example.org On: 2016-10-24
If you have got a dog or a pet which is a bit naughty, and has a habit to wander around the street or even in your big house, then you surely be thinking of buying a pet GPS tracker. A gps tracker is no doubt a helpful device that give you an opportunity to keep an eye on your dog consistently when you are away of it or the pet has got lost by itself. These devices are made to assist pet owners in a very easy and simple way but the features in the device are far more sophisticated as compared to its usage.
Despite the fact it's a sophisticated and advanced device, its usage has been made simple for every pet owner and you will not have to put in a lot of efforts to get it onto your pet and use its functions and features when you need.
A GPS tracker for pets come in a wide range of shapes and sizes and also has different feature to fulfil the functions you need it to perform.
Now if you have decided to buy one of the best gps trackers, you'll need to know how you will make use of it and how it will work you to provide the information you need about your dog’s location.
For this you'll have to start with the manual that comes with your selected tracker. Go through it and get familiar with its technology and functions.
Take out the tracker and then turn it on. The tracker needs to have two parts to provide you the tracking facility, the first is the tracker itself that is put on to the dog's collar and the other is the device that will be connected to it through the gps system to receive signals and tell you the location of the pet.
Before you start using the functions you will have to subscribe for the gps service and then integrate the tracking device using the gps service and connect it to the device that you'll be using to receive the signals.
Check the device and the status of the integration to make sure the device is in its active state.
That's all you have set up your tracker and now the pet would be within your view range through the device and you can locate it whenever you need.
© Truly Aloe Vera 2016


Using a huge 4k screen Björn Thuresson from KTH took us on a journey through space.
Björn showed us the technology behind the 4k screen.
From the left: Joakim Löves, SBN-Adfahrer, Björn Thuresson KTH and Dietmar Steinbichler SAP.
We also got to test some incredible AR(Augmented Reality) based games.
To prepare for the upcomming Hackathon we visited KTH in Stockholm


"The blockchain is an incorruptible digital ledger of economic transactions that can be programmed to record not just financial transactions but virtually everything of value."
Don & Alex Tapscott, Authors Blockchain Revolution (2016)
Information held on a Blockchain exists as a shared — and continually reconciled — database. This is a way of using the network that has obvious benefits. The blockchain database isn’t stored in any single location, meaning the records it keeps are truly public and easily verifiable. No centralized version of this information exists for a hacker to corrupt. Hosted by millions of computers simultaneously, its data is accessible to anyone on the internet.
When the databases are distributed and not attached to a common processing unit (CPU) but they are spread across the network. With the increasing development of the internet, businesses are required to get the solutions which could process huge amounts of structured & unstructured data which is scaled across networks. The database of Blockchain solutions company isn’t stored in any single location which is easily verifiable. As it is hosted by millions of computers simultaneously it can be accessed to anyone on the Internet.
The blockchain network lives in a state of consensus. A kind of self-auditing ecosystem of a digital value, the network reconciles every transaction that happens in ten-minute intervals. Two important properties result from this:
In the Blockchain development services, the network lives with the agreements which automatically checks in every ten minutes on its own. This is a type of self-audition system in digitalization. Reconciliation of every transaction is done at an interval of ten minutes. The group so formed with these transactions is known as ‘Block’. The transparency data is embedded in the network as a whole and the corrupted altering of the unit of information on the Blockchain will be using a large amount of computing power in order to override the whole network.
Blockchain technology is like the internet in that it has a built-in robustness. By storing blocks of information that are identical across its network, the Blockchain cannot:
Blockchain technologies arrived as bitcoin and ethereum in Blockchain technology companies. There is a heap of necessary monetary sectors with a few distinguished figures around the world has shed some light-weight with the new pattern of technology. The value of these virtual currencies is shown the inflation very speedily. We can see the extended values of bitcoin and ethereum and so a fall back will be slightly over the years. It is a brand new style of plus aside from stocks, mutual funds, and bonds.


1. Disable wireless signal
When you are not using wireless, turn it off or disable it. Most of notebook or netbook now have button to disable wireless. It's can save your battery time because wireless can use a considerable quality of power.
2. Low backlighting screen
By using low backlighting on your notebook or netbook will help you spend more time. Less backlighting mean less using power from your battery. See picture below
3. Low volume
Same as backlighting, if you using low volume, it's can safe your battery power. See picture above.
4. Using correct power scheme
Windows contain a number of predetermined power plans, which control settings like how rapidly your notebook or netbook turns off and when your screen saver boots in.
Control Panel > Power Options
For max. Battery life from the "Power scheme" chooses the option "Max. Battery" and decline the list. There are good choices for you just like "Low Power Mode" and Portable /Laptop. They don't conserve as much power as Max Battery. After selecting a power scheme you click Ok button to finish the process. See picture below
For more power of time from battery, upgrade your battery. Buy new battery with more cell's which can stay uptime more example 4 hours, 6 hours or 8 hours. Extra tips, if you in your house which have plug outlet, take off your battery and just using power cord only. This tips can make your battery long life.


Range of measured mass; 9 to 17,5 tf.
Total error of the IMC under operating conditions, max;
for mass evaluation; ± 1%
for estimation of the position of center of mass; ± 20mm
Rate of information transmission to the on-board system in the form of a serial digital code according to accepted standards; 100 kbps
Power supply from the helicopter on-board electric system, DC; 27 V
Power consumption; max 40 W.


Alert Ready, the country's national public alerting system, is scheduled to be tested at 1:55 p.m. on Wednesday.
An emergency alert test message will go out on multiple communication channels, including CJRB 1220 at 1:55 p.m. The test alert will also be sent out on tv and compatible wireless devices. However, not all Manitobans will receive the test alert on their mobile devices. This may occur for a variety of reasons including device compatibility, connection to an LTE network, cell tower coverage, and device software and settings.
Manitoba Transportation and Infrastructure’s Emergency Measures Organization (EMO) says testing of all components is an important and necessary part of any public alerting system. It provides an opportunity to validate and improve the end-to-end performance and reliability of the system to ensure it operates as it is intended on TV, radio and compatible wireless devices. Test alerts also educate the public on what an emergency alert will look, and sound like in the event of a life-threatening situation.
Once again, alert ready is scheduled to be tested later today. An emergency alert test message will go out on multiple communication channels, including CFAM 950, Country 88.9 and The Eagle 93-5, at 1:55 p.m.
Click here for contact information and questions about the upcoming test alert.


