If you need a compatible garage door opener with your garage door, All Access Overhead Door, LLC can provide the best! We can also clear up why you need to know about the two different power styles before you request a certain garage door opener for your garage door opener installation.
2 Power Styles of Garage Door Openers
Garage door openers come in two power styles: alternating current — known as AC — or direct current — known as DC. While both AC and DC openers transform electricity into motion for the motor, they achieve this differently. An alternating current goes to and from the motor continuously, changing directions, while a direct current constantly flows in one direction. Both are sustainable and still popular among residential and commercial properties. The differences between these garage door openers will help you decide which power style is right for you.
Is One Power Style Better Than The Other?
The question of whether you should buy an AC or a DC-powered garage door opener can depend on two things:
1. How much energy do you want to save?
DC openers are a newer, improved power style known for their quieter operation and regulated power source. AC garage door openers work with higher durability motors needed for powerful output.
2. Do you want additional safety and technology features from your garage door opener?
AC openers are best for commercial properties needing new garage door opener installation. With their simple operation and durability, they are not compatible with smartphone apps or programmable settings. DC garage door openers allow you to monitor and control your garage door no matter where you are.
AC Garage Door Openers
The first garage door openers available for property owners were AC-powered devices. The garage door openers that feature an AC motor rely on coils that wrap around an output shaft. The coils generate a magnetic field while transformers control the current’s power and direction. The transformers grant the garage door to open and close.
The benefits of AC garage door openers include:
- High durability
- Low maintenance requirements
- Chain-drive operation
- Moderate prices
- High power output
DC Garage Door Openers
DC garage door openers are a newer invention that changed how the garage door system gets its power. While an AC garage door opener generates a magnetic field, a DC opener pulls power from another source with pre-generated energy, such as a battery. With DC garage door openers, the energy is stored and provides electricity at a constant voltage. This is where they’re known to be energy efficient.
DC garage door openers also tend to be smaller with more condensed components since they gather electricity from an outside source. They feature electronic circuit boards that regulate power. The circuit board controls speed and offers the ability to establish numerous settings for speed, torque, and control.
Many belt-drive openers contain a DC motor which makes them known for a quieter operation and a soft open and close feature for the garage door.
The benefits of DC garage door openers include:
- Smooth, quiet operation
- Energy efficiency
- Belt-drive operation
- Remote and backup battery operation options
- Long-lasting brushless design
Better Your Garage Door Opener Installation with Knowledge of Power
An AC motor is a great choice if power and simplicity are your priorities for a garage door opener. While DC motors are plenty powerful, AC motors generate enough electricity for the most demanding applications, such as large warehouses and industrial plants. Using an AC opener is as easy as plugging it into a nearby wall outlet. While they cost less upfront, along with competitive pricing, a DC motor will reduce your energy bills over time.
You should choose a DC garage door opener if you want to use it alongside smartphone applications. The size and design innovations that DC garage door openers feature make them compatible with new technology. DC motors could also operate in any weather if a storm were to cut power from your home since DC motors run off of batteries.
Our garage door opener installation service gives our residential and commercial clients all the access to the best quality products and knowledge that your garage door operates smoother with a compatible garage door opener. Schedule a garage door opener installation appointment with All Access Overhead Door, LLC, and receive prompt service and the peace of mind that your garage door works with your power style.


