3440x1440 Ultra Wide HD Wallpaper">
CLICK HERE ===== https://cinurl.com/2tEfjv
Historically ultrawide movie formats have varied between ~2.35 (1678:715), ~2.39 (1024:429) and 2.4. To complicate matters further, films were also produced in following ratios: 2.55, 2.76 and 4. Developed by Rowe E. Carney Jr. and Tom F. Smith, the Smith-Carney System used a 3 camera system, with 4.6945 (1737:370) ratio, to project movies in 180°. Disney even created a 6.85 ratio, using 5 projectors to display 200°. The only movie filmed in Disney's 6.85 ratio is Impressions de France.
In 2016, IMAX announced the release of films in 'Ultra-WideScreen 3.6' format,[failed verification] with an aspect ratio of 18:5 (36:10). A year later, Samsung and Phillips announced 'super ultra-wide displays', with aspect ratio of 32:9, for "iMax-style cinematic viewing". Panacast developed a 32:9 webcam with three integrated cameras giving 180° view, and resolution matching upcoming 5K 32:9 monitors, 5120x1440. In 2018 Q4, Dell released the U4919DW, a 5K 32:9 monitor with a resolution of 5120x1440, and Phillips announced the 499P9H with the same resolution. 32:9 Ultrawide monitors are often sold as an alternative to dual 16:9 monitor setups and for more inmersive experiences while playing videogames, and many are capable of displaying 2 16:9 inputs at the same time.
Aspect ratio is another noticeable feature when switching from a dual monitor setup to an ultrawide monitor, specifically in relation to watching movies. As we mentioned earlier, an ultrawide monitor leverages a 21:9 aspect ratio.
For those comfortable with the ease of managing windows on dual monitors, the Windows Snap feature in Windows 10 implements similar window management functionality that is suitable for an ultrawide monitor. Using Windows Snap, you can easily snap windows to different areas of an ultrawide screen to have windows opened up side by side fairly seamlessly.
We already know both ultrawide and dual monitor setups are an excellent way to boost your editing productivity. When comparing an ultrawide vs. dual monitor setup though, there is some significant quality of life changes that come along with an ultrawide monitor that is unmatchable by dual monitors.
The standard ultra-wide (21:9 aspect ratio) resolutions amount to 3440×1440 or 2560×1080 pixels, which offer extra horizontal space in comparison to their respective 16:9 widescreen resolutions of 2560×1440 and 1920×1080.
Some bigger ultrawide monitors feature even higher screen resolutions such as 3840×1600 and 5120×2160. The latter is considered as 5K ultrawide (and 5K2K or 2160p ultrawide), which is kind of a combination between 4K and ultrawide.
As you can see, both choices have their downsides. The upsides? Watching compatible content at the native resolution. Indeed, with a 21:9 ultrawide display, some movies are closer to their native aspect ratio at which they are shot (2.39:1).
There are plenty of phones out there with ultrawide cameras, but the best of the bunch deliver far more than just a wider field of view. In fact, an ultrawide perspective is only one part of the equation when it comes to delivering a great wide-angle experience.
This wider field of view allows you to cram more into your picture and is also more in line with what your eyes see. Check out the difference between the Samsung Galaxy S23 main (left) and ultrawide shots below.
One downside to ultrawide cameras is that many of them suffer from fish-eye lens distortion. Those with an extremely wide field of view (~120 degrees or higher) usually have more pronounced distortion in this regard. For example, straight lines at the edges of a photo can appear curved, while people on the periphery can look squashed or have abnormally shaped features. Nevertheless, some people like this distortion because it gives images a look akin to a GoPro.
Autofocus on an ultrawide camera also makes for a more flexible camera in general. It allows you to treat the ultrawide lens more like a normal camera, focusing on the foreground or the background as you see fit. Want to take a photo of some flowers with a mountain in the background? Or vice-versa? You can take both if you have autofocus on your wide-angle sensor, as the samples above show.
Having autofocus can also yield better ultrawide images in general, as the camera is able to properly focus on the desired scene instead of just taking a fixed-focus shot that might end up looking soft.
Meanwhile, vivo has adopted a so-called micro-gimbal camera system on the ultrawide camera of some flagships, combining this hardware with smart software to offer even smoother video than Super Steady modes. In fact, several vivo flagships have a so-called Horizon Line stabilization mode that can keep the horizon level even when the phone is tilted by 45 degrees or more.
A simple, highly accurate measurement technique for real-time monitoring of the group delay (GD) profiles of photonic dispersive devices over ultra-broad spectral bandwidths (e.g. an entire communication wavelength band) is demonstrated. The technique is based on time-domain self-interference of an incoherent light pulse after linear propagation through the device under test, providing a measurement wavelength range as wide as the source spectral bandwidth. Significant enhancement in the signal-to-noise ratio of the self-interference signal has been observed by use of a relatively low-noise incoherent light source as compared with the theoretical estimate for a white-noise light source. This fact combined with the use of balanced photo-detection has allowed us to significantly reduce the number of profiles that need to be averaged to reach a targeted GD measurement accuracy, thus achieving reconstruction of the device GD profile in real time. We report highly-accurate monitoring of (i) the group-delay ripple (GDR) profile of a 10-m long chirped fiber Bragg grating over the full C band (~42 nm), and (ii) the group velocity dispersion (GVD) and dispersion slope (DS) profiles of a ~2-km long dispersion compensating fiber module over an ~72-nm wavelength range, both captured at a 15 frames/s video rate update, with demonstrated standard deviations in the captured GD profiles as low as ~1.6 ps. 781b155fdc
Nearby warehousing providers will generally be most practical and advantageous on the grounds that they help a few mymilehighdelivery.com states however don't charge the excessive costs that public providers do.


Replaceable LED light source with a shatterproof glass body
The E3+ LED tube, the latest addition to the Valtavalo® E series, offers a traditional glass frame, familiar from the product segment, with shatterproof plastic coating. It has been upgraded with more powerful LEDs, providing an output of up to 3,700 lm. It offers a top performance and cost-effective solution for applications in general operating conditions, for example, in offices and other standard business facilities. Its shatterproof glass frame also makes it ideal in locations where the breakage of a light cannot interfere with the use of space, such as food production facilities. Due to its best-in-class 64,000 hr lifetime and competitive pricing it provides great value for money and ensures short return on investment.
E3+ LED tubes are designed and manufactured in Valtavalo’s own factory in Finland. In order to ensure uniform quality and reliability, each LED tube goes through an automatic and multi-stage electric and light property test. E3+ LED tubes are made according to the LED tube standard EN 62776.
Why to choose Valtavalo E3?
Valtavalo E3+ complies with the safety standard for double-capped LED lamps IEC62776, which safeguards that the change from fluorescent tube to LED tube is carried out safely.
Uniform premium quality and reliability are ensured by automatic manufacturing and comprehensive testing during manufacturing process.
Lifetime of E3+ is 64,000 hours (L70B50 / Ta 25 °C) – longer than of other competing LED tubes in the product segment and compatible with LED tube standard EN 62776. It is also 5 times longer than of a conventional fluorescent tube. Valtavalo E3+ LED tubes come with a 5-year warranty.
A cost-effective solution for lighting in general operating conditions: reduced operational costs due to low energy consumption and low maintenance costs. A quick and easy way to upgrade the existing lighting system to the latest LED technology without having to replace the entire luminaires.
Manufactured in Valtavalo’s own production plant in Kajaani, Finland.


MOTORBIKE BATTERY CLASSIFICATION:
CONVENTIONAL STANDARD BATTERIES They are the traditional batteries and they are devised to resist corrosion and vibrations. These batteries are available for every kind of application.
CB SERIES BATTERIES These batteries were the first to be produced with lead-calcium technology, thanks to which performance has been improved and maintenance reduced. But most important is that life span is longer than the conventional batteries.
- Amperage increase from 5% to 8%, grants a better quality and better performances while starting the bike
- Low Maintenance is granted, because these batteries have a very low water consumption, that cuts 8 times the need to fill up.
- Longest endurance and more charging cycles, and above all longest charge resistance especially in winter time.
MANINTENANCE FREE BATTERIES (MF) WITH AGM TECHNOLOGY
Once the acid is poured into the battery, this one is hermetically sealed. In this way no annoying fill up will be necessary.
CBTX BATTERIES These batteries were the first with AGM technology. Their main features are:
- Greater starting-up power.
- More discharging cycles compared with conventional batteries.
- You can angle the battery in any direction without the risk of acid leakage.
- They are available for most applications.
CT AND CTZ BATTERIES These kind of batteries have a high cranking power thanks to the greater number of plates and to the copper terminals allowing a better current flow.