NUPROL POWER 9.6V 1600MAH NIMH CRANE NUNCHUCK TYPE BATTERY
- Designed for Airsoft Rifles
- High-Quality Battery Cells
- For Crane Stocks
- Long Lasting 1600mAh Power
- 10cm of Cable
- Flexible Silicon Wiring
- Fast 9.6V Cycling
- Mini-Tamiya Connector
Battery for beginners or pro airsofters with long lasting 1600 mAh of power and Fast 9.6V Cycling, giving you a better rate of fire than 8.4V batteries.
This Nuprol Battery is assembled from individual Battery cells that are then held together by a strong shrink wrapping. It comes with a Mini-Tamiya connector, for connecting it to your rifle. Butterfly Battery.
This Crane/Nunchuck/Butterfly Battery is devised to fit in Crane type rifle Stocks like you commonly see on m4 rifles, and also fits some other rifles with hard to reach battery compartments.
Nuprol batteries are manufactured utilising a high-quality silicon wire, that is a more flexible cable than some other airsoft batteries on the market, making it more easy to fit this battery into tight battery compartments found on many airsoft rifles.
This airsoft battery is made for Airsoft Skirmishers but is can also be used with Remote Control Cars, Boats and many other RC vehicles like drones for example.
NiMH technology means no ‘memory’ effect Performance is normally 30% to 50% better than that of equivalent NiCd cells
Type: NiMH Nun-Chuck / Butterfly Style Battery
Size: 18 x 118mm + 18 x 118mm
Cells: 8 x 1.2v 1600mAh Individual Cells
9.6v 1600mAh Ni-Mh Crane Battery
When charging any battery you are using the correct charger for the battery.
This type of battery is a Ni-Mh Battery, and as such requires an Ni-MH Battery Charger.
Also, make sure that you charge any battery's in a fire safe location, and we Recommend that you charge inside a Fire Proof bag, like the Nuprol Charging Bag we sell.


Earlier we used to store our data in hard drives on a computer. Cloud Computing services have replaced such hard drive technology. Cloud Computing service is nothing but providing services like Storage, Databases, Servers, networking and the software through the Internet.
Few Companies offer such computing services, hence named as “Cloud Computing Providers/ Companies”. They charge its users for utilizing such services and the charges are based on their usage of services.
Using such cloud technology Our Consultants design and create new applications, store and recover data and hosting the website.
This service provides the infrastructure like Servers, Operating Systems, Virtual Machines, Networks, and Storage on rent basis.
E.g: Amazon Web Service, Microsoft Azure
This service is used in developing, testing and maintaining of software. PaaS is same as IaaS but also provides additional tools like DBMS and BI service.
E.g: Apprenda, Red Hat OpenShift
This service makes the users connect to the applications through the Internet on a subscription basis.
E.g: Google Applications, Salesforce


The chassis holds a system processing unit (SPU) and disk expansion units (DEUs). The SPU can be configured with either a single controller or dual controllers, identified as Controller A and Controller B.
Disk configuration (Tier 0-3)
Standard configurations offer hybrid-flash and all-flash disk packs for storage tiers 0-3. Hybrid setups can be single or dual controllers with HDDs and SSDs, while all-flash setups always include dual controllers utilizing high-performance SSDs, including NVMe. Capacities ranging from 10+ TiB to 350+ TiB, scalable up to petabytes when needed.
Long hardware lifecycle
Extended hardware lifecycle is achieved through versatile disk pack configurations, allowing seamless scalability in performance and capacity. The adaptability of the hardware accommodates the changing in demands, workloads, and operational requirements without causing disruptions.
Lean and agile
One platform, a multitude of configurations and possibilities.
Our newest generation of AiRE IntelligentFiler creates the perfect foundation for a more lean and agile IT Infrastructure. The modular design also dramatically reduces the TCO and the overall environmental impact, which fulfills our vision of next-generation green data storage.


TDW IV: AI for Future Manufacturing
Theme Development Workshop
10 May 2022 | 9:00- 17:30 CEST
Identify common goals between academia and the manufacturing sector as well as other relevant stakeholders, and define promising approaches for European research and innovation in Trustworthy AI.
Due to Covid 19 the workshop will be held online with a mixed programme of presentations and in-depth discussions about specific sub-topics in smaller groups (Breakout sessions). This gives you the opportunity to discuss with selected experts and contribute to the strategic research and innovation agenda for AI in Europe.
|9:00-9:15||Welcome & Objectives|
|9:15-9:30||Industrial AI for the Next Decade of Industry 4.0|
– Prof. Dr. Wolfgang Wahlster, DFKI GmbH
|9:30-9:45||Benefits of Trustworthy AI in Manufacturing|
– Dr. Georg Schneider, AI Tech Center / ZF Group
|9:45-10:00||Coffee Break & Socialising|
|10:00~11:30||Parallel Breakout sessions|
|11:30-12:30||Plenary presentation of key findings from the Sessions|
|12:30-13:30||Lunch Break & Socializing|
|13:30-13:45||AI Ecosystem Supporting Industry 4.0|
– Prof. Vladimír Mařík, Czech Institute of Informatics (CTU)
|13:45-14:00||Importance of Explainable AI for Industry|
– Sanjit Shewale, ABB Process Industries
|14:00-15:30||Parallel Breakout sessions|
|15:30~15:45||Coffee Break & Socialising|
|15:45-16:45||Plenary presentation of key findings from the Breakout sessions|
|16:45-17:30||Closing & Socialising|
1.Trustworthy AI in Future Manufacturing
With this session, we would like to initially define the strategic challenges and derive relevant major topics and industrial app
2. Federated Learning for Future Manufacturing
This session addresses the challenge of training AI models without giving up data sovereignty. What are approaches to share models instead of data?
3. Human-Robot and Human-Machine Interaction in Manufacturing Processes
This session aims to identify ways to realise partly automated processes or to stabilise highly automated processes through smart dialogue systems that incorporate and combine a plethora of different interaction methods in Human-Robot or Humane- Machine interaction
4. Optimizing assembly components
Operators often struggle in finding the best combination of groups of parts before the assembly based on their experience. This session is about simulation approaches to find the best combination of groups of parts before the assembly.
5. Retrofitting of AI
We bring a lot of AI into the production processes as well as machines. But how will AI react in the future react when new sensors will be included, new machinery being brought in or if software upgrades are getting installed? Will there arise a need to retrofit or updated everything?
6. AI in product development
This breakout session deals with the use of Data for the development and construction of products by adjusting materials, measurements according to the need and best results from the manufacturing processes, e.g., to enhance the design of products.
7. Smart Manufacturing for Space Applications
This breakout session focuses on the challenges and opportunities for AI that arise in manufacturing in the context of Space exploration and Earth observation.
We invite the community to suggest further topics of interest for the breakout sessions. Please use the online application form for your suggestions.
8. AI in Digital Factories
AI-intensive systems share a lot of data, whilst their algorithms consume data, build models and use these models to produce new data. AI thrives on the need for trusted, interoperable data spaces as it enables new forms of business and research opportunities.
9. Industrial applications of Explainable AI
The importance of Explainable AI is of great value to discuss how and when the requirement of interpretability should and could be intrinsic or post-doc in different industrial applications and examples.
10. Optimization and Machine Learning for Better Manufacturing Processes
This breakout session will discuss what the obstacles and challenges for the implementation of advanced methods combining Optimisation and Machine Learning in manufacturing companies are.
11. Zero Defect Manufacturing
This breakout session deals with AI technology methods like data-based modelling to detect out-of-control (OOC) states in classical Statistical Process Control (SPC) from in-process data enabling continuous monitoring and earlier detection of problems with a simultaneous reduction or near elimination of expensive post-process quality inspection.
12. Psychological approach for data labelling
This breakout session will discuss sustainable approaches in combining psychology with elements of labelling technologies to ensure high data quality (standardization) which is needed to apply AI in manufacturing.
13. Reality independent AI
This breakout session will address the question of how the potential of digital twins with synthetic data can be uncovered in image data (e.g. for AI quality inspection or object recognition) for manufacturing.
14. Democratising AI
The aim of this breakout session is to uncover who is already able to use AI in manufacturing and whether only large companies or also smaller companies benefit from the use of AI and if both parties also benefit from each other and exchange knowledge?
Theme Development Workshops cut across multiple ICT-48 Networks of AI Excellence Centres while bringing together researchers, industry representatives, and other stakeholders to identify industry trends and needs and match these to AI capabilities in Europe.