iPhone never fails to mesmerize its users. With the advancement in the age of technology, iPhones are always one step ahead of other smartphones brands and serves its user finely. Now with the tremendous successful releases for the past 10 years, iPhones released a new model on this very current year 2018 in September, namely iPhone XS MAX. Even by name, we get to know it’s going to have many new features and outstands other available smartphones in the market. This beast contains great features whether internal or external.
Now talking about the main features of this smartphone
It is available in 4 different versions.
It supports following network bands
GSM, CDMA, HSPA, EVDO, LTE.
Its body information is that its dimensions are 157.5 x 77.4 x 7.7 mm and it weighs around 208 grams. It has Front and backglass body protected with stainless steel frame. It supports Single Nano-SIMand also Dual SIM (Nano-SIM, dual stand-by). It has a system of rated IP68 that provides water and dust resistance under crisis such as under maximum depth of2 (two) meter up to 30 minutes. It has Super AMOLED capacitive touch screen acquiring 16M colors with screen size 6.5 inches and resolution 1242 x 2688pixels of 458 ppi density. It has a multi-touch feature, and the screen provides following resistances Scratch-resistant and oleophobic coating for protection sake. It supports iOS version 12 that is upgradeable to iOS version12.1. It acquires Apple A12 Bionic of 7-nanometer chipset and a CPU that hasHexa-core functionality. It doesn’t have the option of a memory card slot, but it comes in different varieties acquiring the internal capacity of 64, 256, 512 GB. It has 4 GB RAM in it that makes it very efficient. Now talking about its camera:
Its main camera (DUAL) is of
12 A megapixel with an aperture of f/1.8 that make 26mm wide-angle photos. The second one has also
12 Mega Pixels with an aperture of f/2.4 that make 52mm (telephoto).
The main camera can have a 2x optical zoom.
The key function of the main camera is that it has
Quad-LED dual-tone flash, HDR (photo/panorama) feature and it can make a video of
2160p at 24, 30 and 60fps
1080p at 30, 60, 120 and 240fps
Stereo Sound Recording
It selfie camera is of 7 Mega Pixels with an aperture of f/2.2 that can make HDR photo of 32mm that is a standard.
The selfie camera can make a video of 1080p at60fps.
It has loudspeakers but it doesn’t have a 3.5 mm jack.
It supports WLAN, Bluetooth 5.0, GPS, NFC, USB functionality but it lacks Radio function in it.
It has Non-removable Li-Ion 3174 mAh Battery which upon talk time lasts up to 25 hours on (3G) network roaming and on music play that make it can go up to 65 hours
This great smartphone is currently available in stock on different online stores such as Amazon.com and many other online marketing stores in different colors as per need.
The different available colors for this smartphone are:
- Space Gray


For hundreds of years this has been accomplished by the tools of the time — hand tools such as calipers and micrometers, which provided basic measurements but struggled with more complex dimensions (like an unusual geometry, organic shapes, etc.).
But as advancements in technology accelerated industrial growth dramatically, companies needed new tools to help them keep up the pace. It was critical to develop solutions that produced repeatable, accurate results that could align to rigorous global standards of measurement.
Coordinate measuring machines (CMMs) were introduced in the 1960s to capture complex geometries with a much higher rate of accuracy using a measurement bed, a probe, a computer, and software to operate the probe. Measurement was, and continues to be, confined to the range of the probe on the bed, however the probe can only move in three axes, limiting its maneuverability.
Portable articulated CMMs, also commonly known as measurement arms, are 3D measurement devices developed in response to the growing need for a probing solution that provided more portability and flexibility than a fixed CMM. Portable measurement arms determine and record the location of a probe in 3D space, reporting the results through software. The arm calculates the exact position of the probe at each point through embedded encoders on each axis (or joint) in the arm.
Measurement arms are available in multiple working volumes, typically from 4 feet to 12 feet (with a radial reach from 2 to 6 feet in any direction). They are also characterised by the number of rotational axes – arms typically come in 6 or 7-Axis configurations, with 6-Axis models used in high accuracy, hard probing applications and 7-Axis models used when additional articulation is needed for use with laser scanning attachments and specialty probes. FARO®offers an exclusive 8-Axis configuration that includes a satellite rotating measurement platform.
Taken altogether, this translates into more time saved: with data capture, analysis and inspection time all greatly reduced, users can put the time saved into more production, diversifying product lines, streamlining workforce efforts and more.
A best-in-class portable measurement arm should come in a variety of sizes and configurations to meet a diverse range of needs. Companies producing portable arms should continue to iterate as technology evolves and customers’ needs change. At FARO, our lineup includes:
The FaroArm is offered in three different models and a spectrum of system integrations that allow the user to customise it even further for use across a variety of applications:
FARO offers a Laser Line Probe (LLP), which attaches to the 7-Axis FaroArm to become a ScanArm. By attaching the laser line probe directly to the articulated arm, data can be fully captured without contact with an object. Measurement points are captured by projecting a beam onto the object’s surface, and a camera then “looks” at the beam to determine its location. The laser line probe is fully encoded to the arm, allowing for uninterrupted data transfer.
And because the laser captures data at a high rate, users can quickly and easily obtain large amounts of point cloud data (also called a scan) that contains millions of points in a grid.
Non-contact applications include all the applications of the FaroArm, plus non-contact inspection for inspecting soft, deformable or complex shapes or performing cloud-to-CAD comparison, rapid prototyping, reverse engineering and 3D modeling.
Portable measurement arms should deliver superior 3D data capture performance for any object, no matter how geometrically complex. It should meet the highest caliber global standard for an articulated arm, ISO 10360-12, and provide a certificate of traceability. It should be easy to use, with on-demand reporting and reproducible results.