Connected Smart Home Solutions
You can rely on our connected smart home solutions to make your life easier. Allow us to simplify your day to day living by easily controlling every aspect of your home. Whether it’s your primary residence, vacation property, or even an elderly family members home, we have a smart home management solution that fits your lifestyle.
Connected Smart Home Solutions
What is a Connected Smart Home? It’s a home that has your lighting, climate, security, surveillance cameras, audio, video, shades, sensors, irrigation, gates, garage doors, appliances, home network, etc. Plus, all the smart devices you already own, working seamlessly together through our smart operating system. Giving you a safe, reliable and entertaining experience. All these individual devices and systems can then be seen and controlled on one simple to use interface. For example a handheld remote, app on your phone or tablet, keypad, and/or voice. We love to simplify and save time for our customers all while adding value and peace of mind. We are here to help you navigate your way to the connected smart home of your dreams.
Home Theater / Media Room
Immerse yourself in superior sound, stunning video and customized lighting to create an unrivaled home theater experience. With all of our theater and media rooms, we design systems that deliver power, performance and reliability to bring you the best entertainment right at the tips of your fingers. Controlled by one simple remote or interface. All your AV equipment is discreetly tucked away leaving a clean and clutter free installation.GET STARTED
Smart lighting consolidates your switches into one keypad by connecting your lights and other smart devices together through our smart home operating system.
There are two main ways smart lighting can be installed.
Centralized lighting which we use for homes in the build process or going through renovations. The wires are run to a centralized location which is hardwired and connects to the smart home. This replaces banks of light switches with customizable keypad’s that allow you to control more than just the lights. Music, shades, locks, thermostats and even your garage door with a simple press of a button.
Wireless light switches are are great option where you would prefer not to cut open walls for cable running. We use the same wires used from your current light switches but the regular light switches are replaced by our smart switch or keypad that communicate wirelessly to the controller. The possibilities are virtually endless to creating personalized scenes and full control of your home’s lighting.GET STARTED
Deliver stunning sound and incredible entertainment to every room in the house with multi room audio and video. Giving you the freedom to stream music and entertainment without the clutter of equipment and cables. We simplify everything into one remote to give you the convenience and reliability of home entertainment.GET STARTED
Whole Home Window Treatments
Transform your home with our incredible range of sophisticated styles from Hunter Douglas window coverings. We will provide you with a custom solution that balances light control, privacy and operating systems to suit your needs. Add time saving convenience to any room with our PowerView Motorization window treatments that can adjust themselves automatically morning, noon and night.GET STARTED
Surveillance, Security & Monitoring
Stay connected to your home anywhere in the world with real-time home notifications, doorbell alerts and mobile access and control. Smart home security and surveillance systems are a great deterrent to potential burglars and an asset to you. From smart locks that will notify you when the kids are home to alerts that can be sent to your mobile device if the garage door is forgotten open. Want an expert opinion? Talk with one of our Smart Home Professionals to help you determine the security products needed in your home to get the secure experience you need.GET STARTED


Upcoming launch, 2022
Luča in Montenegrin means light. As its name suggests, the “Luča” satellite will shine on the edge of space as the first major Montenegrin satellite. The project itself is innovative because of the way it is going to be launched. It consists of two phases in which a new concept of lifting cargo will be tested, initially with the meteorological balloon, and then a rocket that will take the satellite to the desired height. The aim of the project is to collect new data on the Earth’s atmosphere, as well as to improve technology and the telecommunications system.


- 4894 Van Gordon St. Unit 302
- Wheat Ridge , CO 80033
- (720) 891-8950
Computer Works can be found at 4894 Van Gordon St. Unit 302 . The following is offered: Computer Software, Computer Electronics Manufacturers, Computer Servers - In Wheat Ridge there are 6 other Computer Software. An overview can be found here.
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CategoriesComputer Software, Computer Electronics Manufacturers, Computer Servers
(720)891-8950 (720)-891-8950 +17208918950


Used Hybrid Cars Phoenix – The Batteries Used in Hybrid Cars
Used Hybrid Cars Phoenix use a combination of traditional petrol-power and electric energy. They typically feature a petrol engine and an electric motor, and use sophisticated computer technology to manage the use of these two energy sources to maximise fuel efficiency. Many hybrids are user-configurable, and feature several driving modes which change how much energy the car employs from each source – they can operate purely on petrol power, use different combinations of electric and petrol energy, or operate on electricity alone. When doing away with petrol, hybrids essentially become ZEVs – zero-emission vehicles.
Despite hybrid cars generally being more expensive than traditional vehicles, they can pay dividends in terms of long-term savings – and because they release fewer emissions, they are more environmentally friendly as well. Better fuel economy means less petrol stops, saving you money and saving you the frustration of long queues at the petrol station.
Batteries Hybrid Cars Use
The secret behind this improved efficiency lies in the batteries that Used Hybrid Cars Phoenix use. Generally, a hybrid will recharge its own battery as you drive – meaning that flat batteries are potentially of little concern. In technological terms, these high-performance batteries continue to be improved year upon year, so we are hopefully looking towards a brighter future for hybrids. It might even be possible – as prices fall and technology improves – that we’ll see hybrid vehicles replace petrol-guzzlers as the public’s car of choice.
The first type of battery used in hybrid cars is lead-acid. These were invented in 1859 by Gaston Plant, a French physicist, and have been popular for use in motor vehicles because they are able to supply powerful surge currents – which is essential for automobile starter motors. They tend to be used as standard car batteries in petrol vehicles, and are not considered particularly efficient for use in hybrid electric vehicles because they are quite toxic – thus reducing the potential environmental benefits – and because they are heavy, which could cut down on fuel efficiency. However, recycling programs for lead-acid batteries have been very successful, with 97% of all battery lead in the US being recycled from 1997 to 2001.
The second type of battery, nickel-metal hydride (or NiMH), is less toxic than its lead-based counterpart. As a result, they have proven to be more popular for use in hybrid cars than lead-acid batteries, with the Toyota Prius, Honda Civic Hybrid and Peugeot 3008 HYbrid4 all using this battery type. They are also popularly used in consumer electronics because they can be easily recharged.
Many see the future of Used Hybrid Cars Phoenix to lie in lithum-ion (Li-ion) batteries. These batteries are the least toxic variety of the three mentioned, and are one of the most popular batteries used in portable electronic devices. This is partly because they don’t gradually lose their maximum charging capacity with repeated recharges. The first commercially-available lithium ion battery was released by Sony in 1991. Used Car Genius companies are investing a lot of time and money into researching this relatively new energy technology for use in hybrid cars. Hopefully this research will be successful, and we’ll soon see cars running on the same greener technology that our favourite MP3 players use.…


The assembly of your Speed-Buster Chiptuning Box couldn’t be easier
Thanks to the Plug & Play system, which is individually tailored to every vehicle, the autonomous assembly of our electronics is possible within only a few minutes. However, if you prefer, we are happy to install the tuning electronics directly here, in Sinzig. Simply contact our support team and we will quickly find a convenient appointment for you. Naturally, our automobile technicians will not only carry out the assembly but also the residue-free removal of all our electronics here, on-site.
Remove the engine cover.
Disconnect the boost pressure sensor from the car’s wire harness.
Take those sensors that are labelled “boost pressure” of the provided wire harness into your hand.
Connect the plug of the provided wire harness with the disconnected plug of the sensor.
Connect our wire harness directly with the boost pressure sensor.
Disconnect the camshaft plug.
Take those sensors labelled “camshaft” of the provided wire harness into your hand.
Also connect this disconnected plug with the plug of the provided wire harness.
Thanks to original manufacturer quality the plugs match perfectly.
Disconnect the rail pressure sensor from the car’s wire harness.
Take those sensors labelled “rail pressure” of the provided wire harness into your hands.
Connect the rail pressure sensor just like you did the others before.
Now connect the newly installed wire harness with the automotive plug directly on the Chiptuning Box.
Your Speed-Buster performance enhancement is now readily installed, and you can directly enjoy the extra performance of your vehicle.


What We’re About
The Creative Technologies Lab works with students on exciting new projects using technologies such as microcomputing, Arduino, raspberry pi, 3D printing, and more. Creative Technologies Lab Crew members are tech enthusiasts eager to learn and find fun new ways to support their peers in their academic and passion projects.
You will spend time learning how to model in 3D environments, produce artifacts with the lab’s 3D printers, learn the basics of electrical engineering, explore different coding languages, diagnose/fix malfunctioning technology without fear, and anything else in the world of technology that strikes your curiosity. From fixing phone screens to adding Bluetooth to old radios, you’ll also have the opportunity to explore and experiment with a wide variety of technologies to reduce electronic waste.