Which is Nokia's most popular phone? Most of your's answer will be Nokia 3310. Nokia is going to relaunch their most popular model. Nokia 3310 launched at HMD Global's Sunday launch event at MWC 2017 in Barcelona.
- 2.40 Inch Touchscreen Display.
- Resolution 240x320 pixel.
- Internal storage 16MB and expandable upto 32GB via microSD card.
- Rear cameral of 2 Megapixel.
- Battery: 1200mAh.
- Dual SIM supported. Both slots will be designed for micro SIM.


The day in which the man contradicted himself
We live in a world based on the principle of non-contradiction according to which everything is identical to itself. On this principle Aristotle based his philosophy, Galileo laid the principles for modern science and some philosophers like Leibniz believed that even God was subordinated to this same principle. However, it would be enough to ask a simple question to a physician that this principle, the basement of humanity, would be proven wrong: “What is light?”
The corpuscular theory
The first scientist to explain the nature of light was Isaac Newton in 1600. His theory saw the light as a set of particles, called photons, that behaved like the common matter. The corpuscular theory explained the majority of the phenomena then known, like the propagation of light in a straight line, the formation of shadows and the refraction.
The wave model
In 1637 the Dutch scientist Christiaan Huygens proposed a model completely different from the previous one, affirming the undulatory nature of light. It compared light to a wave (what is transported, then, is energy and not matter, the same way as a sound wave).
Up to 1801, for the sake of simplicity, the corpuscular model was considered correct, as long as Thomas Young didn’t discover other properties of light like the diffraction and the interference. Being this last one an exclusive characteristic of waves, people started to suppose the truthfulness of the wave model.
Along the years, however, it remained unsolved the problem of the non-ability of light, unlike waves, to circumvent the obstacles, even though some theory explained this problem supposing that light would have a microscopic wavelength.
The turning point: the dualism particle-wave
Who undermined the wave model was Albert Einstein that, with the experiments on the photoelectric effect, demonstrated the groundlessness of Huygens’ theory. This effect consists of a phenomenon that takes place in the conductors that, exposing them to light, emit electrons from the surface. The only possible explanation was considering the light as corpuscular again. This discovery made Einstein won the Nobel Prize in Physics in 1921.
In order to avoid paradoxes, it was then necessary to admit that it was possible to explain some light phenomena with the corpuscular theory and other ones with the wave model. So is the light made of particles or is it a wave? In 1924 the scientist De Broglie affirmed that all the matter would manifest itself with this dualism particle-wave, developing this way the theory of the quantum mechanics. In the end, it was Bohr (colleague and friend of Einstein) to definitively elaborate the principle of complementarity, according to which the wave and particle aspects of a phenomenon can’t be observed at the same time.
This was the day the profession stereotypically more rational, the scientist, declared the failure of the principle of non-contradiction. The discovery of the light dualism has taken the humanity to a even greater level of open-mindedness. And who knows if in the future the researchers won’t discover that we human beings are composed both of particles and of waves and that maybe this wave can exactly be what we have always called “soul”.
“If you have nothing in quantum mechanics, you will always have something”