In coherence with the progressive digitalization of all areas of life, the Internet of Things (IoT) is a flourishing concept in both research and practice. Due to the increasing scholarly attention, the literature landscape has become scattered and fragmented. With a focus on the commercial application of the IoT and corresponding research, we employ a co-citation analysis and literature review to structure the field. We find and describe 19 research themes. To consolidate the extant research, we propose a research framework, which is based on a theoretical implementation process of IoT as a concept, specific IoT applications, or architectures integrated in an adapted input–process–output model. The main variables of the model are an initial definition and conceptualization of an IoT concept (input), which goes through an evaluation process (process), before it is implemented and can have an impact in practice (output). The paper contributes to interdisciplinary research relating to a business and management perspective on IoT by providing a holistic overview of predominant research themes and an integrative research framework.
Korte, A., Tiberius, V., & Brem, A. (2021). Internet of Things (IoT) technology research in business and management literature: results from a co-citation analysis. Journal of Theoretical and Applied Electronic Commerce Research, 16(6), 2073-2090, doi:10.3390/jtaer16060116.


Efficient power monitoring with dynamic power curve
Stochastic methods provide a broad range of analysis for an environment characterized by an incoming turbulence. In collaboration with ForWind at the university of Oldenburg, Fraunhofer IWES promotes these methods, e.g. CTRW wind field model, continuous time random walk model as well as the dynamic power curve for power monitoring. A main method is the analyses of noise profiles. Different sources of noise and deterministic dynamics can be separated in a signal. This process can be applied on all kinds of data, which are influenced by deterministic and random parts.
The dynamic power curve is a quick and cost effective method to monitor the power output of wind turbines and whole wind farms. The software is based on stochastic examination method, which enables the user to determine a turbine´s power curve in only a few days by using hub anemometer and power output data. The generated data provide an overview of the wind turbine functionality for manufacturers, operators, service companies and public utilities. Deviating behavior of same type turbines is reliably detected, so that improvements of turbines and wind farms result in a reduction of yield losses.


Authors: N.W.A. Lidula, A.D. Rajapakse
Behavior of a microgrid during the control mode transition from grid connected to islanded operation was studied. A detailed microgrid simulation model was developed. Microgrid frequency and voltage control was designed based on the most generic schemes identified after a thorough literature survey on practical microgrids. The simulation study results reveal the impact of generator inertia and the control mode transition delay on the frequency and voltage deviations and load shedding.
Keywords: Microgrids; load shedding; voltage and frequency control; islanding


Portable Pest Repeller
Ultrasonic technology repels pest by using
advanced sonic and ultrasonic frequencies. Adjustable design allows
you to select frequency level to target your pest problem.
- Advanced Ultrasonic Pest Repeller with adjustable frequency
helps you target your pest problems.
- Audible Test Button to ensure operation .
- Compact portable design for indoor operation.
- Operates on included power adapter or one 9-volt battery.
- Safely repels unwanted rodents and insects, protects up to 1500