Top 6 Essential Video How To Automatically Update Video Card Drivers for Windows 8.1 on Asus laptop — Solved
Nvidia and Microsoft have found incompatibility issues with certain versions of Nvidia display adapter drivers and Windows 10, version 2004 . Windows 10 devices with affected Nvidia display driver versions might receive a stop error with a blue screen or other issues during or after installing the update to Windows 10, version 2004. The affected drivers are any version lower than 358.00. These updates are available on all supported versions of Windows 10 including the November and May 2019 Update . Intel says that the new drivers are available for a select number of adapters and you may not see the update if you have a different wireless adapter. If not, then install your bluetooth driver it will fix missing files, ‘Qualcomm Atheros QCA9377’ this is your bluetooth device.
After you complete the steps, if no packets were lost, the connection to the router works, indicating that the problem could be the Internet Service Provider or the connection between the router and ISP. The next steps will confirm that there is no connection problem between the computer and router using Command Prompt. Usually, a simple restart can resolve many common problems, including networking issues. Windows 10 won’t connect to the internet after an update? Users may encounter incompatibility issues with certain versions of Nvidia display Brother hl-l6200dw driver adapter drivers. “Windows 10 devices with affected Nvidia display driver versions might receive a stop error with a blue screen or other issues during or after installing the update,” said the company.
Click the network icon from the notification area in the taskbar. Under the "Wi-Fi" section, click the Manage known networks option.
Under the "Go back to a previous version of Windows 10" section, click the Get started button. Once you complete the steps, Windows 10 will roll back to the previous build when there was no Wi-Fi or Ethernet adapter problem.
After the introduction of WiFi technology, people reduced using one of the oldest wireless technology Bluetooth to share data. However, Bluetooth is still one of the most useful technologies to share data among devices such as laptops, mobile phones, computers, etc. Although, just like any other thing, you cannot use Bluetooth as well without proper Bluetooth drivers.
No-Fuss Driver Updater Systems — Some Insights
These steps will only disable the Windows 10 security features. If you use a different security solution, make sure to consult your manufacturer support website for more specific details. Right-click the adapter with the problem and select the Properties option. Under the "Advanced network settings" section, click the Network reset option. Select the Troubleshoot my connection to the Internet option. Once you complete the steps, if you see four replies without packet loss, it indicates that the internet connection is working as expected.
After you complete the steps, the connection to the internet will reestablish. After you complete the steps, the adapter will enable and reconfigure automatically. Right-click the Wi-Fi or Ethernet adapter and select the Enable option. Once you complete the steps, you should be able to connect to the network and the internet. If your laptop includes a physical button, make sure to turn it on as well.
Rapid Solutions Of Updating Drivers Considered
Usually, launching a web browser and trying to load a website can confirm that the internet is working. However, you can also use the ping command to check the connection more reliably. Once you complete the steps, wait three to five minutes for the router to restart and check the connection. As part of the basic networking troubleshooting steps, you also want to restart the router to resolve common connectivity issues.
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This Charging Dock is easy slide-in design & plug and play. Put your Joy-Cons or pro controller into the charging dock, and plug it into any USB port, then it will charge. It's allows you to maintain a clean and neat desktop.Multifunctional Charging Dock: The Charge Station is perfect for storing and charging. Can charge up to 4 Joy-Cons either individually or simultaneously (or can charge 1 Pro Controller with 2 JoyCons).Built in IC Chip: So when the Nintendo Switch Joy-Cons upgraded, Joy-Cons Charging Dock can still be used for the upgraded edition, IC chips also be more safe for the built-in batteriesPowered via USB: Put your gaming controllers or gamepads into the charging dock, and plug it into USB port, then it will charge. Extra USB port could be used for your phone, PC, or other electronics.Charge Indication: Each Joy-Con charging slot has individual LED charge indicator lights which glow red when charging and glow green when fully charged. Lightweight and Portable: This charging dock is lightweight and it is easy to use. Just plug and charge.
*Input Voltage：Type-C 5V DC
-1 x Charging Dock.
4 in1 Charger Dock Controller Charging LED Stand For Nintendo Switch Joy-Con Pro Type-C 5V Built-in IC Chips AESZDPYVF


Be WISE Camp is excited to present Alexandra Forsythem STEM Day
R2-D2 (She built!)
Alex will present and then explain how to do circuit electricity activities with girls.
Alexandra is a wonderful role model for young girls. She strongly believes in community service. She currently spends at least 350 hours a year in service. She is an Engineering student with a 4.0 GPA. She is working on getting a B.S. in Electrical Engineering; minor in math, and B.S. in Computer Engineering; minor in Computer Science. Alex is an Electronics wizard and Circuit board designer. She has industry
experience with Intel, Raytheon, Ultra Electronics SSI, NASA, L3Harris.
Alex has received many awards including 2018 National STEM Role Model and 2018 National Women in Computing Award.
WHEN: Saturday, September 7, 2019
TIME: 1-3 pm
Cost: $5.00 (for supplies to make two projects)
WHERE: Summit Station Lions Club
7600 Summit Road SW
Pataskala, Ohio 43062
REGISTRATION: Send in attached and check made out to Be WISE Camp to:
23 White Ct. SW
Pataskala, OH 43062
Questions: email at firstname.lastname@example.org
Or call Becky at 614-327-6224.


AlphaServer ES40 has code name Clipper. It was positioned as a mid-range server for Internet, database/business intelligence, business and high-performance technical applications.
Here are the characteristics:
- Introduced in 1999.
- Family: Tsunami
- The core logic chipset is Tsunami/21272.
- 1- 4 CPUs,
- Model 1: 16MB RAM, 6 PCI-X slots.
- Model 2: 32GB RAM, 10 PCI-X slots.
- CPU types
- EV6 500 MHz, 4MBcache,
- EV67 667 MHz, 8MB cache,
- EV68AL 833MHz, 8MB cache.
- Up to 16GB for model 1,
- Up to 32GB for model 2.
- PCI-X slots:
- 6 for model 1,
- 10 for model 2.
- Runs OpenVMS starting from 7.1-2.
- Runs Tru64 starting from 4.0E.
AlphaServer ES40 can be replaced by AlphaVM-Pro. AlphaVM-Pro can be configured to directly emulate AlphaServer ES40. The virtual AlphaServer ES40 can have up to 32GB RAM. AlphaVM-Pro performance on suitable host hardware will be better than that of the real ES40 for most types of workloads.


by Eric Chung, Sig Culhane, Brandon Maxwell, William (Zach) Zollars
When speaking of technology is important to understand the fundamentals that go into its construction. Seeing how technology got its start and how it has evolved over the years can give a better appreciation for it. We were fortunate enough to have a chapter that covered such a wide range of topics and ideas that gives us the opportunity to speak about numerous technological devices and concepts. The main concept is to distinguish the different types of technological advances that have been created and the effects of such advances on our culture. This will be our main and sole source for this group wiki, highlighting certain necessary events throughout the history of each medium. This fits into our research and presentation for this project because it directly summarizes the technology of the audio and visual mediums. Audio and visual mediums cover almost every aspect of the digital era we are currently in. There isn’t an object now and days that don’t experience some sort of technological change involved in its evolution. From learning about the basics to seeing the high end technology that it has produced is actually phenomenal.
Technology has come so far from the days of first being just frequencies and waveforms. Today those waves are being taken to new levels to produce new advances such as wireless connections. If previous years no one would understand what exactly wireless was, but we used it all the time to send signals from towers to stations to received our radio. Today those same signals are being used to send Internet connections that allow us to access the World Wide Web from everything including a phone. This concept has evolved over the years from 2G technology and has reached an era of 4G. 4G is can best be described as the upload and download speeds that a device (primarily a cell phone) uses to gather its data.
Formats have also changed over the years to a point of complex simplicity. So many different forms of entertainment have grown and been improved from their previous forms. Television has changed from the basic standard form 4:3 ratio format that included black and white interlaced picture to a new digital format that now incorporates an advanced 16:9 ratio and new high color resolution progressive scanned images. One would think that Digital TV would be the utmost one can do with a TV but of course technology is bound to improve in some way. Today we incorporate 3D technology into our TV’s. We have TV’s that utilize the red and blue images primarily found with 3D technology and incorporate the new scanning methods of digital scanning to bring you a new and fun way of watching TV through specialized glasses. These glasses are specially formatted to only work for certain TV’s. The next object that was changed over the years is one that some would believe it perfect the way it is, but of course we found ways to make it better. A new storage and retrieval method has been created for books. Books have always been done on paper and bounded together to create a piece of literature work of art. In this era books have been compressed into tablets that allow you to carry around hundreds of books in the palm of your hand, literally. These tablets utilize wireless technology and online market places to purchase any book written in a matter of seconds. The final format change we experienced was the incorporation of music into numerous devices via wireless downloads. We have always been able to receive music via wave signals but now we can download the files straight to a device using the wireless data on cell phones or computers and the song at our disposal. Songs have come along way from being played in cassettes. We were so used to playing them in cassette players that the invention of CD’s gave us a new way of improving our listening quality. We had no idea that soon after that would be the creation of the MP3, which is still around today, and is what we use to play our songs in our various devices such as iPods, Zunes, and even cell phones. From the day of learning about oscillations and waveform to 3D technology and downloadable formats
We live in a day that nothing is safe from being advanced by technology. Everything we use has been improved in someway by technology, whether for the good or bad. The audio and visual technology of the generation has expanded so much that anything can easily be turned into a technological device.
Examples and Links
Annotated Bibliography Dominick, J. R., Messere, F., & Sherman, B. L. (2008). Audio and Video Technology. Broadcasting, cable, the internet, and beyond: an introduction to modern electronic media (6th ed., pp. 48-81). New York: McGraw-Hill.
An article that compares different tablets and e-readers. As methods of media consumption changes to meet consumers’ needs, it’s important to see what kinds of technology are driving the market today.
From the mysteries of 4G to the difference between 32-bit and 64-bit, Lifehacker explains ten tech concepts people hear about a lot but don’t really know much of.
“Shaker creates 3D virtual rooms for you to hang out in with your Facebook friends and meet new people through those friends…Trolling people’s profiles isn’t a great way to meet people, unless you happen to bump into them at a party later on. But that was exactly the original appeal of Facebook. Shaker wants to bring that dynamic online. It won Disrupt, and now it’s got plenty of cash to shake its stuff.”
http://www.techshout.com/ gadgets/2011/22/samsung-sur40- for-microsoft-surface-goes-up- for-pre-order/http://www.huffingtonpost.com/ 2011/11/22/future-desk- exodesk-exopc-touchscreen- video_n_1107707.html
Phantom Flex v1610
Vizio Theater 3D
http://www.theverge.com/2011/ 11/17/2567243/vizio-m-series- hdtv-passive-3d-release-date
http://www.bigpicturebigsound. com/VIZIO-Wins-Pop-Sci-Award- for-Theater-3D-TV-Launches-M- Series-TVs.shtml
- Chung, Eric
- Culhane, Sigurd
- Maxwell, Brandon
- Zollars, William