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UM E-Theses Collection (澳門大學電子學位論文庫)
hybrid intelligent approach for prognosis of cardiovascular disease through complexity and similarity analysis of biological sequence of heart sound
- English Abstract
Show / Hidden
This dissertation presents a novel methodology for carrying out heart pathology diagnosis through similarity analysis of heart auscultation / sound (HS) signal using descriptive string complexity and inference networks technique. The proposed approach treats HS signal as a whole and segments the entire HS cycle for analysis, thereby avoids or solves the formidable problems existing in HS component segmentation and feature extraction in the traditional approach of HS analysis. The proposed methodology is based on the concept adapted from the general diagnosis procedure in clinical medicine. It includes (i) the concept of staged decision making process and (ii) the practice of comparing pathological symptoms of patients with well-known diagnosis samples. Technically, in this dissertation a new methodology is proposed to algorithmically describe HS signal and compare it against a HS signal with known pathology; subsequently inference nets are adapted to execute the staged decision-making process and generate the prognosis conclusion. Analyses of (dis)similarity between the information content of HS signals is then used to categorize the unknown HS signal into a particular cardiovascular disease (CVD) class. To algorithmically describe the HS signals, we investigate two parsing-based estimators, the Lempel-Ziv production complexity and Titchener’s T-information. Subsequently, a mathematical inference model is defined using our proposed conditional entropy estimator measure to analyse the (dis)similarity between the HS signals and classify the heart pathology. To identify the information content of HS signals for similarity analysis, feature vectors extracted from Mel-scale Frequency Cepstral Coefficients (MFCC), Musical Instrument Digital Interface (MIDI) and Pulse Code Modulated (PCM) sound data iv are investigated. It evaluates the three major types of feature of HS signals, namely the parametric feature – MFCC, morphological / acoustical feature – MIDI, and shape pattern – PCM, allowing one to define a suitable coding and encoding descriptor to analyse HS signals using our proposed methodology. Finally, with similarity analysis results, hierarchical inference nets are constructed to classify the heart pathology. A Generalized Inference Nets Model (GINM) is developed to ease the construction of hierarchical multistage inference nets for various applications. The generalization ability of GINM is validated by constructing inference nets to diagnose CVD using hemodynamic parameters (HDPs) derived from arterial pulse wave (APW). The results are further validated using real HS samples collected from Johns Hopkins hospital, USA and AWP signals acquired from two hospitals in China. The results suggest that the proposed approaches to CVD diagnosis using HS signal analysis and HDPs respectively could form a feasible technique in developing automate diagnosis system for e-home healthcare.
- Issue date
Sekar, Booma Devi
Faculty of Science and Technology
Heart -- Sounds
Cardiovascular system -- Diseases
Heart Diseases -- diagnosis -- handbooks.
Electrical and Computer Engineering -- Department of Electrical and Computer Engineering
Dong, Ming Chui
- Files In This Item
- 1/F Zone C
- Library URL


Nido Robotics, underwater robot for underwater inspections
In 2012, Roy Torgensen was sailing through the waters of Papua New Guinea on an expedition with an epic objective: to search for and document an Australian military transport plane that disappeared on 11 September 1945, just 9 days after the end of the Second World War. During the trip, it became clear to Torgensen that “having a Remotely Operated Vehicle (ROV) would greatly enhance these kinds of endeavours.” Four years later, in Murcia, Spain, Nido Robotics came into being.
“I started searching for a solution but couldn’t find anything that was cost-effective, and portable and robust enough to operate in remote places. It eventually became clear that we had to go ahead and build our own ROVs in order to get what we wanted,” explains Torgersen, CEO & Founder of Nido Robotics. Together with Enrique González, “who could immerse himself in solving the technical problems while I focused on the product,” they created a startup to develop underwater ROVs.
The underwater robots manufactured by Nido Robotics allow users to “perform inspections, data collection work, maintenance or research activities efficiently, at very competitive prices, and without involving human being” The compact size of their ROVs allows them to enter areas where divers cannot access and inspect. Aquaculture, professional diving, thermal power plants, underwater research and routine inspections in ports and marinas are some of the contexts in which Nido Robotics can help.
"Innovation is about looking at your day-to-day with curiosity and trying to find ways to make your existing processes, products and services better. It’s about being relentless and tireless in the search for continuous improvements"
Roy Torgersen, CEO & Founder of Nido Robotics
A sea of functionalities to study deep waters
At Nido Robotics, they use everything related to robotics to build their ROVs, details Torgersen: “Mechatronics, electronics, sensors, software… We also manufacture a lot of the robots ourselves so we need to use manufacturing technology like 3D printing, CNC machining, laser cutting and so on.”
The name of their underwater robot is Sibiu (named after “Seaview”, the submarine featured in the motion picture Voyage to the Bottom of Sea). This robot “can dive to depths of 300 metres and relay live video through a cable to the surface, where it’s connected to a control station.” The station is fitted with a gamepad controller “that allows you to fully control the robot and any payloads it may be carrying,” adds the CEO.
For example, they have sensors that measure chemical parameters like Ph, conductivity and dissolved oxygen; other systems that collect water samples for laboratory testing; a sonar that creates 3D images (for instance, of the seabed); and a system that allows the robot to do basic cleaning tasks and other jobs. “We are adding more functionalities every day,” claims Torgersen. Ultimately, the functionalities are determined by the customer’s requirements: “Our ROVs are like the PC that everyone uses on a daily basis, but each user has different software installed”. In fact, Sibiu can also be used for leisure purposes or by enthusiasts.
A robot to dive all over the world
Nido Robotics already has customers in a large list of European countries, such as Spain, Germany and Denmark, as well as countries like South Korea, Chile and the USA. “We have always seen ourselves as a company with global ambitions and we want to expand into other areas of Latin America in 2019, and North America and Asia in 2020,” explains Torgersen.
Nido Robotics has been scouted in 2018 by our Enel Innovation Hub Europe based in Madrid. In Spain “we jointly started to cooperate to apply a series of modifications and adaptations that allowed us to amplify the potential uses cases for application on Thermal Generation assets”, says the CEO.. Now, we can carry out more underwater tasks without involving divers, reducing time of intervention and allowing power plant staff to carry out inspections every time it is needed, and it has also been positive for the Spanish startup. “The Enel approach to open innovation is a great way of working with startups, as a customer instead of a business accelerator or corporate VC. At the end of the day, the ‘holy grail’ of startups is the product-market fit, and what better way to achieve it than to work with a large global customer,” Torgersen affirms.
Now, they are developing a third ROV that will be “the Tesla of the ocean,” thanks to “a set of features that will eventually allow our robots to become fully autonomous,” he says. With Nido Robotics, we’re ready to take a tour of the underwater world and travel ‘Twenty Thousand Leagues Under the Sea’. Let’s dive in!


Company also developing IIoT sensors for predictive maintenance
Motion control company Movensys is aiming to expand into the display panel and lithium-ion battery markets.
Company chairman of the board Yang Boo-ho told TheElec that the company is planning to upgrade its motion control solution with machine learning and data analysis to achieve this while also offering new Industrial IoT (IIoT) sensors for new revenue.
Movensys’ motion control solution is completely based on software, which means customers only need their PCs to apply them in their factories, Yang said.
It has its own software architecture for this so it will be difficult for rivals to imitate Movensys’ solution, the chairman said.
Movensys’ motion control technology is called WMX and can be used to control various factory equipment at high speed and in multiple angles through a Windows PC.
Customers don’t need to buy additional hardware to change their motion controller setup like those in PLC-based systems. The company’s customer base is mostly fab equipment makers.
Yang said Movensys was customizing its solutions so that setting up equipment and coding becomes simpler so that those in other sectors besides semiconductors can have easy access.
Meanwhile, machine learning and data analysis are being added to these solutions to realize a predictive maintenance feature. IIoT sensors are a core element of this and substantive development has been made so that the company can commercialize them, Yang said.


