The question “are we alone in the universe?” is the stuff of NASA debates, science articles and public-relations debates. But, as an agency, it’s not one that NASA can answer.
On Tuesday, a panel of scientists tasked with examining the many questions related to space and extraterrestrial intelligence, or SETI, published a paper in the science journal Nature. Their starting point: That the answer to the extraterrestrial question is (predictably) probably no.
The purpose of the paper is not to determine the scientific basis for the existence of extraterrestrial life, but to outline a framework for how we may search for it in the future. In the future, the researchers suggested, we should look for civilizations that live in binary systems, like we do. That would allow for the detection of traces of highly sensitive solar power.
The other major topic of discussion is whether we should look for alien civilizations using detection systems like “artificial intelligence” or complex mathematical models. In a sense, both of these are also “unlikely,” according to the scientists.
Here are some of the key points of the scientists’ paper:
There is a belief, on the part of many scientists, that the current search process is flawed. Because of this, the need for new methodologies was “unthinkable.” However, it was (and is) “not unthinkable.” The question of humanity’s future and its interactions with the cosmos “should continue to be debated by the brightest minds in our field.”
What this suggests is that the “silicon society” (whether defined as a human civilization, a planet or a species in general) is significantly more common than previously thought. It’s also much more common than previously thought.
The new approach makes use of the most robust and capable technology available.
Perhaps most importantly, it’s much more robust and capable than previously thought.
Put another way, it’s a lot faster.
How do we know this? We have close to a hundred telescopes and thousands of astronomical images, and we still can’t tell us anything about things like moonlights or the properties of distant supernovae. (Some of this was the result of the political decision to direct NASA toward managing our telescopes rather than developing them in the first place.) The new paper suggests that it’s much more likely we’ll be able to detect a signal than we were just a few years ago.
Finally, our ability to investigate — and understand — space has increased dramatically. Astronomers are much better at organizing massive amounts of data than they were just a few years ago. Thanks to deep-space cameras, it’s now possible to look for planets orbiting distant stars. And because we have better telescopes, it’s much less likely we’ll find that your new glass of red wine is a legitimate (and alien) civilization.
The paper, which describes an A.I. signal detector, notes that this would provide a much more robust test of an intelligent civilization. Which brings us back to the original question.


Our approach is based on liquid chromatography coupled mass spectrometry (LC-MS)—a tried-and-true analytical instrument used widely in modern clinical and research laboratories around the world. We focus primarily on harnessing the powerful capabilities of modern high-frequency, high-resolution mass spectrometers.
At Dalton Bioanalytics, we have developed innovative laboratory and computational techniques that enable us to measure nearly all types of molecules in a one-shot analysis—dramatically cutting the costs and complications associated with current multiomics methods. For example, in human plasma we can concurrently identify and quantify thousands of analytes including proteins, lipids, electrolytes, and small molecules, essentially condensing the breadth of 4+ specialized laboratories into a single run (proteomics, lipidomics, metallomics, metabolomics, etc.).
Spectrogram of our multi-omic analysis in human plasma. Each colored speck is a unique molecular feature with increasing signal intensity being expressed from red to blue (interpretation is analogous to a 2-D gel). Retention time and mass-to-charge ratio are on the horizontal and vertical axes, respectively. The spectrogram animation zooms in and out along the m/z axis to visualize the capture of diverse biochemicals including polar lipids, electrolytes, metabolites, proteins, and nonpolar lipids (e.g. phosphatidylcholine, glucose, apolipoprotein A, and cholesterol, respectively).
Using our technology, we aim to simplify multiomic analysis for the scientific community, better empowering them to make important discoveries across all domains of biomedical research.
Contact a Dalton Bioanalytics representative to get more informatioN
© 2020 Dalton Bioanalytics Inc. All rights reserved.


With its half-metal gear design, this Dynam 9g analog micro servo can easily deliver consistent and precise movements. It's also incredibly durable and can withstand even the toughest conditions, making it perfect for various radio-control applications. Whether you're building an R/C plane, a helicopter, a remote control car, or anything in between, the Dynam 9g analog micro servo will surely deliver the performance you need.
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Intel NUC 11 Essential NUC11ATKC2 Barebone System - Mini PC - Intel Celeron N4505 Dual-core (2 Core) - Intel Chip - 32 GB DDR4 SDRAM DDR4-2933/PC4-23466 Maximum RAM Support - 2 Total Memory Slots - Intel UHD Graphics Graphic(s) - IEEE 802.11ac - HDMI - DisplayPort - Network (RJ-45) - Gigabit Ethernet - Windows 11, Windows 10, Linux Supported Operating System - 2 USB 3.2 Gen 1 Port(s) - 3 Year
Part #: BNUC11ATKC20001
In stock: Yes
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It's a commonly made misinterpretation of the equations of relativity that one would go backward in time when travelling faster than light. In fact, the equations say nothing of the sort. If we input a velocity faster than light, the time elapsed is given by an imaginary number (not a negative one). That is, a solution that has no real physical interpretation. This is why FTL travel is (usually) forbidden. The current FTL studies mentioned on other threads involve quantum probabilities, and thus avoid having weird time effects, What physicists are worried about is having to mess around with the 'light cone' theories of causality, not backward time travel.


CEITEC provides access to 12 core facilities equipped with cutting-edge technologies in life, nanotechnologies and material sciences. High-end instrumentation, funded through national and European projects, accessible to internal and external users from academy and industry at national and international levels.
The CEITEC Nano Research Infrastructure provides complex equipment, expertise and methods for nanotechnology and advanced materials R&D.
Application of cryo-EM and cryo-ET, implementations of the required image processing capabilities, and explorations of suitable cryo-preparation techniques.
Determination of the 3-D structure of (macro) molecules down to atomic resolution and for small angle X-ray scattering (SAXS) experiments.
Scanning probe microscopies for imaging of biological samples - tissue slices, cells, single biomolecules as nucleic acids and proteins. Studies of affinity interactions at the molecular level.
Core facility Genomics aims offers services and access to instruments for advanced genomic analyses including Next-Generation sequencing (NGS), NGS library preparation, qPCR, microarrays or flow cytometry.
Plant Sciences Core Facility provides access to the research infrastructure for basic plant growth, environmental simulation and phenotyping analyses.
Facility provides services covering all steps of proteomic analyses – protein isolation, separation, fractionation of protein or peptide mixtures, characterization of proteins and their modifications by mass spectrometry including basic data processing.
Biomolecular Interactions and Crystallization Core Facility provides access to a broad spectrum of instruments for characterization of biophysical properties of sample.
The laboratory provides modern imaging services, particularly in the area of neuroimaging and human brain mapping, as well as imaging of other parts of human body.
Core Facility Cellular Imaging (CELLIM) provides services in the area of light microscopy and offers comprehensive expertize related to sample preparation, image acquisition and data analysis.
Analysis of Next Generation Sequencing data and the development of infrastructure (pipelines, web-servers) that facilitate this analysis.
Provides access to NMR spectrometers in the range of proton frequencies from 500 MHz to 950 MHz. The equipment is suited mainly to the studies of structure, dynamics and interactions of biomolecules, i.e. proteins, nucleic acids and carbohydrates


|The world's first 512 GB embedded Universal Flash Storage (eUFS) produced by Samsung Electronics./ Source: Samsung Electronics |
By AsiaToday reporter Bae Ji-yoon
Samsung Electronics announced Tuesday that it has begun mass production of the world's first 512-gigabyte (GB) embedded Universal Flash Storage (eUFS) for next-generation mobile devices.
The tech giant said it has doubled the capacity 21 months after it launched the 256GB eUFS in February last year.
Samsung's new 512GB eUFS is consisted of eight 64-layer 512Gb V-NAND chips and a controller chip. Compared to the existing 48-layer 256Gb V-NAND based 256GB product, it has doubled the capacity while keeping the same amount of space.
The 64-layer 512Gb V-NAND's high-performance controller is quicker in changing virtual addresses to physical ones through its own mapping technology and saves power better than previous ones.
Users can save 130 files of 10-minute 4K Ultra HD videos with the new eUFS while only 13 of the same-sized videos are allowed with a 64 GB eUFS adopted on existing smartphones.
It also provides outstanding storage capacity and performance.
|The structure of 512GB eUFS package./ Source: Samsung Electronics|
The 512GB embedded memory enables transferring a 5GB full HD video clip to an SSD in about 6 seconds, over 8 times faster than a typical micro SSD card.
In addition, the eUFS' random write speed is 400 times faster than the 100 IOPS speed of a conventional micro SD card, allowing users to enjoy complicated multimedia experiences, such as video downloading and file searching in dual-app viewing mode, without buffering.
"The new 512GB eUFS provides solutions to the technological limits of micro SD cards in which their speed slows down on mobile devices," said Han Jae-soo, executive vice president of Memory Sales & Marking at Samsung Electronics. "By assuring a stable supply of the 512 GB eUFS, Samsung will be contributing to timely launches of next-generation mobile devices by mobile manufacturers around the world."


Features: 1.Double Shields Assure the Anti-Jam and Data-Protection Strongly 2.Fast and Reliable Connection 3.Twisted Pairs with Bright Color for Easy Recognition 4.Ripcord and Footmark for Convenient Use 5.Smooth Jacket for Easy Pulling in Tight Space 6.Color in Light Grey, Dark Grey, Blue, White or as per Your Requirement
Applications: 1.Computer Network Cabling Project. 2.Broadband Network Communication. 3.Digital ISDN Network and ATM 155Mbps Network 4.Ethernet Network 5.Audio and Data Transmission Insulation: Material: HDPE and FRPE Diameter: 1.02±0.005mm Average thickness: 0.212mm Minimum point thickness: 0.2095mm Sheath: Material: PVC or LSZH Nominal diameter: 6.0 ±0.2mm Average thickness: 0.55mm Minimum point thickness: 0.50mm Operating temperature: -20 to 75°C Minimum bend radius (install): (8*OD) Flame test: CMX, CM, and IEC60332-1 Reference standard: TIA/EIA568B and IEC/ISO11801
Shenzhen Owire Communication Technology Co., Ltd. is a professional Telecommunication cable manufacturer for 17 years , which is specialized in researching and developing, manufacturing network cables, fiber optic cables, coaxial cables, telephone cables, RVV, drop cables and various special cable.
The brands includes Owire, Apkte, Ater, Anputesu, Anpuzhaosu, Anpujisu exporting to 60 countries in Europe, America, South America, Southeast Asia, Africa, etc. and OEM and ODM are available.
We have a 10,000 squaremeters factory building in Shenzhen, China. With the most advanced producing and testing equipments, most professional R&D team, all products passing American-DTX-1800 Test, RoHS, CE and TLC Certifications. With the excellent management system, LAN Cable Passing (CMR,CM).
We sincerely welcome customers all over the world to visit our factory and build long term relationship with each other.