Lumisonic is a sound application that visualises sound in real-time in a way that allows hearing-impaired individuals to interact with a specifically designed, graphical representation of sound.
Inspired by experimental film tradition and neuroscientific research, Lumisonic aims to help those with hearing difficulties have a better understanding of sound..The software translates sound waves into circles that radiate on a display – creating a real time representation of sound and is designed to elicit responses quickly in the human brain.
There are currently two versions of Lumisonic. The Desktop version can respond to computer-generated noises or those from a microphone and even allow the user to manipulate these sounds live – which means it can be used like a musical instrument. The iPhone version allows users to see sound anywhere, by using the phone’s built in microphone to visualise sound.
Version: Desktop & Portable
Developer: Sound and Music
Home Page: http://www.soundandmusic.org/
Download Page: http://www.soundandmusic.org/projects/lumisonic/downloads
Also Available in App Store: http://itunes.apple.com/WebObjects/MZStore.woa/wa/viewSoftware?id=334560816&mt=8


This story is part of, our full coverage of the latest news from Apple headquarters.
During Apple’s annual, the Cupertino tech giant announced a slew of new smart home updates — most notably, that Siri will soon be available on third-party devices.
In addition, Apple announced that it will begin working with Matter, the device integration standard formerly known as CHIP, starting on iOS 15. Apple has already begun working toward integrating with other brands, such as Google and Amazon, using Matter, but this announcement brings us one step closer to seeing those integrations actually materialize.
Another big change: you’ll soon be able to control your smart home devices through your Apple TV.
That won’t be the only update for Apple TV; Apple TV 4k will also pair with two HomePod Minis to work as a pair of stereo speakers. You’ll also be able to use Siri, through the HomePod Mini, to control the Apple TV.
This story is still developing, and we will update it as more information becomes available.


Rechargeable electric lighter
1.The lighter is powered by a rechargeable battery, no oil or gas is required.
2.The lighter is flameless which is safer and more environmental.
3.The lighter could be work under any weather condition, especially the wind day.
4.The lighter uses the piano key button process, it is wear-resisting and easy to ignite.
5.The lighter's ignition mouth is made of ceramics and it is high temperature-resistance.
6.The lighter will cut off the power automatically when the battery is charging fully and one-time charging only takes 2hrs.
7.The lighter can ignite about 200 cigarettes at onecharge and it can also recharge about 500 times.


This UV Bulb VZero 085D is suitable for Agfa Anapurna M UV printers. This is the original Agfa manufactured UV lamp (part number 500175). There is a product warranty of one year with this UV lamp.
This VZero 085D UV lamp is a highly compact, ultra lightweight, modular UV system, designed specifically for inkjet curing applications. With an arc length of 8.8cm and power output of 80/200 W/cm, this lamp represents one of the most effective, high output, high quality UV emitters of its size on the market today.
VZero Standard Features:
- Ultra compact "footprint"
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- In-head ignitors for reliable start and added safety
- Positive integrated air-cooling
- Up to 1000 hour guaranteed lamp-life
- Low voltage, extendable length power lead
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- One year Warranty
- Lamp warm-up: 20-30 seconds
- Lamp cool-down: 40-50 seconds
- Focal length: 60mm from lamphead
Power Supply204/240V 50/60Hz (055-140)380/415V 50Hz/60Hz Three phase(170-270mm)
- Arc length: 88mmm
- Total length: 155mm


You finally purchased that new electric scooter. Nothing has made you happier than riding through town on the back of your shiny red scooter, knowing you are reducing your carbon footprint and easing the burden on your check book. Everything seems to be perfect.
Except for one thing.
This morning you walked out to start your scooter and head off to work and found your battery wasn’t charged. After spending a bit of time trying to charge it, you realized there must be something wrong with the battery. However, short of calling a mechanic, you aren’t sure exactly what to do about it.
Solutions for a E-Scooter Battery That Won’t Charge
- Battery Pack History- Your first step should be trying to determine how long the battery pack has been left uncharged. Is this your first ride after a long winter or did you just ride your e-scooter yesterday? If the battery pack hasn’t been charged in more than six months, you may be dealing with a defective battery pack. If this is the case you will need to replace it. If it has been less than six months since you charged your escooter battery, take the next step.
- Charge the Battery- Try charging the battery for eight hours and then test the electric scooter to see if it will start and run at full speed. Make sure to avoid charging the battery for more than twelve hours, however, to avoid damaging it.
- Test the Charger- If your electric scooter still won’t work properly, you need to test the charger to see if it is malfunctioning. Plug the charger into an electrical socket and check to see if any indicator lights are illuminated. If they aren’t lit or are blinking, the charger is defective. You can also test the charger using a multimeter to check the output voltage.
- Inspect- Inspect the charger using three senses: touch, sight, and smell. Remove the footplate or cover and see if you can spot any melted or burnt wires or electrical components. Make sure none are loose, damaged, or disconnected as well. Smell them as well to see if you can smell the scent of burnt plastic.
- Test it- If you own more than one e-scooter and the second is still running, test the battery on it. Charge the battery using the battery charger, then hook it up to the second scooter and take it for a test ride. Most e-scooter batters will last for thirty to forty-five minutes on flat ground at full throttle. If your e-scooter’s battery pack lasts less than 30 minutes, you will know it is worn out or something is wrong with it. It will need to be replaced before you can use your electric scooter again.
If your electric scooter battery isn’t charging like it used to, or isn’t charging at all, you need to determine whether it needs to be replaced or whether you need a new charger. Follow these steps to test the battery and the charger so you can get your escooter up and running as quickly as possible and back on the road.


Smile token is a a protocol that unifies leading DeFi protocols and blockchain infrastructure by standardising communication between them to create and execute complex financial transactions, while championing Privacy, Anonymity and Sovereignty.
We develop solutions that connect businesses, financial Institutions, and banks with distributed ledger systems. Our core technology is a next generation Blockchain infrastructure called Smile token.
At Smile token, we believe that new technologies and financial instruments need to be created in order for digital assets to reach mass adoption.
Smile upholds the core values of decentralization, maintaining user privacy, anonymity and sovereignty of user asset. Smile makes it easy to enter the world of decentralized finance. Decentralized finance has recently been making waves in crypto fiel


Please register any effective altruism related experiments here in order to avoid publication bias.
Facebook welcome v1 Edit
Date registered: 2014-12-10. Owner: Giles Edkins
Greet people when they join the effective altruists facebook group, using a standard greeting. Measure their participation 3 months after joining according to the following criteria:
- Joining the EA Donation Registry
- Creating an EA Profile
- Running a birthday/Xmas fundraiser (if dates allow)
- Signing the GWWC pledge
- Number of EA posts on personal blog or EA forum
Christmas Fundraisers Edit
Record your name, the date the fundraiser started, the target amount and how confident you feel that it will be a success (1-10).
Name: Giles Edkins. Date: 2014-12-10. Target: $200. Confidence: 3.
Neural Network Earthquake Predictor (Round 2) Edit
Name: Joseph Chu. Date Registered: 2014-12-12. Target: Success! Confidence: 1.
A "moon-shot" project to attempt to apply the machine learning technique of artificial neural networks to the problem of predicting earthquakes using foreshock data.
Purpose and Proposal Edit
Among all known natural disasters, earthquakes, and the tsunamis associated with earthquakes, tend to be some of the most destructive in terms of lives lost. Unlike many other disasters however, part of this destructiveness comes from the apparent unpredictability of said events. If it were possible to predict a large magnitude earthquake even just 24 hours beforehand, it is possible that a significant percentage of deaths could be avoided through evacuation. As such, an experiment is proposed to apply state of the art machine learning techniques to try to predict earthquakes using foreshock data.
Foreshock data, consisting of earthquakes in a certain window before the earthquake to be predicted, is readily available from the USGS website. Though the data from 1900 to 1973 is exceedingly sparse, the data from 1973 onward is increasingly detailed.
Methods and Material Edit
While a prior experiment using a very basic artificial neural network was unsuccessful, it occurs that the algorithm utilized (a modified Autoencoder/Perceptron hybrid) was not considered state of the art, and this may have contributed to the failure. As such it is proposed that state of the art algorithms such as Convolutional Neural Networks and Deep Belief Networks be applied to the problem.
The experimenter currently owns two high-end computers with fairly high-end Nvidia GPUs that are CUDA compatible and therefore able to implement the Theano library on. Code for this experiment will most likely be in Python, to make use of the Theano library to allow for GPU-based acceleration of the artificial neural networks.
It should be clear that the probability of this experiment actually succeeding in its current form is still quite low. The reason why to attempt it anyway is simply that the expected utility is still high because the potential utility of success is extraordinarily high. If it works, we'll have something that could save thousands of lives annually. If it doesn't work, the experimenter will have at least been able to practice some coding and state of the art machine learning techniques.


In the annals of technological history, few innovations have impacted human interaction as profoundly as the phone number. The Numerical Nexus From its humble origins to the modern digital era, the numerical code has become an essential linchpin in the intricate web of global connectivity.
A Numeric Evolution
Trace the trajectory of phone numbers, and you’ll uncover a fascinating evolution. Once modest strings of digits, these identifiers Israel Phone Number Data have grown into sophisticated conduits of conversation, linking individuals across vast distances in real-time.
The Area Code Revolution
Similarly, As telecommunication networks expanded, the introduction of area codes proved pivotal. These geographic prefixes streamlined the routing of calls, transforming what was once a tangled web of exchanges into a well-orchestrated symphony of communication.
The Mobile Metamorphosis
In conclusion, With the advent of mobile phones, the concept of phone numbers underwent a metamorphosis. No longer tethered to landlines, these Book Your List numeric sequences became portable extensions of identity, enabling people to stay connected on their terms.
Numbers in the Digital Domain
After that, In the digital age, phone numbers have transcended their original purpose. They now serve as keys to virtual realms, guardians of digital identities, and enablers of multi-faceted communication, blurring the lines between physical and virtual interaction.
Toward Tomorrow’s Connections
Above all, As the digital landscape continues to evolve, so too will the role of phone numbers. With emerging technologies like AI, quantum communication, and interconnected devices, the numerical nexus is poised to usher in a new era of unparalleled communication, where boundaries collapse and connections flourish.