The COVID-19 pandemic has increased the burden on healthcare systems in the UK, preventing most normal patient visits.
People with lung disease need regular lung function testing (spirometry), which is difficult to perform, especially in people with severe classifications of all lung diseases. In the UK approximately 12.7 million people have longstanding respiratory illness.
Since March 2020, these patients are not being called in to see the nurse or GP. Post‚’Covid, we are already seeing that there is a high incidence of new patients with severe lung disease caused by the SARS-CoV-2 virus.
Home working for many months has given us all new work tools such as video conferencing and high-speed broadband. We use it in work and keeping in touch with family.
The same could be done in spirometry testing- the technician can be in the patient‚’s home virtually. A service which sends a spirometer device to the patient‚’s home, running software as a web service, accompanied by the means to safely retrieve the device after testing, seems to make sense. Throughout the test session, which normally takes about 20 minutes, the patient and the technician can see and hear each other using technology that they already have.
The clever technology is in the middle, designing a secure medical data web service to take the data from the patient‚’s home to the nurse or doctor‚’s computer in their medical practice.
This is technology that Vitalograph already uses, but at present this secure medical data transmission technology is used only in global clinical trials. We could adopt this relatively easily for use in general healthcare, but until now the demand has not been there.


Appl. Phys. Express 1 (2008) 041201 (2 pages) |Previous Article| |Next Article| |Table of Contents|
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Enhanced Conversion Efficiencies of Cu2ZnSnS4-Based Thin Film Solar Cells by Using Preferential Etching Technique
Department of Electrical and Electronic Systems Engineering, Nagaoka National College of Technology, 888 Nishikatakai, Nagaoka, Niigata 940-8532, Japan
1Materials Department, Toyota Central Research and Development Laboratories Inc., Nagakute, Aichi 480-1192, Japan
(Received November 12, 2007; accepted March 7, 2008; published online April 4, 2008)
Cu2ZnSnS4 (CZTS) thin film solar cells have been fabricated by co-sputtering technique using three targets of Cu, SnS, and ZnS. CZTS-based thin film solar cells over 6.7% efficiency were obtained for the first time by soaking the CZTS layer on the Mo coated soda-lime glass substrate in deionized water (DIW) after forming the CZTS layer. It was found that DIW-soaking had the effect of preferential etching, which eliminated selectively metal oxide particles in the CZTS layer, by electron probe X-ray micro analysis.
©2008 The Japan Society of Applied Physics
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Jpn. J. Appl. Phys. 40 (2001) 500[JSAP].
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- H. Katagiri:
Thin Solid Films 480–481 (2005) 426[CrossRef].
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Jpn. J. Appl. Phys. 44 (2005) 783[JSAP].
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Thin Solid Films 515 (2007) 5997[CrossRef].
- Y. Hagiwara, T. Nakata, and A. Kunioka: Sol. Energy Mater. Sol. Cells 67 (2001) 267.
- T. Negami, Y. Hashimoto, and S. Nishiwaki: Sol. Energy Mater. Sol. Cells 67 (2001) 331.


Speed Controller. Up to 3amps, Including Box.
Speed Controller, Suitable with 60watt-550watt, Multi-phase
Auto transformer Speed Controller, Up to 2Amps
Auto transformer Speed Controller, Up to 4Amps
Speed Controller BOX ONLY
Variable speed controller for 0-10V DC. Suitable for EC motors.
Universal Speed Controller, 3A, Boxed
Crossflow, Heating Element and Switch, 1.5kw, 240 x 60mm
Crossflow and Heating Element, 1.5kw, 240 x 60mm