Mark Gurman, reporting for Bloomberg:
The control feature would let iPhone users perform some tasks by moving their finger close to the screen without actually tapping it. The technology likely won’t be ready for consumers for at least two years, if Apple chooses to go forward with it, a person familiar with the work said […]
We know various Samsung phones from the past had this feature, but apart from a few people who liked it in specific scenarios, it wasn’t generally well-received.
Apple is also developing iPhone displays that curve inward gradually from top to bottom, one of the people familiar with the situation said.
I recall having reviewed the Google/Samsung Nexus S back in 2011 and I was completely indifferent as to whether the screen was curved or not. I do however greatly enjoy the delicate edge-curves on the iPhone 6 and newer series iPhones, including the iPhone X — this is preferable — while, at the same time, the Galaxy S8 and S9 screens are curved way too much, making accidental touches a daily ritual.


4A Smart BT ChargerBluetooth
£49.99 inc. VAT
MP7431 4A Smart Bluetooth Charger
Fully automatic 6V/12V 4A Smart Charger with Bluetooth functionality Suitable for a wide range of vehicles up to 2.5L Suitable for lead acid- AGM- GEL & Lithium Ion batteries Convenient and easy to understand information via the Free Check & Charge App Syncs automatically via Bluetooth to a mobile device. IOS 8.0 or later- Android 4.4 or later and a mobile device with Bluetooth BLE Ver 4.3 is required. Bluetooth range approx. 25m 8 Stage charging cycle Seasonal (Winter mode) battery maintenance LCD display shows charging information Overload- reverse polarity & short circuit protection 1.9m output leads with interchangeable crocodile clips & ring terminals MP7431 4A Smart Bluetooth Charger can be connected to MP7432 Smart Bluetooth Battery Tester
Check & Charge App Search ‘BT Charger 2.0’ in the Apple App Store or Google Play to download the app.
On the ‘Check & Charge App’ you will see:
% of the battery charged Battery voltage Rate of charge Stage of 8 step charging process You can control:
Charging rate Recovery mode Winter mode Lithium ion charging
2 in stock
Delivery Charges amendment as follows:
- You can collect in store for free.
- Free delivery for orders over £100 to UK mainland*
- *UK mainland excludes Scottish Highlands and Islands, Isles of Wight, Scilly and Man, and Northern Ireland, where a surcharge of £15.95 applies to all deliveries.
- Orders less than £100 will be delivered for the standard charge of £5.95 to the UK mainland*.
- The correct charge will appear on your order when you come to Checkout.
We aim to delight you with our prompt delivery service. We normally deliver your order well within 5 working days from the date of order. Please be aware that this may take up to 21 days in exceptional circumstances. We will contact you by phone or e mail according to your preference if we expect any delay. Please provide contact details. Your goods will be delivered to your address, and a signature will be required on delivery.
For more information on shipping or returns please click here.


MODERN LED WALL LIGHT: This electric wall sconce features a classic silver metal lighting fixture with a transparent/clear glass, round globe or orb lamp shade. The fixture can be installed with the light facing up, or down to suit your needs.
DETAILS: Spotlight Dimensions: H15.2 x W15.2 cm. BULB NOT INCLUDED. Maximum Wattage for the bulb is 40. Voltage: 220-240. Bulb Type: LED E14.
DIMMABLE & TOUCH SENSOR: This wall light features a dimmer touch-switch with three settings so you can decide how much light shines.
DURABILITY: Crafted with high quality metal, making sure the lighting fixture is stable and long lasting. No assembly required. Care Instructions are provided.
DIMENSIONS: This spotlight wall lamp measures L15.2 x W20.3 x H26 cm.


Photo Enlargement Basics for Digital Photosby Mike Kruske
Every year digital cameras are becoming better and better at producing higher quality photographs. This is evident by the fact that just recently, Nikon announced it will be phasing out film cameras from it's product line. With the ever increasing digital resolution of today's digital cameras, true film quality photo prints are a reality.
Whether you are printing smaller size digital photo prints, or want to produce the largest photo enlargement possible from your digital camera, the digital resolution in pixels, or the camera's megapixel rating is the main element relative to printing quality.
Digital cameras usually have the feature of setting lower pixel resolution captures to save space on the camera's storage card. If you ever think you will print the photos you are taking, you should always take your digital photographs on the camera's highest quality setting. This setting will provide the largest amount of image data in the photo. The photo's color, contrast and image dynamics will always be much higher in quality, even when printed at smaller sizes.
If you think there is the possibility of photo enlargement of your pictures, it is highly recommended you always have your camera set on the highest quality possible. Photo enlargement options for digital photographs are directly related to the density of image pixels. The higher the original image pixel density, the larger the image can be printed and still maintain original image quality. Original image quality means the actual photo pixels have not been altered in visual appearance at all.
The physical print size of any digital photo is determined by the resolution DPI (dots per inch) assigned to the photo file relative to the original files pixel dimensions. With pre-print image files, the resolution is actually stated in PPI, or pixels per inch. The higher PPI you assign to an image file, the smaller the print size will be.
An example of setting PPI for a digital photos: The example is a Canon 6.3mp digital photo/highest resolution setting. Image dimension settings performed in Adobe Photoshop CS: image > image size - with resample box unchecked. Resampling the image (resample box checked) will alter original image quality.
Original pixel dimensions: 2048x3072
Assigned PPI of 72 - image print size = 28.444 x 42.667
Assigned PPI of 90 - image print size = 22.756 x 34.133
Assigned PPI of 120 - image print size = 17.067 x 25.600
Assigned PPI of 150 - image print size = 13.653 x 20.48
Assigned PPI of 200 - image print size = 10.24 x 15.36
Assigned PPI of 300 - image print size = 6.827 x 10.24
As you can see by the example above, photo enlargement of any digital photo can be accomplished simply by reducing the assigned PPI of the image. This will work only to a certain extent for most printing applications. As the image input resolution (PPI) decreases, the image will become decompressed when printed. The result will be very low quality prints that are pixelated or very grainy or blurred.
A general rule of thumb for image input PPI is 300 for quality photo prints. This would apply to most standard print systems that do not employ advanced raster image processing software. Using the bicubic resampling feature in Photoshop can create an image input file of about any size you want, but resampling the original file will always degrade image quality. The greater the degree of resampling, the greater the degree of image degradation. Degraded digital photos will appear pixelated, or have a very sharp and edgy appearance.
Advanced photo enlargement techniques for digital photos are much more complicated. These techniques utilize proper PPI settings, advanced fractal technology software and sophisticated raster image processing software. Proper file management and the use of these highly advanced software packages, can create image input files with no adverse resampling effects. Photo enlargements with absolute original image quality are possible.
About the Author
Mike Kruske established PhotoArt Imaging Digital Arts Center in 1997 specializing in Photo Enlargement, Digital Photo Enlargement and Wide Format Digital Photo Printing of Digital Images. This targeted experience provides a unique insight into digital photo processing for large format print output. More info here:
PhotoArt Photo Enlargement and Digital Photo Printing


Madhavan Nampoothiri was quoted in the following article
Rooftop solar will be the next big thing, say experts
July 27, 2012
Mr Madhavan Nampoothiri, Founder and Director, RESOLVE Energy Consultants, said a unit of rooftop solar power could cost Rs 10 to produce, if the system has battery-based storage. Without battery back up, the cost would be much less.
For the complete article, click here


Indoor AoA BLE Locator & Gateway
High Precision Indoor AoA Locator of BLE Tags with Multiple Air Quality & Climatic sensors and WiFi & POE Gateway
The ZENIX LON-2 is a sophisticated indoor locator and gateway system that utilizes Angle of
Arrival technology for precise tracking. It is part of the Sentrax’s Zenix BLE Scanners family,
providing real-time location information for assets and individuals.
The Sentrax’s Angle of Arrival (AoA) Scanner, by scanning and detecting Sentrax’s Pinix AoA
Beacons, collects data and provides real-time angle information, as well as environmental
sensor readings including pressure, temperature, humidity, and TVOC. This allows for costeffective and intelligent workplace solutions.
The ZENIX LON-2, equipped with cutting-edge IoT hardware and software, is designed to serve
various industries such as smart buildings and healthcare. It provides a complete solution for
real-time location tracking and environmental monitoring.
- Proximity & submeter BLE Tag Tracking
- Locator Edge Compute companion
- Asset Tracking
- People Tracking
- BLE Tags Healthcheck monitoring