From Silicon to Solar and back
Silicon Valley has always been the place to be for new and exiting ventures, techniques and developments, with companies starting their businesses in garages and becoming large global players within a few years. Out of the smoking ashes of the Internet burst, many experienced business people and venture capital investors have found themselves on a new mission: solar energy. Companies like Nanosolar and MiaSolé, both active in the field of CIGS thin-film technology, have extremely ambitious goals with their new-generation solar technology.
After the success of the PV trade mission to Greece and Italy, it is now time to discover the business opportunities in the world’s third largest PV market: California. The California Solar Initiative commits the state to spending more than $3.4 billion over the next 10 years to subsidize the installation of 1 million solar roofs, or about 3,000 megawatts of electricity capacity. Therefore, the purpose of this mission, dedicated to photovoltaic solar energy, is to explore business opportunities in this rapidly growing market and secondly to learn more about the new thin-film technology start-ups and next generation solar technology. These venture-capitalized companies promise the production of very low cost PV modules that can make solar energy cost-effective even without financial incentives from governments.
The tour program will start on Sunday evening 10th of June and ends on Friday 15th of June. Included in the program will be a symposium focusing on Californian PV market opportunities and booming new technology manufacturers will be visited. Furthermore, a matchmaking and workshop event will be organised in which new Californian start-ups and well-established PV companies will present themselves and will work on some case studies with the international participants. Based on the interest already shown, the group of delegates will comprise many nationalities. This will offer a great way to find new business partners and to discuss global market developments with enthusiastic fellow participants from different positions in the field of solar energy.
This PV tour is the sixth one organized by SolarPlaza.com, the global PV marketplace. Previous trade missions visited China, Spain, Italy and Greece. The cost for participation in this exciting event is € 3,950 (incl. full program and hotel stays). This learning and market exploration experience will start and end in San Francisco. More information and an order form can be found at www.solarplaza.com.


The application of artificial intelligence (AI) technology to various facets of life is becoming increasingly commonplace as the technology continues to evolve masstamilanfree. AI-driven technology has enabled us to automate a number of tasks and processes, making them faster and more efficient. AI-driven technology can also augment the decision-making process by providing the ability to analyze large amounts of data and draw conclusions from it. However, this technology also carries some risks that should be taken into account. One of the primary benefits of AI-driven technology is its ability to automate mundane tasks, such as data entry, allowing for greater efficiency mallumusic. This automation can not only reduce the amount of time it takes to complete tasks, but it can also reduce the possibility of human error, resulting in improved accuracy. AI-driven technology is also being used to analyze large amounts of data and draw conclusions from it newshunttimes. This technology can be used to recommend actions or provide insights that can inform decision-making. However, there are also some risks associated with the use of AI-driven technology. One of the primary risks is the potential for bias in the data that is used to train AI algorithms timesweb. If the data set used to train the AI is biased in any way, the algorithm may make decisions based on that bias newmags. Additionally, there is the possibility that AI-driven systems may become too reliant on the algorithms they are based on and may not be flexible enough to react to changing conditions. The use of AI-driven technology provides many potential benefits alltimesmagazine, but there are also some potential risks that should be taken into account. By understanding the potential risks, organizations can put safeguards in place to ensure that the technology is used responsibly and that any potential biases are accounted for.


- Dash board type : Engine Temperature gauge
- Display Type : Digital
- Color : Black
The infrared tire temperature meter by Koso has been designed to provide critical tire surface temperature readings. This device is a great tool for monitoring your tire temperature and manage your next session/race for a better tire wear. The sensor features a 10° field of view measuring temperatures up to 735°F.
- Dimmable backlight
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- Volt meter
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- Sensor operating temperature -40 ~ 255 °F (‑40 ~ 125 °C)
- Sensor temperature range up to 715 °F ( 380 °C)
- Meter operating temperature -14 ~ 140 °F (‑10 ~ 60 °C)
- Effective voltage DC 12 V
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Digital systems are said to be constructed by using logic gates. The basic operations are described below with the aid of truth tables. It will give a low output if either, but not both , of its two inputs are high. The symbol is an EXOR gate with a small circle on the output.
Digital Logic Design - National University
The small circle represents inversion. Also note that a truth table with 'n' inputs has 2 n rows. You can compare the outputs of different gates. You can check this out using a truth table. There are also multiple input gates if you want to know more about them then click on the link below.
Here are some tutorials using LabVIEW simulations to show the gate functions and some of the different ways that gates can be configured. A component library of signals defining r 1 —r 20 was used in this work Supplementary Table 1.
The pGRR i,j promoter contains two, 20 base-pair bp target sites that match r i and r j respectively. Because the promoter has relatively low expression levels and we wanted its output to have a strong ON output when not repressed, an upstream activating sequence UAS from the strong pGPD promoter 47 was added, forming the base pGRR promoter. It has been shown that RNA device folding can be insulated from surrounding sequence context through computational sequence selection 51 , As a demonstration of the complex circuits possible with our NOR gates, six two-input, one-output digital logic circuits were built by integrating up to five NOR gate cassettes into various selectable loci in the yeast genome Fig.
The circuits were constructed from the 16 guide sequences of the component library that exhibited the strongest repression Supplementary Fig. The truth table for each gate was experimentally obtained by constructing four separate strains, one for each pair of possible input values, in which the corresponding gRNA input signals were expressed from constitutive promoters Supplementary Table 2.
Fluorescence values were collected using flow cytometry of cells growing in log phase. The histograms represent population fraction from three different biological replicates measured during a single experiment and were normalized so that area sums to unity. Fluorescence population ratios of the circuits are included in the Supplementary Table 3. To distinguish circuit state, value bands for digital ON, OFF and Undefined, fluorescence values were determined with the 16 guide sequences and their cognate pGRR promoters used in circuit construction Supplementary Fig.
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- Basic Logic Gates.
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For the state of a circuit to be considered ON or OFF we specified that a majority of cell population fall in the expected fluorescence band. Population fraction tables for all circuits can be found in Supplementary Table 3. Circuits containing different NOR gate variants can exhibit a range of behaviours.
For example, 15 versions of the XOR, from Fig. We hypothesize that circuit performance variations are due to expression differences in the pGRR promoters and repression efficiency variations of the gRNA in the individual NOR gates of the circuit. To test the limits of size and complexity our NOR gate circuits can achieve inverter cascades of depth one through seven were composed with NOT gates Fig.
The cascade of depth D was made by the addition of a NOT gate to repress the input stage of the depth D —1 cascade. As seen previously with the two-input logic circuits, there is considerable variability within the ON and OFF states. As cascade depth increased the fluorescence levels of the OFF states for all of the odd depth cascades increased. Similarly, except for the cascade of depth 6, as cascade depth increased the fluorescence levels of the ON states decreased. This suggests a gradual degradation of circuit function as the number of layers increased.
Similar behaviour was also observed for other repression cascades that were constructed Supplementary Fig. Cascades were created with sequential genomic integrations of NOT gates. Fluorescence measurements were taken using flow cytometry. Fluorescence population ratios of the circuits are included in Supplementary Table 3. A model of the cascade, in which each layer is treated as a Hill function, was used to fit the data.
The plot shows the data from one biological replicate. As the number of layers in the cascade increases, signal degradation and increased time to steady state is observed. The model was used to generate the fits for the steady-state and kinetic inducible cascade experiments. To investigate the temporal characteristics of the inverter cascades, we analysed the kinetics of cascades of depth one through four. With increasing cascade depth, a clear delay in output response was evident, with the cascades reaching half-maximal expression at 4.
The dose response curves of the four cascades were also measured after passaging cells over 5 days Fig. Some signal degradation with successive layers was observed Fig. A kinetic model was constructed to capture the behaviour of our synthetic cascades.
Basics of Programmable Logic: History of Digital Logic Design (ODSW1005)
The model combines successive Hill functions to represent simple transcription and repression associated with each gRNA- dCas9-Mxi1 signal. The parameters v d and k d roughly capture expression and repression strengths of the promoters driving each gRNA- dCas9-Mxi1 signal, r d. The parameter L represents the transcriptional leak as a percentage of the maximal expression of a given gate when maximally repressed parameters n and b capture the cooperativity of repression.
The steady-state dose response and kinetic time course for inducible cascade data were both fit to the model Fig. Due to the different growth conditions of the steady-state and kinetic cascade experiments, two separate model fits were generated for each experiment. To address potential model identifiability issues parameter values were constrained based on published biological values Supplementary Table 4.
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The fitting results were found to correlate well with the experimental data. The reported value of L was calculated as the average of the predicted transcriptional leak from the model fits from Fig. To demonstrate the ability of dCas9-Mxi1 to decrease transcriptional leak compared with steric repression via dCas9 , gRNA dose response curves of repression at three pGRR promoter target site positions were performed using dCas9 and dCas9-Mxi1 Fig. At maximal induction, dCas9-Mxi1 represses the promoter to a lower fluorescence level than dCas9 alone at all three positions.
Repression via steric hindrance showed promoter positional variations in predicted leak parameter values. The observed positional variation is consistent with previous results In all three positions dCas9-Mxi1 was predicted to have the same or lower leak parameter L.
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These data indicate that in the context of our NOR gates, dCas9-Mxi1 confers stronger and more consistent repression than dCas9 alone. Alternative plots comparing dCas9 and dCas9-Mxi1 repression as a function of inducible promoter activation driving gRNA are included in Supplementary Fig.
The temporal responses of the cascades were predicted from simulations using randomly sampled parameters within the range of the model fit. Parameter values for kinetic simulations were resampled from the model fit using the kinetic time course experimental data.
Linear regression analysis estimated the slope of the increase in response time per layer to be equal to Increasingly layered cascades show a positive linear relationship between circuit time to half-maximal response and circuit depth, with a slope of The first four data points highlighted in purple are experimental data from Fig. The bins highlighted in orange and yellow contain the predicted L values for the steric repression measurements in Fig. To extrapolate the model to predict the effect of leak on signal degradation for deeper cascades, cascades of various lengths were simulated, with increasing values of L , using randomly sampled parameter sets within the range of dose response experimental fits.
Here dynamic range is defined as the log fold change of the maximal and minimal response of a cascade,. Signal degradation was found to be largely dependent on the transcriptional leak parameter, L Fig. In this range the performance of the cascade is more sensitive to other parameters in the model. In addition, these data show the significance of reducing NOR gate leak when constructing larger circuits.
We introduced a class of dCas9 -based modular genetic NOR gates that behave digitally, have low variability and show minimal retroactivity or effects on cell growth. These features made these gates relatively easy to combine into Boolean logic circuits that are among the largest ever built in any organism. In particular, we found that most circuits in Figs 3 and 4 required that only a handful of gate combinations be screened to identify a functional design, and others required only one.
Table 1 compares our technology with selected published circuits. We measured circuit complexity with a combination of two metrics: the number of gates and the number of connections among gates, allowing us to locate circuits in a two-dimensional plot Supplementary Fig. These complexities compare well with gene circuits developed in Escherichia coli , for example.
Our NOR gates enabled extremely simple design and construction of large gene circuits. Before genetic circuits can be made much larger, however, many factors that influence the size and complexity of synthetic genetic circuits must be addressed. First, the gates in any framework must be well behaved. Gates can suffer from retroactivity, where a downstream gate affects the behaviour of upstream gates to which it is not connected by design 55 , 56 , In this case it is quite difficult to design large circuits even with CAD because we may not know the source of the retroactivity, how to model it or how to design with it.
In addition, gates can be highly variable, where the outputs levels of one gate do not match the input levels of the next. Electrical engineers call this an impedance mismatch. A recent paper 22 addressed retroactivity by adding insulators to their gates. By meticulously characterizing the performance each gate, and using CAD, they were able to select compatible subsets of parts out of which they constructed circuits as large as those demonstrated here, despite gate variability. Not all of the circuits predicted to work by the CAD tool functioned correctly, possibly due to residual retroactive effects, requiring the circuits to be screened for function.
Thus, in our case, the design problem is easy enough that extensive part characterization and CAD tools were not necessary at the circuit level even though CAD tools such as standard DNA editors and secondary structure predictors for RNA were used at the sequence level. Second, the host organism presents many unique challenges. Each organism can be thought of as a different computer operating system. Promoters, for example, in E. Transcriptional regulation in eukaryotes is complex, involving a variety of mechanisms including chromatin remodelling 59 , 60 , 61 , 62 , 63 , and understanding it remains a highly active area of research Thus, directly comparing circuit architectures between organisms, as we did between yeast and E.
Nevertheless, we believe that because CRISPR-dCas9 functions in mammalian cells 20 , 30 , 31 , 32 , 34 , 48 , and the human Mxi1 repression domain has been used in synthetic contexts to regulate transcription in human cells 30 , 39 , 40 , our NOR gates could be ported into mammalian cells, with difficulties of strain engineering likely dominating. Third, the method by which circuits are constructed and the genetic tractability of the host affects progress toward building large circuits.
For example, the circuits we present here are all singly integrated into the yeast genome, because plasmid-based systems exhibit cell-to-cell variation in copy number. That made the process of building and testing strains slow, costly and cumbersome and in fact limited our ability to build circuits much larger than those shown here. Larger circuits and large libraries of circuit variants will require that we develop, for example, one-pot assembly methods for large DNA constructs Depending on the technology, such assemblies may be more or less difficult to harness.
The success or failure of different approaches to building bigger circuits may depend on how well behaved, insulated, simple and scalable the input low-level devices and gates are. Yeast transformations were carried out using a standard lithium acetate protocol The cells were then spun down, supernatant was removed and they were resuspended in H 2 O and then plated on selective agar media.
Matings of the MATa and MATalpha were performed by coculturing both mating types and plating the culture onto selective agar media. All strains and sequences used in this work are detailed in the Supplementary Data 1.