How Tabulated Slot Machine Data Has Led To The Success Of Slot Machines AROUND THE WORLD
A slot machine game, commonly called the slots, slot machines, the pug dogs, fruit machines, poker machines or pokers, is a mechanical gambling machine that generates a casino game of luck because of its consumers. The consumer is not required to have a theoretical knowledge of probability or mathematics so that you can participate in the game. The essential mechanism that allows the device to randomly generate results is due to the random number generators or the programmed programming that the maker provides.
There are basically two types of slot machines – 바카라 게임 the electromechanical and the digital. Electromechanical slots are powered by electrical impulses and utilize the movement of conductors because the method of generating random numbers. The electrical impulses are made by the various components such as the reels, brushes, rollers and connectors. Digital slot machines, however, use electronic signals as the method of random number generation. However, in comparison to the electromechanical units, digital units tend to be more expensive since they usually do not require direct current from the electrical source.
In most casinos, slot machines are segregated into different zones for convenience. Some machines are intended for single spins while others are made to accommodate multiple players at a time. The playing symbols, called ‘reels,’ which are used in slot machines are designed to attract the players to the precise reel that contains the corresponding number of symbols.
There are lots of factors that can affect the reels in slot machines. For example, it’s possible that the reel chosen can generate more money if you find movement in the horizontal position. Simply because the slot machines’ software recognizes that there surely is a greater potential for winning if the reels are horizontally shifted. It follows that the casino management opts because of this type of gambling machine to improve chances of hitting big jackpots. However, horizontal reels may seem less interesting for individuals who prefer to play without using symbols or numbers.
The types of machines and the amount of symbols that are within each reel could be read by the software. It uses two kinds of measurement: value and percentage odds. Reels could be linked or unlinked based on how they are found in electronic gaming machines. Linked reels are employed with electronic slots that use light energy such as for example LED lights. Unlinked reels, however, are used with the original types of slot machines.
Once the lights flash, they signal the current presence of winning symbols. Players insert coins into the symbols that have recently been indicated on their reels. The chances are calculated using the sum of the number of coins inserted and the positions of the symbols on the reels. Because this system is really a mathematical one, casinos hire a amount of computers and software to interpret the information. Sometimes, slot machines must be connected to electrical outlets due to the high demand for electricity.
In modern times, when electronic gambling took hold in most countries, people started to build their very own versions of slot machines. They are called “progressive slots.” They feature progressive jackpots that gradually increase with every pull of a lever. Many of these machines are now capable of paying out greater than a billion dollars each year. This kind of slot machine generates its payout more slowly but, due to its great potential for payout, it is the most popular version of a slot machine there’s.
Slots are a big hit especially in casinos. However the popularity of slot machines everywhere has led to the invention and development of slot machine game software. This software may be used to recreate the slot machine game experience using personal computers. Because the inception of computerized slot machine game software, the use of slot machines has spread widely.


Sorcerer's apprentice in Artificial Intelligence, Machine Learning & Robotics
Hi, I'm Miguel, I'm a sorcerer's apprentice in Artificial Intelligence, Machine Learning, Robotics, technical business and many other areas. I've been doing open source for a long time. Some of my repos include:
- sciblog: A blog made with Django designed like a scientific paper written in Latex.
- sciblog_support: Support code from my blog. There you will find projects mostly related to Deep Learning. Some of them include introduction to deep learning, time series forecasting of stock price, an API for image classification, text classification and others.
- codebase: A code base for programming projects. It includes numerous programing functions that can be used as a base to boost code development and productivity.
Other projects can be found in my github.
Konta w innych serwisach
miguelgfierro posiada następujące konta na innych platformach:
sciblog_support 725 Zaktualizowano w tym tygodniu
Support content for my blog
sciblog 166 Zaktualizowano w tym tygodniu
A blog made with django designed like a scientific paper written in LaTeX.
codebase 20 Zaktualizowano 1 tydzień temu
Code base for programming projects
miguelgfierro dołączył 5 lat temu.


Westcon and Comstor continue to work with customers around the world in delivering BYOD solutions to the end-user community. With any nascent technology, there are doubters as to the true need of securing the device, the network, and the enterprise via technologies such as MDM, NAC, and IPAM.
My point here is that the work done today by resellers and end-users in securing the environment against the onslaught of phones and tablets is a necessary rehearsal for what comes next. Think Google Glass. If an organization is not ready to secure itself against the current tablet/smartphone wave, how will it be ready for the more complex set of security challenges inherent in new devices such as Google Glass, that consume and generate significantly more information and pose new complications in terms of security and privacy.
Just like everything else, practice makes perfect – if you have an active, exercised framework of policies and guidelines that can support the current BYOD phenomena, you will be that much more ready for the next wave of IP-enabled devices. Wearable technologies such as Google Glass are coming. Corporations currently relying on security frameworks from 5 years ago is like hoping your moat will keep away a Reaper Drone.


The S2RadVal project team includes ACRI-ST as prime contractor and its partners NPL and Rayference.
ACRI-ST is an independent SME of the Space sector, specialised in the prototyping and engineering of EO data processors, data quality check systems, end-to-end and sensors’ simulations, calibration & validation, data processing, archiving and distribution:
- Research and study activities related to numerical modelling and simulation of physical phenomena applied to environmental issues (ocean and atmosphere modelling, numerical fluid dynamics, geophysics, …);
- Engineering activities for the specification, development and validation of data processing of Earth Observation systems and in particular end to end simulators, instrument simulators, ground processing prototypes and operational instrument processing facilities;
- Operations in the frame of payload data ground segments, mission performance centres, collaborative exploitation platforms, etc.
The National Physical Laboratory (NPL) is a world-leading centre in the development and application of highly accurate measurement techniques. As the UK’s national standards laboratory, NPL underpins the national measurement system, ensuring consistency and traceability of measurements throughout the UK (and many other institutes around the world). It ensures international equivalence of the SI through representation (as the UK delegates) in committees related to the meter convention and participation within formal comparisons. NPL offers a unique range of measurement services, contract research, consultancy and training services. Other areas of expertise include the design and characterisation of engineering materials and mathematical software, especially its application to measurement and instrumentation.
In the context of Earth Observation, NPL has been developing best practices guidance in conjunction with the community for detailed but generic Cal/Val activities, with specific organisations for particular measurement issues, and more recently the guidelines to support the QA4EO, which is gradually being adopted by ESA and other space agencies.
Rayference is an Earth Observation R&D company led by Yves Govaerts providing technical and scientific expertise in 1D and 3D radiative transfer, both in the atmosphere and at the surface, and inverse modelling. This expertise is applied in areas such as retrieval of aerosol and surface properties from space observations, vicarious calibration, fundamental and thematic climate data record generation or sensitivity analyses for the preparation of new space missions and associated services.