SoftBlock - BlackBag Technologies Inc.
SoftBlock from BlackBag Technologies Inc. (http://www.blackbagtech.com/) is a new software utility available for the Macintosh that greatly enhances the ability of any digital forensic laboratory. OS X has always has the ability to control Disk Arbitration and we have offered Applescripts to make it even easier to turn it ON/OFF. Now, with SoftBlock, the Macintosh analyst can take full control of every digital media being introduced to the Mac individually. In this review, we are going to give a summary of the capabilities and how SoftBlock can make your digital forensics become immensely easier and reduce costs.
First, installation of SoftBlock is as simple as placing the SoftBlock application into the Application folder and launching it. The operating system with authenticate and then restart. Upon restart, a new icon will appear in the Finder menu bar as seen below.
Finder Menu Bar with SoftBlock installed
With SoftBlock installed, a Disk icon with a green "check" will appear representing all is well and the application is functioning as expected. From the included documentation, SoftBlock is "a kernel-level application which is designed to safely identify and mount newly connected devices in a forensically sound READ-ONLY manner, or traditional READ-WRITE configuration." This means for us, we can now safely connect digital media and SoftBlock will intervene every time with the following dialog:
SoftBlock Dialog when a USB Device is Connected
SoftBlock is indicating 3 choices can be made for the device that has been introduced to the Macintosh:
Mount read-only: The media will appear on the Desktop as an available drive but no changes can be made to the device. Forensically sound.
Mount read-write: This choice is intended for mounting media that you intentionally want to save data to.
Cancel Mount: Allows the device to be connected without any mount to occur. Excellent choice when you are about to image the physical device.
If you choose to mount read-only, the device immediately will show up on the Desktop and becomes available for viewing. However, if the read-write option is taken, a second dialog box is presented, with the buttons reversed for safety:
SoftBlock Second Dialog when Read-Write is Selected in First Dialog
In order to mount a device for the first time read-write, the examiner must move the mouse to a new location on the screen and select "Mount Read-Write" giving an added level of safety from accidental mounts in this manner.
Aside from the ability to intervene with all devices that are being introduced to the Mac, SoftBlock is also an application with a very useful interface.
SoftBlock Application User Interface
Within the SoftBlock application, the examiner can take full control of the digital media and partitions. Here, devices can be remounted and ejected, along with gathering valuable information about the physical device itself. BlackBag Tech. notes in their included ReadMe file that software RAID is not supported at this time, as well as multiple internal drives being mounted Read-Write. Notice in the above picture, "disk0s3" is mounted with a 'Lock' next to it. Only the boot partition is able to be mounted Read-Write. All other internal partitions will mount read-only and must stay that way. You can mount external devices read-write for saving your data.
With SoftBlock installed, your Mac has the ability to write-block, with ease, every type of digital media that you have an available port for or an adapter for. Consider the amount of money this can potentially save over physical write blocking devices. Excellent job with this new utility BlackBag Technologies.
For more information, see the BBT website at http://www.blackbagtech.com/store/software/softblock_1.0.1.html


As long as I've been aware of solar, Outback Power has always been associated with off-grid and they continue to show why their brand is tied to the solution.
Their latest product is the SkyBox Inverter (available mid 2017). Check out the marketing on their website.
You can also see their press release here: OutBack Power Launches Energy Platform Breakthrough, SkyBox
When we hear the words "inverter", "battery".. we don't really bat an eye over it. But what I find interesting about this system is that Outback promotes the systems as a solution that you can starts you off as being tied to the grid and then, when you're ready, introduce batteries for the off-grid flavor. The ability to "go off-grid" is a common inquiry to new solar system owners. Most of the residential systems installed today are grid-tied only.
How is that any different to battery systems you ask? This particular inverter system works with lithium ion, standard batteries and other battery technologies, including Aquion Ion, an interesting salt water based storage solution.
If that wasn't flexible enough, the system also allows for 600 volts of input and comes with an integrated monitoring system for that.
What solar companies are going to need to address is how to introduce energy storage solutions to systems that were not originally designed for battery back-up. As the series points to, the solar industry is moving towards more efficient energy storage solutions like an "all-in-one" such as the SkyBox. For systems going forward, it only makes sense to install a solar system that is ready for energy storage.
See also "Industry Paths to Energy Storage (part 1 of 3)"


2023 Chrysler Pacifica PHEV Lancaster PA
2023 Chrysler Pacifica PHEV at Susquehanna Chrysler Dodge Jeep Ram
Whatever your thoughts on a minivan may be, we’re confident the Chrysler Pacifica Hybrid will change all that! With an eye-catching exterior design, advanced safety features, and the latest in infotainment technology, the 2023 Chrysler Pacifica Hybrid brings a modern twist to the minivan segment. Using plug-in hybrid electric vehicle (PHEV) technology, the Pacifica Hybrid achieves remarkable driving range and even more impressive fuel economy. Please continue reading below to learn more about the 2023 Chrysler Pacifica Hybrid!
Hybrid Electric Vehicle (HEV)
Hybrids or HEVs still use gas, but more efficiently, in concert with a battery-powered electric motor. That’s what makes them hybrid. The battery stays charged while you drive with help from a gasoline engine and regenerative braking, which recaptures energy normally lost by decelerating. Hybrids get better fuel economy than non-hybrid gas-only vehicles, but they can’t be plugged in or drive on electricity alone. HEVs need gas to move.
Plug-In Hybrid Electric Vehicle (PHEV)
Plug-in hybrids offer the best of both worlds. PHEVs operate just like HEVs, but they also enable you to plug in and run purely on electric. This gives you the flexibility to drive short distances on emission-free battery power and take longer trips with a fuel-efficient standard hybrid engine. A fully-charged PHEV can typically get 20 to 50 miles of range before switching to a gas-powered hybrid powertrain, and still achieve longer range and better fuel economy than a regular gas vehicle.
CONVENIENT CHARGING FOR ALL
Charge With Every Stop
Using the built-in regenerative braking feature, the Chrysler Pacifica Hybrid is capable of helping charge the battery whenever braking or stopping. When enabled in the “L” drive mode, the standard Max Regeneration cluster messaging icon appears to assure you of the increased system regeneration.
Charging At Home With Ease
We’ve teamed up with Qmerit to make installing a faster charger more convenient. With their certified electrification technicians and top rated customer care specialists, Qmerit will ensure your satisfaction at every step. For the smart-home minded, the charging unit includes built-in Wi-Fi connectivity to control charging anytime, anywhere via a mobile app and Web portal. The smart grid optimization allows you to reduce energy costs by charging at low-rate times and in available programs to further lower the cost of owning and driving your Chrysler Pacifica Hybrid.
MOST STANDARD FEATURES IN ITS CLASS
Forward Collision Warning With Active Braking
Standard Full-Speed Forward Collision Warning with Active Braking assists you by providing both visual and audible warnings as well as applying Automated
Emergency Braking to help bring the vehicle to a full stop, if needed.
Adaptive Cruise Control with Stop and Go
Standard Adaptive Cruise Control with Stop and Go (ACC+)e uses sensors to help maintain a preset distance between your Chrysler Pacifica Hybrid minivan and the vehicle in front of it. ACC+ functions between 0 mph and highway cruising speeds
MOST TECHNOLOGICALLY ADVANCED MINIVAN IN ITS CLASS
Thinking Miles Ahead
Packed with features for the forward-driven family, the 2023 Chrysler Pacifica Hybrid minivan combines the ingenuity of pure electric driving and hybrid efficiency with leading-edge technology that keeps travelers informed, entertained and connected.
Get Ingenius Connectivity With Uconnect 5
Tap into all the info, entertainment and connectivity you could want while traveling with the powerful Uconnect® 5 system. The sleek 10.1-inch touchscreen features Voice Command for touchless access to available SiriusXM with 360L, wireless Apple CarPlay® support and Android Auto™ compatibility controls, available Navigation, Alexa Built-in, available TomTom Connected Traffic & Travel Services, available Uconnect Theater and more. Uconnect also hosts the dedicated Hybrid Electric App, your convenient portal into efficient, electrified driving with the 2023 Chrysler Pacifica Hybrid.
Trim Levels of the 2023 Chrysler Pacifica PHEV
- 80 MPGe
- Caprice Leatherette Seating
- Second-Row Captain’s Chairs
- Hands Free Sliding Doors/Liftgate
- 17-Inch Aluminum Wheels
- Dual-Pane Panoramic Sunroof
- Nappa Leather-Trimmed Seating
- Wireless Charging Pad
- 18-Inch Polished Wheels
- Surround-view Camera
- Quilted Nappa Leather-Trimmed Seating
- Uconnect Theater
How is the 2023 Chrysler Pacifica Hybrid Powered?
All plug-in hybrid electric vehicles mesh gas and electric power with one or more electric motors powered by a battery pack recharged by an external source and a traditional internal combustion engine. This setup for the Chrysler Pacifica Hybrid includes an electric motor placed at the front of the engine, in place of the engine’s alternator to provide regenerative braking, a second electric motor is found inside the transmission, replacing the torque converter to provide more efficient torque distribution. Powering the electric motors is a 16-kilowatt-hour lithium-ion battery pack. Providing supplemental power is a 3.6-liter V6 engine. Combined, this setup gives the Pacifica Hybrid 260 horsepower and 230 lb-ft of torque. Furthermore, the Pacifica Hybrid gets a total driving range of 520 miles, 82 MPGe, and 30 miles of all-electric driving. Power is sent to the front wheels using a continuously variable transmission. While front-wheel drive is standard equipment for the Pacifica Hybrid, all-wheel drive is optional.
What Are Some Standard Features for the 2023 Pacifica Hybrid?
The 2023 Chrysler Pacifica Hybrid offers a wide range of standard features that are sure to excite. Outside, the entry-level 2023 Pacifica Hybrid Touring L comes with hands-free power remote trunk release, hands-free power sliding doors, remote engine start, heated/power-adjustable side mirrors with integrated turn signals, 17-inch alloy wheels, LED headlights, LED taillights, and LED fog lights. Stepping behind the wheels of the 2023 Chrysler Pacifica Hybrid Touring L, you’ll find an auto-dimming rearview mirror, an eight-way power-adjustable driver’s seat with memory settings, dual-zone automatic climate control, rear air vents with separate controls, heated front seats, and a heated steering wheel. As standard equipment, the Pacifica Hybrid provides room for seven occupants with a 2+2+3 seat layout. This means it has front-row bucket seats, second-row captain’s chairs, and a third-row three-seat bench.
Advanced Technologies of the 2023 Chrysler Pacifica Hybrid
One thing we love about the Chrysler Pacifica Hybrid is all of its advanced technology features. The Uconnect 5 infotainment system, displayed on a standard 10.1-inch touchscreen on the center stack, provides all of the latest technologies you need to stay connected wherever you go. For example, you can seamlessly sync your phone to the infotainment system without a wire using the wireless Apple CarPlay/Android Auto feature. Also, Uconnect 5 is available with Amazon Alexa with car-to-home functions. This allows you to check the weather, continue a list, play music, and also lock, unlock, and start your Pacifica Hybrid with your voice. Uconnect 5 offers many other features, including but not limited to a customizable home screen, TomTom navigation with voice activation and over-the-air updates, dual Bluetooth connectivity, 4G LTE WiFi, and more. Standard for the Pinnacle trim while available for the Limited is Uconnect Theater. This adds two 10.1-inch touchscreens to the front seatbacks, giving rear passengers access to Amazon Fire TV for games, movies, TV shows, and more. Another advanced technology that is available is the Chrysler FamCam, which gives drivers a view of the rear seats without turning around. The Pacifica Hybrid’s advanced technologies span into the safety suite with a wide range of standard driver assists like adaptive cruise control with stop and go, rear parking sensors, pedestrian detection, forward collision warning with active braking, blindspot monitoring with rear cross-path detection, lane departure warning with lane keep assist, and more.
Discover the 2023 Chrysler Pacifica Hybrid at Susquehanna, CDJR
The 2023 Chrysler Pacifica Hybrid is a PHEV minivan unlike any other. Offering phenomenal fuel efficiency and driving range, advanced technology, and a seemingly endless amount of standard and available features, the Chrysler Pacifica Hybrid is perfect for any family. If you’re looking for a fuel-efficient minivan in or around Lancaster, Pennsylvania, then visit the showroom here at Susquehanna Chrysler Dodge Jeep Ram to learn more about the Chrysler Pacifica Hybrid and take one for a test drive. If you prefer, head over to our new inventory page to check out our current stock of Pacifica Hybrid models. We hope to see you soon!