How To Make An Android Controlled Robot
An Android Controlled robot is a simple robot which is operated by an arduino Board,L298N Motor Controller,Bluetooth Moduler(HC-05) and It Can Be Controlled By and Bluetooth Device we are using an Android SmartPhone for controlling it .Attached Bluetooth Module receive the given command which is given by The Android SmartPhone and the connected Arduino Detects the command and then it controls the Motor rotation with a Motor Driver Board (L298n Motor Driver).
An Android Controlled Robot can be used as a Multi functional bot i mean it can be used in many tasks and Operations like Simple Rover,Spying Bot etc.Just we have to attach sensors and equipment on it.
You can Make An Android Controlled Robot In Less Then 10 Minutes with the help of the video we are uploaded it to Youtube link is below just watch it and you can watch Our Android controlled Robot in action and all the steps and procedure in the same video.Video:-
So lets start with our 3rd robotics Project of Andro Root.
✔ L298n Motor Driver
✔ L298n Motor Driver - Arduino Uno
IN1 - 5 ( Digital pin)
IN2 - 6 (Digital Pin)
IN3 - 10 (Digital Pin)
IN4 - 11 (Digital Pin)
✔ HC-05 - Arduino
Pin Configuration of HC-05 Bluetooth module
VCC - 5V
GND - GND
RX - TX
TX - RX
✔ Power - Arduino Uno
9v's Battery holders Red - Vin of Arduino
9v's battery Holders Black - Gnd of Arduino
✔ Power - L298n Motor Driver
9v's Battery holders Red - 12v of Motor Driver
9v's battery Holders Black - Gnd of Motor Driver
Now The circuit is assembled and its time for coding/Programing
This is the Program file for the Arduino Board.Download it and store it on hard disk.
- Steps to burn the program On Arduino by The IDE
Download the Arduino Ide Software From The above given link.Then Install it, now Connect the Arduino with Computer through the cable.open the Arduino software on pc .Click on "File"(Right Top) from the new opened Drop down menu,click on "Open" Now from the newly opened window go to the location location where you have saved the Android Controlled Robot.ino and select it.
Now the software will open it in new window so close the previous window(otherwise you will face an error at burning time) .
After Loading the .ino File click on Upload button (At right top side under the File Option)
Wait Till the uploading complete. it will take 1 or 2 minutes.
- Connect the Bot With Android
After the uploading completed disconnect the bot, And install the Arduino Bluetooth RC Car app from the play store and open it now tap on Setting icon and click on "Connect to Car".A new windows will be open with Available Devices ,in it click on HC-05. It will ask you a pair Key Use 1234 as Pair Key.After pairing The Red Circle(Right Top) will converted to Green.So Now Android Smart Phone is connected to the Bot. Enjoy The Android Controlled Robot.
I hope Our Step by step guide and Video will help you to make an Android Controlled Robot without any problem.This is a simple bot you can modify it with some codes and components so just share your idea through the comment section.I will modify it latter by adding a camera,front back Led,Temperature sensor, Ultrasonic sensor and a display.
Keep sharing Keep visiting.
Simple Automatic Moving Robot using arduino & L293d ICHow to make an Obstacle Avoiding robot using arduino & L293d IC


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Lego Club Skypes European Space Agency
The Lego Club had a Skype Call with engineers at the European Space Agency on Wednesday 28th November. They discussed their research project which focuses on using a new nano material to convert harmful radiation into electrical energy and how it could be incorporated into radiation shielding in space. They had a very thought-provoking interview and the project has taken a great leap forward. In addition to the project, the team have built and programmed a robot to complete a variety of space-themed tasks. There was huge excitement among the team after the interview and the engineers were very impressed with both the project and the robot.


What is Agon light™?
Agon light™ is a fully open-source 8-bit microcomputer and microcontroller in one small, low-cost board, built with state-of-the-art 21st-century technology. It has two claims to fame, both of which are substantiated in the next sections. In a nutshell,
Agon light™ is the fastest and cheapest 8-bit microcomputer ever made.
Agon light™ is the world’s sole standalone, instant-on, BASIC-programmed microcontroller that dispenses with a host PC and sketch compilation.