Good Picture 2009: Making Imaging Work
Date: 12th December 09
Time: 10:00AM - 4:00PM
Location: University of Westminster, Regent Street, London.
Phone: 01753 890 480
Group: Imaging Science
Following the success of the previous six Good Picture Symposia, the Imaging Science Group of the Royal Photographic Society is organising another in its series of tutorial seminars, open to all, on selected technical aspects of Digital Imaging. The aim of these lectures and discussions is to provide imaging practitioners, keen amateurs and students with insights into Digital Imaging and provide some tools and guidelines for assessing cameras and output. Full details are available on the Imaging Science Group website: www.rps-isg.org.


If you are someone who enjoys the wonder of movie-making without the desire to know how it works then read no further. Nick Parlante’s week 3 lecture revealed how the bluescreen/greenscreen trick uses computer code to insert portions of one image onto another. I have always wondered why that works and now I know.
The concept of pixels having a Red, Green, and Blue value is the foundation of this trick. The reason movie studios have those Green or Blue screens on studio is because it allows the computer to easily detect the color of the pixels from the screen and then replace them with pixels from another image.
In code language you need a way to identify which pixels to replace by identifying the Blue or Green ones. This is done by writing code that finds out the number of the Red, Green, and Blue portions of each pixel (remember that they range from 0-255) and finding the average. Comparing the average value of a pixel’s three numbers against a high Green value allows the computer to identify which pixels to replace with pixels from the other image.
Here are some of the key code components:
Commands like pixel.getX() to find the x (or y) coordinates within an image;
if statement to identify which of the green pixels are to be replaced by finding pixels where the Green value is higher than “avg” which is the average of the three color values.
if (pixel.getGreen() > avg)
Link the pixel from one image to the other using names to represent each image (“image” and “back”)
pixel2 = back.getPixel(pixel.getX(), pixel.getY())
and copying the color values of the other image, pixel2, to the corresponding original “pixel” on the green screen.
This process done on every individual image in a video which is really just a large amount of static images flicking by rapidly.
[Image courtesy of mvjantzen]


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Intel Security the software giant today announced a new partnership with Indian smartphone maker Micromax mobiles, bringing its comprehensive mobile security options to Micromax’ phones in the country. As a part of the new deal, Micromax phones starting April 2017 will come with a system which will have McAfee Mobile Assistant integrated in it.
The McAfee Mobile Assistant is an all-in-one mobile security solution for android mobile phones, offering protection from risky apps, malware and potentially unwanted programs and harmful viruses. Micromax phones starting from April 2017 will come with this app pre-loaded. Some existing Micromax phones will get this app via an OTA update. The app installed via OTA update will be the same as the one that will come pre-loaded on existing phones. So the lucky ones getting the OTA update we congratulate you.
Christopher Young, Senior Vice President, General Manager, Intel Security Group, said:
“With smartphones becoming an integral part of our connected lives, it is important consumers realize threats that exist in the digital world and understand how to safeguard their valued data from the hackers. Intel Security is focused on championing cyber security and we believe in protecting every device. Globally we have secured over 220 million users. The partnership with Micromax is another step forward in reaching our vision of being the # 1 security partner of choice.”
Vikas Jain, Co-Founder of Micromax Informatics, said:
“At Micromax, we realize that security of data on smartphones is critical and as one of the world’s largest cyber security organizations, Intel Security was an obvious choice for us to partner with; given the company’s global pedigree, strong lineage and R & D capabilities. By integrating McAfee Mobile Assistant on latest Micromax devices, we are enabling our customers to enjoy a safe online experience in the digitally connected world.”


The CM108 and similar USB audio chips which are used in many low cost USB sound interfaces have some user controllable GPIO pins. Although these aren't usually connected it is possible to modify some of these interfaces to make this available for use as a PTT function or to build an interface from scratch using these devices. There are commercially available units and a lot of information on the web on DIY modifications. The GPIO pins are access by the operating system as a HID (Human Interface) device and I've added support for controlling these to RigControl. The device I used for testing is described here.
Configuration is similar to a normal RIGCONTROL device, with PORT set to "CM108" and the SPEED parameter set to the device address. On Windows the address is the VID (Vendor ID) and PID (Product ID) of the USB device, on Linux it is of the form /dev/hidrawN, where N depends on how many HID devices you have. The CM108 I used has a VID of 0xD8C and a PID of 0x8, so the RIGCONTROL lines I used were
RIGCONTROL CM108 0xD8C:0x8 PTTONLY for Windows or RIGCONTROL CM108 /dev/hidraw2 PTTONLY for Linux (I had two other HID devices)
As the interface can only provide PTT and not frequency control you need PTTONLY, though you can also use PTTMUX if you want to provide PTT for other applications.
You must also tell the port driver routine to use the CM108 by Setting PTT CM108 in the address line, eg for ARDOP:
ADDR 127.0.0.1 8520 PTT CM108 PATH C:\Devprogs\BPQ32\ARDOPC.exe 8520 "USB" "USB"
On Linux HID devices are owned by root and by default are not accessible from user programs. You can either chmod the device or use a UDEV rule to change the access permissions. I created a file /etc/udev/rules.d/50-usb-hid-ptt.rules containing
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", MODE="0666"
This changes the permissions on all HID devices. If that bothers you you could write your own rule using the VID and PID.