Allo DigiOne Transport Review
What it is, and what it’s not:
The DigiOne is essentially a sound card for a Raspberry Pi computer. The Raspberry Pi has a built-in sound card but the sound quality is not nearly acceptable for even a beginner computer audiophile. It has timing issues, power issues and noise issues to name a few. But the rest of the Raspberry Pi is great for building a low powered networked audio player that brings your high quality lossless music files to your audio system, with lots of online resources and help forums.
So why don’t we just plug in an external USB DAC into the Pi and be done with it? Because, the Pi has a hardware limitation where the USB ports and the network adaptors (LAN and WiFi) shares the same communication bus. This just means that there is not enough bandwidth to receive and send the music data between the network and the USB DAC at the same time for very high-resolution files. Typically, 24bit/192khz files and up starts to have issues where the music starts to make snap crackle and pop noises. In some cases when the Pi CPU was under load I got issues from 24bit/96khz.
The solution is to use an add-on board that plugs directly into the GPIO header of the Pi. This board (like the DigiOne) connects directly to the I2S (Inter-IC Sound) interface that is a separate data bus from USB. Now you can receive the music files over USB, LAN or WiFi and send the output to the I2S interface essentially eliminating this mentioned bottleneck. What makes the DigiOne special is that it has a “dirty” region that receives the noisy power and data signals from the Raspberry Pi, cleans it up with various kinds of high quality electronics, reclocks the digital audio signal, and sends it over to a “clean” region where the jitter and electronic noise figures are measured and published at 0.6ps and 50uV respectively. And this is achieved with using a switch mode power supply. This essentially means that you get a super clean digital signal ready for the DAC to receive. The DigiOne only produces digital audio out in the form BNC and RCA S/PDIF signals. Allo also produces another product, the USBridge, which does the same, but also provides a super clean USB connection.
In summary, what the DigiOne does is to provide your existing external high-end DAC with a super clean S/PDIF signal, with the music source file ideally received over the network or from a USB hard drive connected to the Raspberry Pi. You can see it as a replacement device for your CD player.
What it does not do, is convert the digital signals to analog audio ready for your hi-fi amplifier. In other words, it has no DAC function. It just transports music to your DAC.
How I got hold of it – the customer’s experience:
While reading about the Allo DigiOne on various forums, I noticed a few trends. The majority of the guys says it sounds very good. They replace their existing Raspberry Pi-based transports and mini computers with the Allo DigiOne. They use ordinary power supplies and still get better results, while other guys who use linear power supplies report marginal or no improvements. The other trend is that whenever someone had issues, the Allo team responded immediately, helping them out with replacement units or whatever assistance they needed.
I therefore decided to contact Allo directly to find out how I can get my hands on a DigiOne Transport board for my Raspberry Pi. Andre responded the same day, assuring me that even though they could help me directly, they recommend I avoid shipping and customs issues by ordering from PiShop.co.za , who is their local authorized distributor in South Africa. He said “Rest assured that they will handle any issues you may have in the same professional manner that we would”. I also asked Andre a few very technical questions, which he answered. He even put me in contact with one of their engineers for the ones he could not answer. Excellent!
When I contacted the PiShop, they informed me that they would order their Allo stock within 2 weeks, and would contact me when it arrived. They advised me to place my order on the website. I indicated that I wanted 2x DigiOne Player Kits, one for me and one for a friend. The kit consists of a Raspberry Pi 3, a Allo DigiOne add-on board, Allo Power Supply, SD Card and a very nice laser cut acrylic enclosure. The kit costs slightly less than the individual parts.
After just more than a month after my first enquiry and a couple of update requests, the order arrived at my office. The kits were perfect, complete and well packed. However, a few other parts that I ordered on behalf of friends were incorrect. My initial efforts to have these parts exchanged were initially met with little to no support, to my frustration. Eventually, after a quick call to the PiShop, Johan Burger, one of the directors, stepped in and quickly sorted out the mess. I was impressed with his service and the lengths at which he went to fix the relationship.
Looking back, I can wholeheartedly recommend dealing with Allo.com (Andre) and PiShop.co.za (Johan). They look after their customers.
Here are some detailed pics of the kit and parts used:
Assembly and Setup:
The assembly was like building some fancy Lego Technic or Meccano toys. Very satisfying! You are also done before it gets boring. See pictures below:
The difficult part is to decide which software you want to use. I can only recommend two systems that work out of the box for me. The first is PiCorePlayer that works with a Logitech Media Server (LMS) system and converts your RaspberryPi into a Squeezebox. The ideal would be to have a separate LMS machine somewhere on the network and with the PiCorePlayer as an endpoint, similar to the very popular Roon system. PiCorePlayer also allows you to run the LMS system on the same RaspberryPi if you want to use only a single device (not tested by me). The second is Volumio, which is a standalone Music Player Daemon (MPD) based system, a fully functioning standalone player that can use local or networked storage for storing and playing your media. Volumio might at first feel slow, but keep in mind that it takes a lot of processing to index your media library on the Raspberry Pi, etc. If you added a massive music repository, leave it over night to settle down and index. The Volumio interface looks beautiful and makes up for some performance issues. Both systems sound great. I had the best functional results with PiCorePlayer. Here are some pictures of the Volumio interface on a web browser and on the Android app:
Both systems install with ease, following the same basic steps. In short you download the system image of choice and write it to the SD Card you got with the kit or already have. Then simply insert it into the Pi, power it up and wait a few minutes. Usually the system starts up and do the basic setup for you. You then connect to it with any web browser or applicable app on any device on your local network. I recommend using a network cable connection to the Pi for the first-time setup and configuration. Setup your WiFi and then remove the network cable. The full instructions should be on the website of the system you chose.
A word of advice: if you intend to use WiFi as main connection to your Raspberry Pi, but you do not have excellent WiFi reception or your Pi is not located very close to the router, do not assume the Raspberry Pi 3 built in WiFi wil be adequate. In fact, it is shockingly bad. I had reception issues 2m from my router with no obstructions in between. I think it has to do with the extra Allo DigiOne board on top of the Pi, which interferes with the signals. If you want reliable WiFi connetion, get a USB WiFi dongle. Solves lots of problems and headaches. I can recommend the Edimax EW-7811Un nano USB dongle or the Edimax EW-7612UAn USB dongle with antenna, both available from RS Components SA. I specifically tested these two dongles and they work beautifully.
My listening setup:
I have a networked Media PC hosting all my music and movies, running Windows 10 with PLEX and LMS installed. It is tucked away under my staircase where its cooling fans and spinning hard drives can make serious noise without bothering anyone. At my desk in another room I have the Schiit Modi Multibit DAC, the Schiit Magni 2 Uber headphone amp, the Raspberry Pi DigiOne Player and a nice pair of Audeze EL8 open back headphones.
The Multibit DAC has 3 inputs. USB, COAX and TosLink (optical). As explained in the introduction, my computer is hooked up to the USB input, and my trusty Chromecast Audio is connected to the optical input of the DAC. The DigiOne Player feeds my Multibit DAC via COAX. To switch between the inputs is a push of a button on the DAC. The Schiit components both have the stock Schiit supplied linear power supplies, and the Raspberry Pi with DigiOne uses the Allo provided switching mode power supply. An interesting remark is that all 3 power supplies comes from the exact same OEM supplier, Xing Yuan Electronics, just different specs and model numbers.
I compared the different options by playing the same song over all the inputs at the same time and then switching between them. This took weeks… It was difficult to pin point the differences. Even if you could hear they sound different, you couldn’t immediately say what the difference was or which sounded better.
How does it sound:
The Allo DigiOne combined with the Multibit DAC sounds fantastic. In order of preference on the Multibit DAC I would say COAX first, then USB, then optical. Or is it USB first…? I can honestly say that to me there was almost zero difference between USB (fed from my desktop PC) and COAX on my DAC. Now and again I almost believed there was something different, and then I would revisit it later and not be able to hear it. So I can’t say there is a difference with clear conviction. Optical sounded slightly more closed in and not so transparent as the other two. But if you have to take the cost of this optical source into account vs the USB and COAX sources, you can’t knock the optical input as it is still ridiculously close to the others.
I can now go and try to define the sound qualities by using all kinds of audiophile phrases that is totally subjective and misleading. All I can say is the music sounds like it should. It sounds like my Schiit Stack I am used to and nothing different. That just means that the new COAX source is doing the right things and doing it very well at an affordable price.
Now, switching the USB input to feed from the Raspberry Pi is a different story. The DigiOne sound is for sure better than using the USB directly from the Pi. You hear those random pops and crackles very clearly (though I usually had to listen for about a half a minute to identify a clear pop), almost like the sounds a wood fire makes. These sounds are gone over the DigiOne output on the same Raspberry Pi. Take for instance the Tundra track from Amber Rubarth’s Sessions from the 17th Ward album that has lots of quiet pieces with loud percussions and echoes and some feint sounds coming from outside the building from the street. Turning up my amp a bit more, there was a slight but distinct hiss over USB from the Raspberry Pi, which is not there when you switch to the DigiOne. I could make out more details from the ambient sounds over the DigiOne than directly from the USB as the noise flushes over them. I have to also add that I used another exact same Raspberry Pi for USB input with the exact same power supply than the DigiOne, and thus the only difference is having the DigiOne on the one unit.
I found a glitch!
When you introduce any power spikes or dips to your DigiOne setup, the DigiOne stops working! Everything responds as it should, there is just no sound produced. To fix it, you simply soft reboot the Raspberry Pi and all is well again. No need to power cycle. This is super annoying! Apparently the DigiOne is super sensitive to sudden power spikes/dips as the designers were overprotective with the circuitry. This is probably a good thing for longevity of the device. I have posted this issue on the Volumio Forum and there are now two solutions to this. See https://volumio.org/forum/allo-digione-sound-after-cable-change-amp-switch-t7729.html.
Allo very kindly offered to exchange customer’s original units for a factory-modified DigiOne. So just keep this in mind when you decide to order and want yours already modified. This issue was particularly painful when you leave the DigiOne Player switched on, and switch off your amplifier or DAC, or change Coax cables, or change between BNC and RCA connector to hear differences and do comparisons. Some users have reported a similar issue when switching on lights on the same mains circuit.
The most common DAC inputs are USB, Coax and Optical. To me there are pros and cons to all. This is my take on the 3 options, bearing costs in mind, and also not pairing with outrageous super high-end DACs and amplifiers, and headphones or speakers. Also bear in mind that the Modi Multibit DAC is limited to 24Bit/192khz.
For USB input, you need to spend some more money on a source computer, like at least an ODRIOD with proper USB implementation and faster CPU, maybe the Allo USBridge, a laptop computer, or some Apple device. But you need clean power and preferable no moving parts and noise. This could become expensive. You can also easily run into USB driver issues. You will probably have lots more processing power for DSD decoding on these devices. You can use a Raspberry Pi, but I really think you are missing out on super high-resolution files and DSD for instance. If you just have Redbook quality music and don’t care much for details, sure, try the standard Raspberry Pi, but at least upgrade the crappy power supply to a linear power supply to try and get rid of most of the noise. Lots of info on this online.
For Optical S/PDIF, you will be hard pressed to find something more user friendly, simple, efficient and CHEAP than a Chromecast Audio. Sure, there are other things available that might be cheaper, but try configuring and managing streaming services from the comfort of your seat on your phone with super-fast interface response times. I had a WD-Live Player, Mede8er, PlayStation and some other things with optical output. They are slow and suck against the Chromecasts. I also don’t think if you use an optical source that you are seeking super high-fidelity sound. Optical is limited to 192khz and seems to have lost of jitter by design due to conversions to and from optical apparently. But it is electrically isolated from the source that can be handy when you have lots of noise from ground loops etc.
For COAX RCA S/PDIF, I think the DigiOne is a winner. It uses a cheap Raspberry Pi as base. It can use a cheap power supply as it cleans up the nasties nicely by itself. The sound quality is as good as USB on similar equipment. It is dead quiet, generating no distracting ambient noise. OK, COAX is limited to 192khz as well, but it is less prone to jitter. If you can clean the electrical noise (and the DigiOne does) this is the better S/PDIF connection for your trusty external DAC. There are other add-on boards for the Pi you can try out, but reviews pointed me towards the DigiOne as overall better sounding than the direct competition. It is more expensive as well, but not by so much. It’s easy to setup and looks stunning on the desk or in a rack.
I now use all of the above inputs connected at the same time and it provides me absolute joy! I can have great PC sound over USB for YouTube, games and music while I work, usually using closed back headphones. For dedicated high-resolution music listening, in a quiet environment with open back headphones, I switch to the DigiOne Player over Coax. For multi room audio and background music using streaming services etc. over desktop speakers, I use the Chromecast Audio over the optical connection. I think I have found a very nice and versatile setup feeding my headphones and desktop speakers. I think that if I upgrade my Schiit Stack later, I will still keep the current digital sources as is.
The DigiOne is a keeper and a very welcome addition to my collection of audio gear.