Ant colony optimization algorithm
2009-10-5 ant colony optimization: introduction and recent ant colony optimization in more general transfered into a technical algorithm for discrete optimization. From the early nineties, when the first ant colony optimization algorithm was proposed, “an ant colony optimisation algorithm for the 2d and. A brief and useful presentation about, ant colony optimization: the algorithm and its applications. Originally proposed in 1992 by marco dorigo, ant colony optimization (aco) is an optimization technique inspired by the path finding behaviour of ants searching for food.
2018-8-20 ant colony optimization (aco) are a set of probabilistic metaheuristics and an intelligent optimization algorithms, as ant system algorithm. Ling wang , qun niu , minrui fei, a novel quantum ant colony optimization algorithm,. Ant colony optimization java free download gui ant-miner gui ant-miner is a tool for extracting classification rules from data it is an updated version of a.
2006-9-26 genetic and ant colony optimization algorithms author: peter kohout updated: i need a code for ant genetices colony algorithm in the c# language. 2014-6-23 keywords: ant colony, optimization, process duration, artificial intelligence, nature 1 colony algorithm for the flexibility of software but in case. 2012-8-1 to appear in applied soft computing (2012), doi: 101016/jasoc201205028 1 inducing decision trees with an ant colony optimization algorithm fernandoe.
2010-2-28 combines tabu search with ant colony optimization the in the proposed algorithm, first of all, the ant agent returns to the previous node that is,. 2003-11-5 reservoir operation by ant colony optimization algorithms 3 on a final selected aco algorithm, will be compared the model will also be applied to. 2014-8-30 swarm intelligence: an application of ant colony artificial intelligence, ant colony optimization, network algorithm works by giving every node in the.
Ant colony optimization example travelling salesman problem resolution using aco ant colony optimization example travelling salesman problem resolution using aco. 2012-2-9 research on the ant colony optimization algorithm 229 (a) result by aca (b) result by mheaca fig 3 the path curve with smith70 (a. A drawback of ant colony algorithm is not suitable for solving continuous optimization problems a method for solving optimization problem in continuous space by using ant.
2017-8-23 j intell manuf (2013) 24:1–13 doi 101007/s10845-010-0407-2 application of ant colony optimization algorithm in process planning optimization xiao. 2013-2-20 ant colony optimization - techniques and applications edited by: helio jc barbosa isbn 978-953-51-1001-9, published 2013-02-20. 2017-1-18 can i use an ant colony of vicious ants of my own to eradicate a hard to get enhance results obtained from using an improved ant colony optimization algorithm. 2013 international conference on quality, reliability, risk, maintenance, and safety engineering (qr2mse) a new ant colony optimization algorithm for tsp xiwu wang.
- 2015-4-9 an ant colony optimization algorithm for optimization of process plans p s srinivas1, v ramachandra raju2 and c s p rao3 corresponding author: p s srinivas,.
- An ant colony optimization algorithm for the traveling salesman problem.
2017-6-27 isula allows an easy implementation of ant-colony optimization algorithms using the java programming language it contains the common elements present in the meta-heuristic to allow algorithm designers the reutilization of common behaviors with isula, solving optimization problems with ant colony. 2011-12-11 an effective ant colony optimization algorithm (aco) for_it/计算机_专业资料 暂无评价|0人阅读|0次下载 | 举报文档 an effective ant colony optimization algorithm. 2017-6-6 on the basis of association rule mining and apriori algorithm, a new algorithm is proposed based on the ant colony optimization algorithm.


phone: +7 9787642060
One-man company Panasoft develops programs and components based on its scientific developments. Head of company Sergey Panasyuk begin his career in military laboratories of former Soviet Union. He has inventions in electronics and scientific works in CAD and Graphics area. Core product of company is graphic application Images Generator.
One of developed by Panasoft program is the experimental program of designing of interconnections. Method of designing of interconnections used in this program can be applied for graph and network management, layout computation, designing of printed-circuit-boards and integrated microcircuits, graphics and games. This method is published in scientific magazines of former Soviet Union.
Link Scientific works of Panasoft
Graphic application "Images Generator"
Method of designing of topology that can be applied for graph and network management, layout computation, designing of printed-circuit-boards and integrated microcircuits, graphics and games. This method is published in scientific magazines of former Soviet Union.
The description of this method is to the address http://www.imagesgenerator.com/res/routing.html
Link to experimental program: star.zip
Link to Аrticle_'app_ImagesGenerator'
SlideShare Samples of created images
Method of designing of topology description http://www.imagesgenerator.com/res/routing.html
Innovations in electronics http://www.imagesgenerator.com/electro/index.html
More apps of Panasoft
Art Lines http://artlines.imagesgenerator.com/
Photo Defects Remover http://photodefectsremover.imagesgenerator.com/
Image Area Selection and Edge Detection http://areaselect.imagesgenerator.com
Resume of the head of the company Sergey Panasyuk (http://www.imagesgenerator.com/res/resume.htm).


HTC Re Camera is a standalone device that comes with Android and iOS. It’s main aim is to provide entertainment with its 16 Mega Pixels Camera and a Sony DSC Sensor. You need to just press a button on its top back side to hoot pictures and videos, while it has also a slow motion mode and time lapse mode. Good thing is that it resist against water up to 1 meter o depth. It has a built-in wireless and the Re app to know about what you are shooting.
HTC Re Camera’s body is certainly light weight and comes with an ultra wide f 2.8 lens that allows 146 degree angle of view. It got a Sony made 1-2.3 Inches 16 MP CMOS sensor, Sensor is indeed bigger than the normal Smartphone Mobile Camera’s sensors. You can focus on your movements instead watching on how it is capturing the videos or snaps, as the sensor lens is so wide that you can do it easily.
HTC Re Camera shaped like an Inhaler, you can hold it from bottom, but make sure to hold it tightly as it start to slip from your grip after some time.
Shoot in Water:
HTC Re has ability to provide water resistance up to 1 meter or 3.3 feet. It means you can hold it in any thunderstorm or under the pool for next 30 minutes. If you are keen to take your HTC Re to more depth, you can try optional Water Proof Cap to get it under water for 3 meters or 9.8 feet with extended time of 120 minutes.
HTC Re can record Videos and at 1080 Pixels or 720 Pixels resolution @ 30 FPS (Frames Per Seconds). It will sound a beep when you start recording, while the red light will blink at the time of recording or on taking photo.
Slow Motion Video Recording:
You can also record videos in slow motion, there is a button in the crook under the lens that switch normal recording mode to slow motion mode with ability to record videos at 720 Pixels resolution at 96 FPS (Frames Per Seconds), you need to Press and Hold the button to change normal video recording mode to slow motion mode. Then press the record button and do what you. Note that slow motion mode didn’t support audio and return back to normal video recording mode automatically.
Tags: HTC Gadgets


Dual DVB-T tuner for your PC. Record up to two Freeview digital TV channels at the same time!
- Watch one DVB-T digital TV programme on your PC while recording another. Or record two digital TV channels at the same time. Built-in dual DVB-T receivers with high sensitivity technology!
- Digital radio on your PC, too!
- Includes our free 7 day EPG plus WinTV-Scheduler, so you can schedule the recording of up to two overlapping digital TV programmes using high quality MPEG-2 encoding!
- Includes ergonomic remote control.
WinTV-NOVA-TD 500 features
- Dual Freeview digital DVB-T receiver for your PC. Watch one DVB-T digital TV channel while recording another. Or record two digital TV programmes at once using high quality MPEG-2 video!
- High sensitivity dual DVB-T tuners for the best digital TV reception.
- WinTV-Scheduler & our 7 day EPG are included to easily record your favourite TV shows.
- Listen to Digital stereo radio (DVB-T radio).
- Windows XP and XP Media Center Edition compatible*.
- Includes the Hauppauge IR remote control for easy control of the TV functions under Windows XP.
High sensitivity dual DVB-T tuner for your PC. Watch and record digital TV, or record two TV shows at the same time!
WinTV-NOVA-TD-500, the dual digital DVB-T receiver for your PC! WinTV-NOVA-TD-500 is a high sensitivity dual DVB-T receiver. Connect a digital TV aerial to the WinTV-NOVA-T-500, and you can watch and record DVB-T digital TV on your PC, in a window or full screen. With the dual digital tuners on WinTV-NOVA-TD-500, you can record one digital TV channel while watching another. Or record two digital TV programmes at once!
Better digital TV reception: we include the latest in highly sensitive digital TV tuners, so you can get the best TV reception on your PC. And you only need to make one antenna connection for both built-in digital TV receivers.
Freeview DVB-T digital TV brings you sharper pictures and enriches your PC’s multimedia experience with near CD quality sound. WinTV-NOVA-TD-500’s adds great features to your TV viewing: dual digital TV receivers, excellent digital video quality, automatic identification of channel names plus records digital TV programmes to your PC’s hard disk in an MPEG-2 format without losing quality.
Your high performance personal Digital Video Recorder. WinTV-NOVA-TD-500 comes with our free 7 day Electronic Program Guide (EPG) plus the WinTV-Scheduler, so you can schedule two simultaneous TV recordings in high quality MPEG-2 and play them back in full original digital quality.
WinTV-NOVA-TD-500 recordings are compatible with Hauppauge’s MediaMVP™. Record TV shows onto your PC with WinTV-NOVA-TD-500, and then watch them in your living room on your TV set with MediaMVP!
Replace your current Media Center TV card with our WinTV-Nova-TD-500 allowing you can watch and record up to two digital TV programmes at once on your Media Center PC!
- For Digital Terrestrial reception, a high gain aerial is recommended. The WinTV-NOVA-TD-500 uses a rooftop aerial for DVB-T reception in the same way that most people currently receive their analogue television programmes. Some viewers will need to replace their aerials to receive digital transmissions if the installation is old or in poor condition. Digital Terrestrial coverage is improving all the time as digital terrestrial television transmitters are continuously being updated. However it may take some time for coverage to reach particular areas of the country. To check if you receive a digital transmission in your area, input your Post Code at: http://www.digitaluk.co.uk/
- DVB-T Radio is not DAB Radio.
- The WinTV-NOVA-T 500 supports DVB-T TV not DVB-T2.
- To use the WinTV-NOVA-TD-500 for TV with the Windows XP Media Center application a Media Center certified DVD or MPEG-2 software decoder is required. If you are building a Media Center PC, refer Microsoft's web site for a list of Media Center certified DVD decoders. The Windows Media Center application is included with Windows XP Media Center, Windows Vista Ultimate and Windows Vista Home Premium editions only. The enclosed remote control is not MCE certified and does not replace Media Center remote control.
WinTV-NOVA-TD-500 System Requirements
- Minimum processor recommended:
- 2.0 GHz Intel® P4 or equivalent for TV watching.
- Microsoft® Windows® 8, Windows 7, Windows Vista with 1 GB RAM or Windows XP Service Pack 3 with 512 MB RAM
- Graphics with 64 MB of memory (minimum).
- Sound card or on board sound.
- A free PCI slot.
- CD-ROM drive (for Software installation).
model 00289: WinTV-NOVA-TD 500 with dual DVB-T support and English manual
Included in the box
- WinTV-NOVA-TD-500 PCI card card with two built-in high sensitivity DVB-T receivers.
- IR remote control transmitter and 2 batteries.
- IR remote control receiver cable.
- Software on CD-ROM.
- Quick Installation Guide.