ARCED Alliance started with the primary purpose of creating components and equipment for the semiconductor industry that builds on existing proven technologies and systems with improvements that make them more sustainable, durable, lower cost and easier to use. From this initial idea a company was created to first produce evolutionary technology advancements and later transition to revolutionary new technology advancements in semiconductor manufacturing.
We enjoy the challenge to make technology more sustainable, durable, functional, lower cost, easier to use and with higher performance.
Of course Beer! It started with a discussion among a group of friends from a diverse set of technical industries who get together and meet. The topic ranges like most from casual conversations of how is life to what are you working on and the complaints of things not going well with technologies at work. Being a group of friends with backgrounds in science, engineering and manufacturing a list of possible solutions begin to form.
To pontificate is to offer solutions without action. We formed ARCED Alliance to put our solutions into action. We methodically solve one problem at a time and aggressively move to the next one. All with the plan of integrating multiple solutions to create an integrated system. In order to accelerate our growth ARCED Alliance has partnered with numerous industry suppliers and experts to create the next generation of semiconductor epitaxy equipment.
We first started in a garage, where else does one start a new business. But we quickly grew from a garage, to a shed, to two shed, to an industrial space and now in a larger industrial space with fabrication facilities and clean room.
Initially we started talking about creating solutions in Late 2015 – Early 2016, but didn’t truly form a plan and started acting on our plan until 2018.
Learn more about our Leadership Team.


Reza Arghandeh of Blacksburg, Va., a doctoral candidate in the Bradley Department of Electrical and Computer Engineering at Virginia Tech under the advisement of Robert Broadwater, professor of electrical and computer engineering, has been awarded the Association of Energy Engineers (AEE) Scholarship Award.
“I will use the funds to further my dissertation work and expand my knowledge of renewable energy resources and energy efficiency approaches. Improving power engineering is one of the best ways to serve the community,” said Arghandeh.
Recently Arghandeh won the best student paper award at the 20th International Conference on Nuclear Engineering, held in conjunction with the American Society of Mechanical Engineering Power 2012 Conference at Anaheim, Calif. The paper was titled, “Distributed Solar Energy Storage Control for Optimal Adoption of Solar Energy in Residential Networks.”
Arghandeh will complete his Ph.D in May of 2013. His research is focused on the evolution of power systems by using the smart grid. Control and monitoring techniques, renewable energies, energy storage, and electricity markets are methods used to improve efficiencies of power systems. By applying optimization and multi decision-making techniques, Arghandeh investigates ways to find better solutions for the power grid.
“Post-graduation I would like to work in academia, conducting research on cutting edge technologies for power and energy systems, educating younger generations on how to improve energy resources, and using my research as material for the classroom, “said Arghandeh.
Founded in 1977, the Association of Energy Engineers (AEE), a non-profit professional organization, is the first society to pioneer energy certification programs. The mission of AEE is “to promote the scientific and educational interests of those engaged in the energy industry and to foster action for sustainable development.”


Embedded coder with Zybo Z7-10 does not work. Learn more about embedded coder, hdl coder, zybo z7-10, zybo z7-20 HDL Coder, Embedded Coder, SoC Blockset
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ZYBO/ZYBO Z7-10 BOARD SETUP FOR HARDWARE/SOFTWARE CO-DESIGN It is assumed that the definition files (available in vivado-boards-mastes.zip) have been installed in Vivado. ZYBO: PS_CLK input: 50 MHz. PL_CLK input: 125 MHz. By default, a 100 MHz is generated for the PL fabric. ZYBO Z7-10: PS_CLK input: 33.33 MHz. PL_CLK input: 125 MHz. Главная > ZYBO+ZYNQ-7000 поставщик. ZYBO+ZYNQ-7000 Список Поставщиков. Digi-Key. element14.The aim of this project is to implement a hardware-software car detection system based on LiDAR and camera data fusion. The target platform is Zybo Z7-20. Step 1: Choosing data processing algorithm The first step was decision how should we detect cars. 用SDSoC在Zybo Z7上勾搭OpenCV 会是一种怎样的体验？ 作为地球上最具性价比的嵌入式视觉应用开发平台，Digilent Zybo-Z7 去年一经问世，就凭借华丽丽升级的Zynq器件与各种板载外设接口，俘获了众多Zynq爱好者的芳心。 ZYBO Z7-10 Development Board (3) ZYBO Zynq TM-7000 Development Board (6) Terasic DE2i-150 - Intel Atom platform (29) - courtesy of Intel; Nexys TM 4 Artix-7 FPGA Board (4) UltraZed-EG Starter Kit (1) Xilinx Zynq-7000 All Programmable SoC ZC702 Evaluation Kit (1) Arty Z7: APSoC Zynq-7000 Development Board for Makers and Hobbyists (1) Zybo Z7 Introduction Free Mp3 Download. Free Getting Started From Scratch With Digilent Zybo Z7 Xilinx Zynq FPGA Board Using Vivado 2018 3 mp3.Using the Zybo Z7 DMA Audio Demo. 1. Controls. Audio playback and recording are controlled by push buttons as below. 2. Recording from an input. 3. Playing to an output. Zybo Z7 comes in two APSoC variants: Zybo Z7-10 features Xilinx XC7Z010-1CLG400C. Digilent has demonstration projects and add-ons to help designers get acquainted and ready to use the Pcam and Zybo Z7 for quick and easy Embedded Vision familiarity.
FPGA Research and Development in Nepal, each and every Research activity will updated in this site. if you have any works on design with VHDL/Verilog/System Verilog and Tcl for different series of Xilinx FPGA you can remember us for quality of work with reasonable cost and time to market. FPGA is an reconfigurable chip technology which can be architect or reconfigure with HDL(VHDL/Verilog ... Zybo Z7 Introduction The Zybo Z7 is our new generation of the popular Zybo board, released in 2012. This Zynq-based board is a feature-rich, ready-to-use embedded software and digital circuit development board built around the Xilinx Zynq-7000 family. To purchase the Zybo Z7...
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Description. The Zybo Z7 HDMI project demonstrates the usage of the HDMI source and sink ports on the Zybo Z7. The behavior is as follows: Video data streams in through the HDMI sink (RX) port and out through the HDMI source (TX) port. A UART interface is available to configure what is output through HDMI. The_Zynq_Book_Tutorials The_Zynq_Book_ebook_3 Zybo Z7 Board Reference Manual (Feb. 2018) Digilent - Zybo Z7 Zynq-7000 SoC Reference USEFUL TOOLS: TexStudio MikTeX BootTheme Timeline Screen Recording Apr 13, 2014 · Creating a New Project in Vivado The steps to go from nothing to a programmed FPGA, bypassing all features of the ZYBO but the four user LEDs on the board and the FPGA's internal clock, took the better part of an afternoon and while this post helped a lot, there were enough differences with the newest version of Vivado (2013.4) to warrant ... Embedded coder with Zybo Z7-10 does not work. Learn more about embedded coder, hdl coder, zybo z7-10, zybo z7-20 HDL Coder, Embedded Coder, SoC Blockset Our project was created as a final project for a Real Time Operating Systems course at California State Polytechnic University, San Luis Obispo. The goal of the project is to utilize two Digilent Zybo boards to act as the wireless communication interface between a HDMI transmitter device (PC, blu-ray, etc) to a HDMI receiving device (Desktop ... This example does not work on Digilent® Zybo Z7: Zynq-7000 ARM/FPGA SoC development board which have two variants Zybo Z7-10 and Zybo Z7-20. Set up the Zybo board. 1. Understand the features available on the Zybo board by reading the Zybo board reference manual. 2. Set up the Zybo board as shown in the following figure:


A classical approach for modeling the dynamical behavior of mechanical systems is based on variational principles, e.g. Hamilton’s principle, which leads to the Euler-Lagrange equations.
However, computational methods require a time-discrete representation of the system dynamics. Discrete mechanics can be obtained by a discretization of the variational principles. This leads to a class of integration schemes — so called variational integrators — which are naturally structure-preserving, i.e. they preserve symmetry (invariances) and symplecticity (area-preservation) and have an excellent long-time energy behavior. Recent work has extended variational integrators to hybrid, constrained, or stochastic mechanical systems, as well as to electrical systems, for instance.
In my PhD thesis, I extended these variational principles to hybrid systems and used the optimal control method DMOC (Discrete Mechanics and Optimal Control) to develop a structure-exploiting motion planning method for mechatronic systems.
Furthermore, discrete mechanics can be used to design structure-preserving feedback regulators which can be used in robotics applications (see NxR Lab Website, for instance).


TMS Korea is a specialized manufacturer of measuring instrument and automation system which was established in 2003 by young and excellent engineers with the slogan of "enterprise measuring the flow of up-to-date science". We had replaced import by localization of semiconductor and the flow measuring devices for the display manufacturing facilities. In the year of 2005, we succeeded in the development of the flow measuring device and mechatronics system which are applied to the gas construction work, petrochemical, and aerospace field so that we are now preparing ourselves to serve to the world as we expanded our market in China as well as in south east Asia. We are doing our best to develop new products. TMS KOREA introduced advanced technology in accordance with the globalization trend based on the excellence of the technology which had been verified by well known companies of domestic and overseas countries. We will come to you always with open ears to hear the voices of customers and we will lead the field of the mecharonics and measuring device with young and dynamic thinking and reliable technological capability. We promise to provide only the best product with high quality and service for the propose of the customer satisfaction and impression.


This year’s ABE show sees Magna Systems & Engineering present the very latest in solutions covering the transition to IP, 4K, HDR, SDN, QoE and QoS from industry-leading principals including Axon, BFE, Headspin, IneoQuest Technologies, Konvision, Nevion, RTS, TAG Video Systems, TVU Networks and Witbe on stand number 11.
Magna group GM David Blackett said, “ABE is all about showcasing the very latest technologies and solutions and that’s what we will have on our stand. We also have representatives from Axon presenting a paper entitled When 4K meets HDR and Nevion presenting on the subject of IP LAN/WAN convergent solutions, or in other words taking away the consequence of distance. It’s going to be a great show.”
Complementing their paper, visitors to the Magna stand will also be able to get a full overview of Axon’s expertise in 4K and IP multi-view solutions, video and audio monitoring.
BFE is one of the largest producers of broadcast control systems and panels of its kind in its native Germany. On the Magna stand there will be a demonstration of its very best broadcast control systems and panels and how they work in helping to develop comprehensive solutions in broadcasting and for studio systems, broadcasting vehicles, and technical media solutions.
Visitors wanting to investigate QoE, end device testing and how to maximise the efficiency of apps will be able to discuss all of these with Headspin on the Magna stand. As a company dedicated to helping developers accelerate the mobile movement around the world through their Mobile Testing Platform, this is a conversation worth having.
Also in the world of QoS products will be IneoQuest Technologies, a leader in video quality and audience behavioural intelligence solutions, with their proactive video quality monitoring that verifies video content is continuously available, in every bitrate and format.
Professional broadcast video product manufacturer Konvision will be on hand to demonstrate their 4K monitors showing clarity and quality levels that are hard to beat.
As an architect of virtualised media production, Nevion provides network and broadcast infrastructure to broadcasters, telecommunication service providers, government agencies and other industries. On the Magna stand they will be demonstrating their Software Defined Networking (SDN) solutions including the Virtuoso standards-based, virtualisation-ready, software-defined media node and VideoIPath the comprehensive orchestration and SDN control system that provides connection management, service assurance and network inventory capabilities for service providers and broadcasters.
RTS, for the first time in Australia, will be demonstrating their new Odin OMNEO digital intercom platform and new ultra-lightweight LH Series intercom headsets. There will also be a live demonstration of the very latest KP series keypanels connected to the new Odin platform.
Then there will be TAG Video Systems giving a full demonstration of their highly-acclaimed MCM-9000 IP multi-viewer including a full range of monitoring functionality.
TVU Networks will have a major display where they will demonstrate their Remote Production System (RPS) which provides a lower cost alternative for live remote synchronised multi-camera coverage, TVU Grid the powerful, scalable IP-based video switching, routing and distribution solution, new TVU Nano with router, TVU One TM1000 transmitter which uses HEVC and H.265 compression and the cloud-based TVU producer which enables broadcasters to produce multi-camera live video professionally and inexpensively.
Last, but in no ways least, leading innovation in the QoE industry, Witbe will be demonstrating their award-winning approach to monitoring the Quality of Experience actually being delivered to the end-users of any interactive service, on any device, and over any type of network. Combining hardware and software, Witbe’s state-of-the art technology has already been adopted by over 300 clients in 45 countries including broadcasters, telecom operators and app developers.
ABE runs from 7-9 August at Pyrmont’s Doltone House and all of the above can be found on Magna Systems & Engineering’s stand number 11.
Contact Magna Systems and Engineering
T. +61 2 9417 1111