For remote management of raspberry pi devices to work in the right way, the right features are required. One of the major basic features of good management is making sure that the best remote management tools for control are available. Working away from the offices is made possible when the right raspberry pi devices management tools rea used. But in order for this to be achieved, it is crucial that the best remote tools are selected. Strong 3G or 4 G internet connection or Wi-Fi is needed for the raspberry pi devices to function remotely. From the single board computers, characteristics of the raspberry pi devices, handling of great and complicated tasks are achieved. The excellent soft wares possessed by raspberry pi devices and in a faster carrying of the tasks. Thus the need for the raspberry pi devices to have the best remote control tools to run it. But in order for the software to be run in the right way, the best tools should be looked for. Read more here and learn more of the benefits associated with having the best raspberry pi devices management tools.
First and foremost, with the best raspberry pi devices management tolls is quite easy to access the content available. For an individual that is using the raspberry pi devices for their business, there is room for an individual to encrypt their office work. Such encryption facilitates faster access of one’s documents in the raspberry pi devices safely. From the higher security that comes with the remote raspberry pi devices, obtaining an IP address is refeed to as a wastage of time.
With the remote raspberry pi devices management, it is quite easy for some of the document in a d activities to be monitored. This often makes the access of the details pertaining to the company easier, one is privileged to easily access the information that is being brought in and having it monitored. One is in a position to use the remote raspberry pi devices management to easily understand how a company is faring even in their absence. Remote operation and running of activities are termed as a success. It is quite easy for an individual to monitor, analyze and detect faults made when using the remote raspberry pi devices management. When a particular criterion is set, it is quite easy for the remote raspberry pi devices management to send an alarm.
A proper update of the soft wares used in the raspberry pi devices is possible. A proper remote raspberry pi devices should be set for this process to be a success. With this, an update is done easily when the software is still running on the raspberry pi devices. Also, it is quite easy for the reboots, factory settings of the machines to be achieved when using the remote raspberry pi devices management.


Prototype Alat Pengusir Hama Burung Pipit Otomatis Berbasis Arduino Menggunakan Sensor PIR (Passive Infra Red)
Pests have long been a problem for farmers in the pre-harvest period. So with that, the author has the idea to make an Arduino-based automatic bird repellent using a PIR sensor. Because according to the author's assumption they only need to put this tool in the field, which will later be connected to an Arduino circuit that uses a PIR sensor as an input intermediary. Later the sensor will send a signal to the servo if the sensor detects an intruder who enters the rice field area. Then the intruder, which is a sparrow, will be surprised or scared because of the movement made by the servo. And the birds will fly away from the rice plants. So the conclusion of all the projects made is to meet the specifications that have been planned by the author in terms of Software and Hardware.


2nd International Conference on Information & Communication Engineering will take place in Bangalore on August 25th, 2013 and will be hosted by Department of Electronics and Communication Engineering, SJBIT Bangalore and Institute for Research and Development, India.
The objective of the conference is to provide a platform for academicians and practitioners who are involved in research in the field of Computer Science and Electronics and Communication Engineering to contribute and to disseminate the innovative and important new work. The Conference provides a leading forum for sharing the original research contributions and practical development experiences among researchers and application developers.
Theme of the Conference
The theme stresses on bridging of all communities of experts for improving research and innovation and sustaining knowledge for the betterment of humanity.
The aim of the International Conference on Computational Methods and Experiments in Materials Characterisation is to facilitate such interdisciplinary interactions within the research community.
About SJB Institute of Technology
Spread across 50 acres the SJBIT is located amidst peace and tranquillity. SJBIT is committed to personal, social & intellectual growth emphasizing a comprehensive educational programme leading to high academic standards.
To provide learning opportunities that fosters students ethical values, intelligent development in science & technology and social responsibility so that they become sensible and contributing members of the society.
To become a recognized technical education centre with global perspective.
About ECE Department
The Electronics and Communications Engineering department is committed to continuously improve the quality of education by enhancing the knowledge of student and staff members. The department of Electronics and Communications Engineering with highly qualified staff is well equipped with centralized laboratories having the latest configurations and software tools. The department presents a unique opportunity to study the exciting field with guidance of quality teachers.


A defective pick up coil can cause the spark plugs to malfunction resulting in no spark or irregular spark. Defective or malfunctioning pick up coils can also cause starting problems in the vehicle and very low fuel efficiency.
PICKUP COIL FOR 3 WHEELERS
A Pickup Coil refers to a sensor device. This sensor is composed of a transducer that changes output based on the magnetic field.
The Pulser Coil is an important component of the engine’s ignition system. The ignition of the vehicle is controlled by the Pulse generated from the Pulser Coil Sensors. The pickup coil/Timing coil is responsible for providing the timing signal to the ignition control box on modern motorcycles with solid-state ignition systems. The use of this system is for reliable, accurate and also low maintenance ignition control. It is also called a pulse coil / pulser coil because of its nature of work.
When the rotor spins, It enables a small mark to pass by the coil sensor. This, in turn, causes the sensor to activate a signal. The signal is transmitted to the ignition system which then determines the exact firing cycle.
We are into manufacturing Pickup Coil for Bajaj 3W4S all models AA, AN, AZ


Information technology is the force behind today’s fast-paced economy. Demand continues to increase for highly skilled professionals to fill a wide variety of technical jobs in all industries, as companies large and small adapt to rapidly advancing technologies.
NJ’s county vocational-technical schools address this critical need with a broad range of programs designed to prepare the technicians, engineers, and innovators of tomorrow.
Our programs stay ahead of the technology curve thanks to partnerships with employers who advise schools and students on innovations and sought-after skills. For example, new programs address the burgeoning demand for cybersecurity professionals, as well as emerging technologies such as artificial intelligence, virtual reality, and new programming languages. Many students earn industry certifications, as well as college credits, while still in high school.
Why Computer Science and Information Technology?
- Accounts for 10.5% of the U.S. economy
- Employs about 5.2 million people
- Tech businesses continue to start up and take off across the country
- NJ’s own thriving tech ecosystem includes industry giants like Audible, Panasonic, Verizon, and Samsung
- Projections indicate a 15% increase in jobs between 2020 and 2030; cybersecurity expected to increase 31% through the next decade
- Professionals earn 89% higher than national median wage
Career pathways in this area include:
Health information technician
Help desk technician
IT security specialist
Mobile app developer
Video game designer
For Students And Parents:
To see what computer science and information technology programs your county vocational-technical school offers, find your school.
For Adult Students:
To find specific computer science and information technology programs at county vocational-technical schools near you, use the “Find Adult Career Programs” tool.
For More Information About Careers In Computer Science and Information Technology:
View videos on career pathways in computer science and information technology:
From US Department of Labor Career One-Stop:
From Working Nation on cybersecurity:
Visit ITCareerFinder to explore career paths in the information technology field.