Step into the future leading smart technologies for biological applications
Tartu Biotechnology Park participates COWIN project reinforcing its activities in the field of smart technologies for diagnostic and medical applications. This project, supported by the European Commission has been launched for 3 years and is dedicated to facilitate access to advanced technologies developed in the course of FP6 and FP7 European research projects.
Smart technology and sensors experience a huge growth in the Life Sciences field due to their unique ability to interact with their environment and to act consequently. Diagnostic and life science applications for smart systems saw an estimated 14% growth in 2009 to become a $1,5 billion market for the first time in 2010 according to Yole Développement estimates.
The European Commission is very supportive to innovation in miniaturized smart systems for biological applications since it represents a strong opportunity to strengthen the European Competitiveness while answering to today's societal challenges.
Indeed if smart technologies are well known in IT and communication as illustrated by the smart phones revolution, smart systems are also very promising in the Life Sciences field. They make especially possible earlier in vivo and in vitro diagnostic of diseases. They lead also to innovative medical devices for better treatment. The growing quality control market in the agro-food industry and the market for environment safety are also taking benefit of the smart systems innovation.
In this context, part of the current FP7 European Call closing in January 2012 is especially dedicated to micro and nano bioconvergence systems' research projects driven by applications' requirements. Results of such R&D projects are expected to bring key differentiation to support the market penetration of smart systems in the Life Science field. A budget of 39 M€ is dedicated to this topic.
The European Commission is also facilitating the access to advanced smart systems technologies through the COWIN action that extracts and promotes the best of the European FP6 and FP7 R&D projects' results. It includes in particular for biological applications:
- Fully integrated detection platform
- Chemical and gas smart sensors with higher specificity and sensitivity
- Innovation process for cartridge production
- Newly solution for reagents integration
- Data transmission monitoring
- Innovation in sensors for Body Area Network (BAN)
- Innovative sensors for medical imaging
- Innovative robotics and surgical tools.
Smart systems for biological applications represent a real business opportunity. The European industry is well positioned to reach a leading position in this field since it benefits of key players and competencies all along the value chain.
Large companies, but especially SME's and start-up companies are strongly encouraged to take benefit of the European Commission's support to optimize their access to this promising innovation, reduce their time to market and strengthen their leadership in their targeted markets.
Additional information: www.cowin4u.eu.
Contact in Estonia:Mariann NõlvakTartu Biotechnology ParkE-mail: email@example.comPhone: +372 7 383 053
COWIN is a support action launched under the 7th framework Program for 3 years to strengthen the European competitiveness in miniaturized smart systems. This initiative is dedicated to the commercial exploitation of advanced technologies developed in the framework of European collaborative research projects. COWIN's mission is to facilitate take-up of the advanced technologies worthy of investments, in order to capture innovation, win new markets and make a profit.


Are Military Night Vision Goggles For You?
Night vision goggles are usually used by the police and military agencies but can also be used by everybody. Night vision technology might be one of those things that you've always wanted, but know that the novelty wasn't worth the hundreds (or thousands) of dollars that such fancy technology could cost. Night vision goggles are too costly to make a error with, even once.
Several night vision goggles are priced with you, the enthusiast in mind. EyeClops Night Vision Goggles make it really interesting to be able to see in the night. EyeClops Goggles come equipped with two viewing modes to go with any circumstance. First viewing mode is referred to as Maximum Surveillance Mode which is probably best suited to long range recon and inspection missions. Whereas the other mode is Close Proximity Stealth Mode for missions demanding a closer look into.
Night vision goggles are truly best for hunting, camping or for surveillance applications. These can even be used by average people to protect their family from any problems at night time. Night vision optics can also be used for night sky tracking of phenomena such as comets , asteroid showers, and other astronomical observations.
Night vision goggles are generally mounted on a head gear, face mask, or other similar equipment allowing the wearer to operate the goggles basically hands free. Night goggles are commonly mounted to the headgear so as to be rapidly removed should an emergency situation may arise. Night vision goggles are offered in monocular, binocular, or bi-ocular styles.
Night vision optics are typically worn by military and defense personnel, and let the wearer to successfully "see in the dark". Night vision rifle scopes are made for nocturnal shooting, with an aiming reticle superimposed on the object. Night vision goggles are optical instruments, which allow images to be created in low levels of light. They do this by picking up any ambient light in an area, and intensifying it. Night vision goggles are able to multiply a given amount of light by thousands of times. This light may come from any given origin such as the moon, stars or even the illumination coming from a nearby city. The night vision goggles are graded according to the different generations starting with generation 1.
Thermal imaging picks up the higher levels of the infrared light spectrum and the light is affected by heat. As an example , when something that is breathing is viewed at night, the person with the goggles will see colors according to heat patterns. Thermals work just like how we see it in the movies. We look through the binoculars or the goggles which then sense the temperatures of people being viewed.
Thermal imaging apparatus can often reveal an surprising insight into recent activity in an area, whether simply heat holdover from footprints or even whether suspects have buried materials or even hidden them in walls. Even if an area seems pristine to the naked eye, thermal goggles can reveal clear signs of such activity. Thermal Imaging devices get the high end of the infrared light spectrum which is emitted as heat by things. Image Enhancement devices will offer a much crisper image with detail while Thermal Imaging devices exhibit regions of heat.
Night vision goggles and thermal imaging devices are regulated by law in certain countries. Be sure to explore the ownership and usage laws of any type of device in the country where you will be using them.


Hardware = High Performance
Hardware components are the vehicles that run software and
provide data storage and processing power. The computer
system is just one component amongst many that provides
the functionality to produce creative media products. The
three main hardware components that are integrated into a
video production suite are, 1) the computer system. 2)
Hard disk storage. 3) Media input/output (I/O) device.
While the cost of these components vary greatly, the
general rule is that the higher the cost, the higher the performance and quality. However, this does not mean that
you should necessarily buy the most expensive equipment that you can
afford. We can help you decide on exactly the right
hardware combination to meet your needs now and in the
Time = Money
Hardware tools such as computer systems and special
processing units provide the calculation horsepower to
render and produce rich media products. These components
are the key to producing the final product quickly. The
speed of these components are evolving all the time and
you can bet on needing a newer set of hardware components
on a regular basis. Typically, this has been every two to
three years. Our philosophy is to assist you in achieving
your goals affordably.
Knowledge = Wisdom
With the hundreds of hardware products available today
it is hard to choose the right components. We have compiled a partial
list of some of the greatest hardware components for the video
production industry. Our expert advice will assist your
next buying decision. They are divided into four categories.
Video I/O, Storage, Displays & Audio.
Click on one the links above to find your next hardware
If you would like information on a product not listed
here, just ask and we will get more info for you.


Developing technologies that enable diagnosis and management of neurological conditions in the community
N-CODE is an EPSRC funded network plus focused on the development of technologies that shift the emphasis of diagnosis and management of neurological, neuropsychiatric or neurodevelopmental conditions from hospital environments to the community.
We will work with partners and stakeholders to develop digital solutions built around neural interfacing, signal processing, machine learning and mathematical modelling as enabling technologies. These offer significant potential for addressing many challenges currently faced by people with neurological, neuropsychiatric or neurodevelopmental conditions and those responsible for their care. We will work with people with lived experience and their communities to address these challenges together.
Priority setting for network activities will be built around 3 core principles:
We will work closely with our partners to develop a roadmap for neurotechnology enabled community-based care.
Funding Call: Research Incubator
OPEN: 2ND MAY – 16TH JUNE 2023Applications are NOW OPEN for seedcorn projects funded though the Research Incubator.
View full activity details
Join the Network
The network is building a connected ecosystem where stakeholders including hospitals and clinics, primary and community care, industry, policy makers and regulators will come together with postgraduate research students, post-doctoral researchers and academics to co-create strategy and devise transformative research challenges that are solved for societal benefit. At the heart of our network will be people with lived experience of neurological conditions. We are always looking for new partners to join us. It’s free to join so sign up here.
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We are TekenBIO, a recently created company based in Aveiro (Portugal), resulting as a spin-off of research done in the University of Aveiro.
TekenBIO is a joint effort involving Biologists and Electronic & Software Engineers, towards the automation of products and processes, mainly in Ecotoxicology, Aquaculture and Environmental monitoring.
Our goal is to achieve the highest quality results, when compared with existing alternatives, respecting all current protocols, but using disruptive, simpler, cost efficient, and automated processes.
Automation of products and processes
such as in
and environmental monitoring
Cost efficient automated processes