- 29 years of industry experience
- 141 registered digital systems design patents
- 119 patents pending
Dr. Radoslav Danilak is at it again, making the impossible a reality. The well-known and respected processor architect and serial entrepreneur’s latest startup, Tachyum, is poised to release the world’s first universal processor next year with its flagship product: Prodigy.
Tachyum is located in the heart of Silicon Valley (Mission College Blvd., Santa Clara), nestled among tech giants Intel, AMD, and NVIDIA.
Dr. Danilak is no stranger to creating disruptive products.
While the industry at large continues to be resigned to mere incremental processor performance gains with each fabrication process shrink, demonstrated by historically stagnant processor specs over the last 10+ years, Rado suspected there must be a way to design around what appeared to be yet another impenetrable barrier caused by a device physics issue (very slow wires and very fast transistors in today’s processor chips).
The result of his latest efforts at Tachyum is the recently launched Prodigy, a breakthrough processor architecture that, for the first time, implements “Location Aware” computing. In his patent-pending processor architecture, Rado and his design team have implemented a hardware/software system that in over 90% of all cases, does not need to spend the extra time normally required to move data in order to compute.
2016 - present
At Tachyum, Dr. Danilak is undertaking his most ambitious challenge to date.
Back in his natural element, leading a world-class chip development team as Co-Founder, CEO and Chief Architect, Rado (as he is known to customers and staff alike) is on a mission to solve the “processor performance plateau” (aka: Moore’s Law is dead).
Prodigy’s revolutionary new architecture also unifies the functionality of CPU, GPU, and TPU into a single device, making it the world's first Universal Processor, enabling best-in-class performance across cloud/hyperscale, AI and HPC workloads while delivering 10x lower power consumption at 3X lower sell price (normalized to equivalent performance in MIPS) compared to its CPU competition.
Prodigy’s groundbreaking power efficiency changes the landscape of the data center industry – mitigating a power consumption crisis (SIA predicts that compute power consumption will exceed global energy production by 2040) with its ultra-low power operation, and turning every hyperscale data center into a low cost AI/HPC center of excellence.
Prodigy’s unique architecture allows data centers to be software-composable, enabling applications and workloads to be dynamically reconfigured as needed to keep servers fully utilized 24/7. Cloud workloads can be run during the peak daytime hours, and HPC/AI workloads can be run during off hours, solving the problem of low server utilization, which is frequently much less than 50%, costing the industry billions of dollars in unused resources.
Prodigy integrates 192 high-performance 64-bit custom-designed compute cores, allowing Prodigy to deliver industry-leading performance across a wide range of applications that encompass HPC, AI/ML, and cloud/hyperscale workloads. Prodigy integrates cutting-edge memory and I/O connectivity with 16 DDR5 memory controllers along with 96 high bandwidth PCIe 5.0 lanes for the optimal balance of compute, memory, and I/O to address the most demanding data center workloads. In addition, Prodigy runs the binaries for x86, Arm, and RISC-V as well as its own native instruction set, providing unprecedented flexibility and enabling simple, fast, out-of-the-box testing and evaluation for customers and partners.
Prodigy delivers industry-leading performance across a range of benchmarks. Its integer performance is ~4x that of the Intel 8380 and ~3x that of AMD’s 7763. Prodigy’s floating point performance is 3x that of the Nvidia H100 for FP64 and 6x the H100 for AI using FP8. In addition, Prodigy supports up to 4-socket servers in a 1U platform for optimal compute density, and provides rack performance per watt that is 13x the H100 and rack performance per TCO that is 17x the H100.
Prodigy is manufactured in industry-leading 5nm process technology, optimizing performance, power, and TCO for today’s performance-driven, green data centers.
In addition to mitigating the data center power crisis, Rado and his team believe Prodigy will do for AI and HPC, what the PC did for computers: make them available to everyone, at an affordable cost.
To learn more about Tachyum, visit the company website.
2010 - 2015
Dr. Danilak’s next startup, Skyera, delivered the highest-density flash storage systems in the industry at the time (“a petabyte in a pizza box”) to government and commercial customers alike, by extending his Sandforce Life Extension technology by another order of magnitude.
Skyera was sold to Western Digital / HGST in 2014 for an undisclosed amount in a private transaction.
2006 - 2010
The Sandforce Flash controller chip embodied a workaround to what was considered at the time, to be a fundamental device physics barrier: extending the useful life of inherently unreliable multi level flash devices. The success of Danilak’s Sandforce product, with its innovative “Life Extension” technology, was demonstrated by LSI’s acquisition of Sandforce.
Sandforce was acquired by LSI in 2011 for $377M.
2003 - 2007
At NVIDIA, as a processor architect, Dr. Danilak's work had a significant impact on their first two flagship GPU products: Tesla and Fermi.
After leaving NVIDIA, he co-founded Sandforce, where he designed a flash memory controller that ushered in the widespread use of inexpensive MLC (Multi Level Cell) flash memory, directly enabling Apple’s release of the MacBook Air and indirectly spawning the flash thumb drive industry.
1999 - 2001
Processor architect on 7901, younger brother of MIPS processor, used in PlayStation 2.
1997 - 1999
Chief architect architecting 64 bit x86 6 issue out of order execution processors with 16 64 bit registers and prefix encoding similar to what later was used in AMD x64 architecture.Chief architect architecting 64 bit x86 6 issue out of order execution processors with 16 64 bit registers and prefix encoding similar to what later was used in AMD x64 architecture.
About Dr. Radoslav Danilak
Dr. Radoslav Danilak was born, raised and educated in the Slovak Republic. After a stint in Slovakia teaching university compiler theory courses, he came to the US after being recruited by a tier-1 Silicon Valley VC (Venture Capital company). In Silicon Valley, Dr. Danilak distinguished himself as a world-class processor architect with his work in group which designed the Sony Playstation2 processor, and NVIDIA's Tesla and Fermi GPUs (Graphics Processing Units). He then struck out on his own as an entrepreneur, co-founding SandForce, and designing a disruptive Flash Memory Controller chip.
Rado Danilak has over 25 years of industry experience and over 130 granted patents designing state-of-the-art processing systems, and he has more than 100 patents pending.
CESAwards Founder of the Year
Dr. Radoslav Danilak won the Founder of the Year award for the Slovakia Region in the Central European Startup Awards (CESAwards). Dr. Danilak received honors for being the country’s startup founder or co-founder who has shown strong leadership skills and achieved exceptional business results while being an inspiration to their team and a role model for the next generation of founders.
Crystal Wing Award
Dr. Radoslav Danilak, founder and CEO of semiconductor startup Tachyum Inc. and Tachyum s.r.o., was the recipient of the 2019 Crystal Wing Award in the Innovation and Startups category. This prestigious Award recognizes significant achievements of Slovaks who have attained exceptional expertise and success in their respective industries.
IT Person of the Year
Dr. Danilak was named Person of the Year based on the criteria of his contributions to technical development in IT; contribution to development of IT business in Slovakia; participation on advisory panels, professional associations and academic functions; and support of education, enlightenment and public information.
Pribina Cross Award
Dr. Danilak has received multiple prestigious awards in recognition of his contributions to the industry, including Slovakia's Pribina Cross, the nation's highest award for individual achievement, awarded by then President Kiska to Dr. Danilak.
Tachyum Hosts Slovak President to Showcase Prodigy Innovation
Morningstar | Mar 6, 2023
“It was an honor to showcase Prodigy’s capabilities to Slovakian officials today, and demonstrate how our universal processor will provide an immediate impact to the world’s data centers by enabling efficient processing of increasingly needy applications,” said Danilak.
TruthinIT | Aug 11, 2022
Tachyum CEO Talks up the Present and Future of Its Universal Chip
HPC Wire | Jul 18, 2022
The numbers raised eyebrows and skeptics have questioned those claims, but the company’s CEO Radoslav Danilak isn’t perturbed. In an interview with HPCwire, he acknowledged delays and hopes to get working chips to partners by the end of the year, with customers getting it sometime next year.
Tachyum Teases 128-Core CPU: 5.7 GHz, 950W, 16 DDR5 Channels
Tom's Hardware | Jun 11, 2022
When Tachyum unveiled the concept of its Prodigy Universal Processor at Hot Chips 18, it made quite a splash with a chip designed to run any code using a dynamic binary translator. It demonstrated high performance when executing both native and translated code.
Tachyum Prodigy T16128: Der Wunderkind-Prozessor
golem.de | Jun 10, 2022
Faster and more efficient than the competition: Tachyum promises a lot with the Prodigy CPU, and the CEO goes even further in this interview.
HPC, AI and ML Computing on a Single Chip with Tachyum’s Prodigy Universal Processor
Gestalt IT | May 17, 2022
Almost since the birth of data centers, operators have single-mindedly concerned themselves with performance numbers, but right now, that focus is being split into other priorities like cost reduction and environmental responsibilities that were on the sidelines before.
Tachyum unveils a monster processor that does everything
TechRadar Pro | May 13, 2022
The wait is finally over and the US-startup Tachyum has now launched its Prodigy universal processor which combines the functionality of a CPU, GPU and TPU in a single processor.
Tachyum plans 3nm Universal processor
eeNews Europe | May 13, 2022
The 3nm Prodigy 2 design will add the CXL memory interface and PCIe 6.0 lanes from the same IP suppliers and increase the number of cores. The plan is for samples in 2H24 and this has already been funded as a key European project says Danilak.
Tachyum tackles idle waste with reprogrammable Prodigy silicon
ReTHINK Research | May 12, 2022
FPGA specialist Tachyum has made an outlandish claim this week, by declaring its new Prodigy line of reprogrammable silicon as the “first universal processor.” With big performance claims to boot, the Prodigy FPGA is being positioned to target all manner of data center workloads, with video being a key use case.
Tachyum Delivers the Highest AI and HPC Performance With the Launch of the World’s First Universal Processor
Bloomberg | May 11, 2022
Prodigy is significantly better than the best-performing processors currently available in hyperscale, HPC and AI markets.
Human Brain-Scale AI Supercomputer
Connection Magazine | Apr 21, 2022
The AI revolution is creating a tsunami of change that is sweeping through virtually every sector of the economy, both public and private, and it’s having a profound impact on our daily lives.
Tachyum - Advancing to a Greener Era with AI
The Enterprise World | Feb 23, 2022
Tachyum-powered supercomputers are poised to address some of the world’s most important and challenging problems, including a wide array of global health challenges, as well as the ability to provide real-time language translation from any language to any other language, making the world a true global village.
The Human Brain-Scale AI Supercomputer Is Coming
Forbes | Jan 20, 2022
Any way you slice it, the explosive growth in AI technology means that consumers, corporations and government agencies will soon be able to exploit highly advanced AI systems in order to create life experiences that we can only dream of today. Human brain-scale computing is now looming on the horizon, and it could change your life more than electricity.
The 10 Hottest Semiconductor Startups Of 2021 (So Far)
CRN | Jun 16, 2021
These startups are taking on semiconductor heavyweights like Intel and Nvidia with new kinds of silicon solutions for compute, storage and networking, many of which are headed for the data center.
Meet Dr. Radoslav Danilak - The Man Behind Tachyum
Business Talk | May 22, 2021
Prodigy’s intense computing muscle can help AI use cases in particular. Convolutional neural networks, deep learning AI, symbolic AI, general AI, and bio AI are the disciplines that have emerged in recent years, each with its own set of algorithms and computing criteria.
Human brain modeling, meanwhile, is in high demand by R&D ventures due to its promise of extracting information from large data sets. The Tachyum Universal Processor Platform is suitable for projects like the real-time Human Brain Project, which needs more than 1019 Flops (10,000,000,000,000,000,000 floating-point operations per second – 10 exaflops), as well as supplying computing resources for science and engineering solutions that today’s systems cannot offer.
Interview with Dr. Rado Danilak, CEO, Tachyum
EDACafé | Mar 20, 2021
Dr. Rado Danilak is talking about Tachyum and its world first universal processor Prodigy, which was designed to replace the majority of existing chips provisioned in hyperscale (cloud) data centers, offering significant improvements in performance, energy consumption, server utilization and space requirements.
Dr. Danilak explained the dark side of digitalization and why we need powerful and efficient systems if we want the digitalization evolution to continue. He answered questions about Prodigy development progress and also personal questions what he likes to do in his spare time.


Can artificial intelligence translate articles?
Artificial Intelligence (AI) has come a long way in recent years, and one of its most impressive applications is in language translation. With the help of AI, we can now translate articles and other documents into different languages more quickly and accurately than ever before.
AI-powered translation tools use a combination of machine learning algorithms and natural language processing to analyze and understand the content of a document. They then use this understanding to generate a new version of the document in the desired language.
One of the key advantages of AI-powered translation tools is their ability to learn and improve over time. As they process more and more documents, they become better at understanding the nuances of different languages and can produce more accurate translations.
However, it's worth noting that AI-powered translation tools are not perfect. They can struggle with idiomatic expressions, cultural references, and other subtle nuances that are difficult for machines to understand. For this reason, human translators are still needed in many situations, particularly for complex or sensitive documents.
Despite these limitations, AI-powered translation tools have revolutionized the way we approach language translation. They have made it easier and faster than ever before to translate articles and other documents, opening up new opportunities for communication and collaboration across language barriers.
The Importance of Spell Check in AI Translation
One of the challenges of using AI-powered translation tools is ensuring that the translated document is free of errors. While these tools are highly accurate, they can still make mistakes, particularly when it comes to spelling and grammar.
To address this issue, many AI-powered translation tools now include spell check functionality. This feature automatically checks the translated document for spelling errors and suggests corrections where necessary.
Spell check is an essential tool for ensuring the accuracy and quality of translated documents. It helps to catch errors that might otherwise go unnoticed and ensures that the final document is clear, concise, and free of mistakes.
In conclusion, AI-powered translation tools have transformed the way we approach language translation, making it faster and more accurate than ever before. And with the addition of spell check functionality, these tools are becoming even more powerful and reliable, helping to break down language barriers and facilitate communication and collaboration across borders.
Can articles be enriched with artificial intelligence?
Yes, articles can definitely be enriched with artificial intelligence. In fact, AI can enhance the quality and relevance of articles in a number of ways. For example, AI-powered tools can help writers to optimize their content for search engines, ensuring that their articles are more likely to be found by people searching for relevant keywords. This can involve analyzing search trends and identifying the most commonly searched-for terms in a particular topic area, as well as suggesting related keywords that might be valuable to include.
Another way that AI can enrich articles is by helping writers to improve the readability and engagement of their content. Tools such as natural language processing (NLP) can be used to analyze the language used in an article and provide suggestions for improvements, such as simplifying complex sentences or replacing difficult vocabulary with simpler alternatives. Additionally, AI-powered tools can help writers to identify areas where their content might be improved, such as by suggesting additional research or sources that could be included to provide more depth and context.
Overall, there are many ways in which AI can help to enrich articles and improve the quality and relevance of content. By leveraging the power of AI, writers can create articles that are optimized for search engines, engaging for readers, and informative and insightful in their content.
Can AI tools do scientific translation?
Yes, AI tools can be used for scientific translation, and they are becoming increasingly popular in the scientific community. Scientific translation can be challenging, as it often involves technical terms and concepts that are specific to a particular field or discipline. However, AI-powered tools can help to overcome these challenges by providing accurate translations that preserve the meaning and context of the original text.
One example of an AI-powered tool that can be used for scientific translation is Google Translate. While Google Translate has been criticized in the past for inaccuracies in its translations, it has improved significantly in recent years and is now able to provide relatively accurate translations for a wide range of languages. Additionally, there are now specialized AI tools available that are specifically designed for scientific translation, such as Lilt, SDL Trados, and memoQ. These tools use machine learning algorithms to analyze and translate scientific texts, and they are capable of handling complex technical terms and concepts.
There are many potential benefits to using AI tools for scientific translation. For example, AI tools can significantly reduce the amount of time and resources required to translate scientific texts, which can be especially valuable for researchers and scientists who need to read and understand large volumes of literature in multiple languages. Additionally, AI tools can help to improve the accuracy and consistency of translations, which is important for ensuring that scientific research is accessible and understandable to a global audience.
In conclusion, AI tools can be used for scientific translation and are becoming an increasingly popular solution in the scientific community. While there are still some limitations to the accuracy of AI-powered translations, these tools have the potential to significantly improve the efficiency, accuracy, and accessibility of scientific research across languages and cultures.


Zscaler ThreatLabz 2023 Enterprise IoT and OT Threat Report reveals that the manufacturing and education sectors are most frequently targeted
Education sector reports a perceived nearly 1000% increase in IoT and malware attacks
- The manufacturing sector, which relies heavily on the use of IoT and OT, was the most frequently targeted. Consequently, this sector saw the most IoT malware attacks blocked, accounting for 54.5% of all attacks with an average of 6,000 weekly attacks.
- The education sector saw the largest increase in IoT malware attacks, reaching 961%.
- The countries most frequently targeted were Mexico and the United States. Together, they accounted for 69.3% of all attacks.
- IoT botnet activity, a growing problem for OT, continues to dominate, with the Mirai and Gafgyt malware families responsible for 66% of attack payloads.
Amsterdam, 25 oktober 2023 - Zscaler, Cloud security leader presents the findings of its Zscaler ThreatLabz 2023 Enterprise IoT and OT Threat Report. The report provides insight into malware activity over a six-month period. The ThreatLabz team analysed around 300,000 blocked attacks on IoT devices protected by the Zscaler Zero Trust Exchange platform. Compared to last year, the number of attacks on IoT devices increased by 400%. The increased frequency of malware attacks targeting IoT devices is a major concern for OT security, as the mobility of malware can facilitate movement across networks, potentially compromising critical OT infrastructure.
ThreatLabz focuses on understanding IoT device activity and characteristics through device fingerprinting and analysing the IoT malware threat landscape. As more industries, organisations and individuals rely on devices connected to the internet, the threat of malware and legacy vulnerabilities is growing. By adopting a zero trust architecture, organisations can gain visibility into IoT device traffic and minimise IoT security risks.
"Weak enforcement of security standards for IoT device vendors combined with the persistence of shadow IoT poses a huge threat to organisations. Cybercriminals often target unmanaged and unpatched devices to gain access to the environment," said Deepen Desai, Global CISO and Head of Security Research at Zscaler. "To address these challenges, I encourage organisations to implement zero trust principles for securing IoT and OT devices. Never trust, always verify and expect an intrusion. Organisations can eliminate the risk of lateral movement by using continuous detection and monitoring processes to segment these devices."
Consistent growth in number of attacks
With the steady adoption of IoT and personal connected devices, Zscaler sees an increase of over 400% in IoT malware attacks year-on-year. The growth in the number of cyber threats shows that cybercriminals are persistent and can adapt to changing circumstances when launching IoT malware attacks.
Moreover, this research shows that cybercriminals often target older vulnerabilities, with 34 of the 39 most popular IoT exploits specifically targeting vulnerabilities that have been around for more than three years. The Mirai and Gafgyt malware families still account for 66% of payloads. They create botnets of infected IoT devices that are then used to launch denial-of-service (DDoS) attacks against lucrative businesses. Botnet-driven distributed DDoS attacks are responsible for billions of dollars in financial losses in a variety of industries around the world. Moreover, DDoS attacks pose a risk to OT as they potentially disrupt critical industrial processes and even endanger human lives.
Manufacturing sector most affected - education is taught a lesson
The manufacturing and retail sectors accounted for nearly 52% of IoT device traffic, with 3D printers, geolocation trackers, industrial control devices, automotive multimedia systems, data collection terminals and payment terminals sending the majority of signals over digital networks. However, the amount of device traffic has also created opportunities for cybercriminals and the manufacturing sector now sees an average of 6,000 IoT malware attacks every week.
In the process, these IoT malware attacks can disrupt critical OT processes. This creates long-term challenges for security teams at manufacturing companies, but also shows that industrial IoT has a big lead in adopting unique IoT devices (almost three times more than in other industries). This increase is significant as manufacturing organisations continue to adopt IoT tools to automate and digitise their existing infrastructure.
Education is another sector that suffered from high attention from cybercriminals in 2023, with the proliferation of both unsecured and shadow IoT devices within school networks offering attackers easier access points. The wealth of personal data stored on their networks has made educational institutions particularly attractive targets, leaving students and governments vulnerable. In fact, the report shows that IoT malware attacks in the education sector have increased by almost 1000%.
United States and Mexico most frequently attacked
The findings further show that the United States is a top target for IoT malware creators, with 96% of all IoT malware being spread from compromised IoT devices in the United States.
Mexico faced the most infections in 2023, with 46% of all IoT malware infections. Indeed, three of the four most infected countries in 2023 (Mexico, Brazil and Colombia) are Latin American countries.
Protection against IoT/OT attacks with the Zscaler Zero Trust Exchange
The Zscaler Zero Trust Exchange platform is a holistic approach to zero trust security, verifying identity and context, applying access controls and enforcing policies before establishing a secure connection between a device and an application.
Zscaler protects enterprise networks using the Zero Trust Platform by leveraging Zscaler Internet Access (ZIA), whose identity-driven access and risk-based security protects the exchange of telemetry between IoT devices and enterprise networks.
Zscaler protects enterprise networks with the Zero Trust Exchange platform, which uses Zscaler Privileged Remote Access to provide remote employees and remote vendors with clientless remote desktop access to sensitive RDP, SSH and VNC production systems without the need to install a client on unmanaged devices or login to jumphosts and VPNs. This means that remote employees or third parties can access and maintain OT devices without compromising the security of the network or the critical infrastructure that powers it.
Download hier the full Zscaler ThreatLabz 2023 Enterprise IoT and OT Threat Report. Zscaler ThreatLabz.
The research methodology for this report includes analysis of device logs from various sources and sectors between January and June 2023.
The report uses data from customer deployments connecting to Zscaler's global security cloud, which processes more than 500 trillion signals daily and blocks 9 billion threats and policy violations per day, with more than 250,000 daily security updates.


PPS granule with 40% Long Fiber-Glass Filler is one of glass-reinforced PPS products that our company produced, It is processed though adding glass fiber on the basis of PPS resin. Inherent properties of PPS that determine the utility of PPS resins and compounds include good mechanical properties, high creep resistance, high temperature resistance, friction resistance, flame resistance, chemical resistance, excellent electrical insulation properties, arc resistance, low mold shrinkage, easy processing good dimensional stability, and radiation resistance.
Owing to its excellent properties, PPS LGF40 is widely used in space aviation, chemical, electronic appliances, mechanical, automobile, railway fields etc., PPS can be used to make elements where high strength, high temperature resistance, electrical insulation are all-important in aviation. It is also used for chemical resistance parts, chemical resistance valve electrical insulation components, precise appliance sockets, high hardness outer covering, and high temperature resistance connectors. It can be used to make vaporizer, distributor, ignition and braking systems, slide block, electrical magnetic valve, wheel, and impeller, curl machine, coffee pot.
Address: No. 27,Hongxi Road, Ma xiang town, Xiang 'an district, Xiamen(361000),China
My WhatsApp: +86-18050269764


Format: [reference no.]
Ex: Text
Format: [reference no, p. pagenumber]
Ex.: Text [1, p. 74].
Format: [Reference no.] A. A. Author’s last name, “Title of paper,” presented at Conference title, place, country, date or year.
Ex. 1:  F. Wang, H. Chen, J. Zhao og C. Rong, “IDMTM: A novel intrusion detection mechanism based on trust model for ad hoc networks,” presented at 22nd International Conference on Advanced Information Networking and Applications, Ginowan, Japan, 2008.
Ex. 2:  P. Ingwersen and A. Elleby, “Do Open Access Working Papers Attract More Citations Compared to Printed Journal Articles from the Same Research Unit?,” presented at Proceedings of the ISSI 2011 Conference : 13th International Conference of the International Society for Scientometrics & Informetrics, Durban, South Africa, 04.-07. July 2011, [Online]. Available: http://pure.iva.dk/da/publications/do-open-access-working-papers-attract-more-citations-compared-to-printed-journal-articles-from-the-same-research-unit(4d99e359-bb7a-427a-90eb-c1009723d316).html
Note: Include paper number and / or pages if available.
Ad as Conference Paper.
Fill in the fields Author, Title, Editor (hvis det finnes), Conference name, Conference location (incl. dato and år). DOI or URL.
When electronic paper:
Fill in the fields Author, Year, Title, Periodical title, Volume, Issue, Pages, E-pub date, Type (write Online), DOI or URL.


Voice | Explore | Everywhere
Murphy represents a revolution, as we are talking about a voice-activated mini-drone that can turn on its own and manage your home. Murphy is able to recognize and interact with people. Murphy is part of the "Age of Experience" philosophy which aims to transform the way we take care of ourselves and our family, to personalize our homes and meet individual needs.Learn more
Fly | Navigate | Drive
A small robot that thanks to artificial intelligence is able to control appliances and connected accesses, find solutions or call in case of problems. Murphy silently helps to adjust some IoTs, such as curtains, lights, starting a vacuum cleaner, and turning on the TV. Murphy also features AI functionality to act as a fitness assistant and help users to stay fit.Learn more
3 in 1
Murphy's body has the function of filming, charging the battery and checking the wing. Detects the type of wing connected and optimizes the camera and sensor in its mode. Type X can tilt the direction and change the speed by controlling the motor.
Murphy's front-facing camera moves vertically to respond to the context of the user. You can take photos and videos using the mobile app. Type O uses wheels with a high friction force material to operate in various environments.
The front camera and the lower sensor detects the position and obstacles; in this way Murphy manages to avoid the collision and sends the position and the image to the mobile app. Type H hull makes user control like a sailboat.
Murphy is made up of 3 types of switchable wing and 1 body. Murphy can play an interaction with smart home equipment; reminder for its owner, detection of falls for the elderly, an additional entertainment function for pets in the absence of their owner and sending videos of what is happening at home.Learn more


QuadSAT is a small company located in Horsens. Its main occupation is research and development of new technologies and providing services regarding installation and maintenance of ship satellites.
Through our innovative approach we are trying to facilities the internet access to seagoing.
We believe that it’s possible to bring on the market a new product that aims to set the satellite in a faster and efficient way with less financial costs.
Our vision is to provide a good and fast internet connection to the maritime industry, strengthen our position on the market and get involved in scientific discoveries.


|Platte Store||:||Mon-Fri 7 am to 6 pm|
Eagle Automotive Service Battery Services
The car battery is one of the primary causes of vehicle breakdowns. It supplies power to the ignition system to start the engine. It provides power for lights, A/C, the stereo and anything that runs on electricity in your car.
Your car won't start if the battery isn't working, which is why Eagle Automotive Service battery services are so popular. Our range of car, SUV, marine, deep-cycle, truck and agricultural batteries incorporate the very latest technologies at the very best prices.
Our extensive range of vehicle batteries fit a wide range of vehicle makes and models, foreign and domestic. With our extensive range you can be sure we will fit the right battery for your car, at the right price for your wallet.
If you need a car battery, or a battery inspection, call Eagle Automotive Service at 303-948-2988
It's just one of the many services we offer our Littleton neighbors from our auto repair shop. All part of our commitment to keeping our community safe on the road.
Our battery services include:
Eagle Automotive Service can help you choose the right battery for your vehicle. We stock most major brands and have knowledgeable, ASE-certified technicians to make the change. We guarantee all our parts and labor, and if that wasn't enough, we also guarantee amazingly low prices!
Battery Inspection and Testing
The battery inspection and testing service includes a visual inspection of the state of the battery, the terminals, the cells, casing and charge. Battery testing involves checking the voltage and the drain and charge capacity of the battery. These are all things the battery does every day, so it needs to do it right.
If your car battery is beyond its useful life and cannot be repaired, a replacement will be necessary. Eagle Automotive Service auto repair shop is equipped to quickly replace batteries and dispose of the old ones responsibly. It can be done while you wait.
We can supply a range of batteries with different capacities and benefits. We will discuss your options with you at the time. We will only replace the battery if absolutely necessary and we promise to provide a range of options, not just the most expensive one!
Terminal Inspection and Clean
The terminals of a battery make the connection between the battery and your car. Sometimes grease, cooper oxide and dirt gets in the way, resulting in poor performance. Sometimes, a battery breakdown can be because the charge simply cannot get through. That's where the terminal inspection and clean comes in.
Some batteries can be repaired, some even allow us to change the terminals to bring it back to life. If this is possible with your car battery, we can swap out the terminals and get you back on the road in no time.
Under the hood of a car can be a dirty place. Metal corrodes over time, and this can happen to battery terminals too. If this is the case, and your type of battery allows it, we can replace just the terminals.
The battery connects to your car using battery cables. These can corrode and degrade over time like any other part in your car. Sometimes, a seemingly serious problem can be something as simple as a worn or broken cable. That's where this cable test comes in.
Ignition System Inspection
Your car's ignition system is made up of a battery, starter, alternator and cables, connections and wires. When a car doesn't start, it could be any number of things. Our ASE-certified technicians can inspect the system and diagnose problems fast.
The battery provides power for the starter, which turns the engine. The alternator recharges the battery when the engine is running. If you're having problems with starting, or battery charging, this is a good place to start.
Bring your vehicle down to our auto repair shop and have a comprehensive battery inspection and service. Eagle Automotive Service, 303-948-2988.