MIDI Controllers, MIDI Modules, MIDI anything. Microdesignum
We produce electronic devices for music gear focusing on MIDI-based digital controllers - MIDI controllers, MIDI switchers, MIDI modules and other MIDI devices.
During the ten years of our public activity we have helped musicians on five continents to achieve higher comfort when controlling the music gear. Our MIDI controllers are used in the USA, Canada, Mexico, Australia, Japan, the UK, Ireland, Germany, the Netherlands, Belgium, Finland, Island, Denmark, Sweden, Norway, Switzerland, Austria, France, Italy, Spain, Portugal, Greece, Turkey, Puerto Rico, Indonesia, Qatar, Hong-Kong, Israel, Brasil, Chile, Poland, Hungary, Romania, Slovakia, the Czech Republic.
We are a family company and it is a pleasure for us to communicate with musicians, DJs and musical technicians.
Some our products ...
TC Electronic Nova Delay ND-1 guitar pedal with built-in MIDI control
Universal MIDI controller with 6 footswitches and 4-digit LED display.
Electro Harmonix B9 guitar pedal with full MIDI control
Electro Harmonix Mel9 guitar pedal with full MIDI control
Electro Harmonix Bass9 guitar pedal with full MIDI control
Electro Harmonix Synth9 guitar pedal with full MIDI control
MIDI Thru box / MIDI Splitter - splits MIDI signal from one input to four outputs
MIDI controller with 6 footswitches and an expression pedal on a board.
MIDI switcher of 4 guitar effects loops and 4 amplifier channels
MIDI module for build into the TC Electronic ND-1 Nova Delay with mini connectors
Electro Harmonix C9 guitar pedal with full MIDI control
MIDI Thru box - splitter from one MIDI IN to 8 MIDI OUTs


Asus has announced availability of its ZenFone 3 Max (ZC553KL) model in India. Priced at
There’s no doubt that Samsung’s next focus will be its upcoming flagship smartphone after untimely
At CES 2017, Japanese consumer electronics giant Toshiba expanded its Portege laptop portfolio to launch
A touchscreen on a MacBook may not be coming anytime soon but if you really
Taiwanese manufacturer Asus has announced the Chromebook Flip C302 at the CES 2017 trade show.
Soon after the Kaby Lake processors went official, Intel has announced its new line of
Kingston has launched its DataTraveler Ultimate GT flash drive, touted as world’s highest capacity USB
This year at CES, a US-based startup called Fasetto is showing off Link – an


We present MuSHR, the Multi-agent System for non-Holonomic Racing. MuSHR is a low-cost, open-source robotic racecar platform for education and research, developed by the Personal Robotics Lab in the Paul G. Allen School of Computer Science & Engineering at the University of Washington. MuSHR aspires to contribute towards democratizing the field of robotics as a low-cost platform that can be built and deployed by following detailed, open documentation and do-it-yourself tutorials. A set of demos and lab assignments developed for the Mobile Robots course at the University of Washington provide guided, hands-on experience with the platform, and milestones for further development. MuSHR is a valuable asset for academic research labs, robotics instructors, and robotics enthusiasts.


In the summer of 2013, I contributed to research into the possibility of using lasers to ablate asteroids at UCSB's Experimental Cosmology Lab. I designed and constructed a system to test and cool the laser.
COMSOL simulated a pulse onto the surface of a rock with specified heat and chemical properties.
I also created SolidWorks renderings of the general experimental setup. After completing various experiments, I co-authored a section of a paper describing the potential for a larger laser system. The renderings and other diagrams were included in the paper.


I recently wanted to own a 8051 development board to practice 8051 programming I am learning in college , But The rates are just too high :( . Therefore I decided to build my own. I chosen the PCB designing software “Designspark PCB” to built my board , Which could be easily built at home using the famous copper clad board etched in ferric chloride method to build PCBs at home . The Board Consits of the following features
- On Board seial programmer
- seven segment delay
- 16×2 LCD
- 4×4 Keypad
- Analog to digital Converter
- Extenal Comparator
- RTC DS12887
- Stepper motor driver
- 8 LEDS
- Prototyping area , for extending the circuit
The Serial programming is done by using the MAX232 IC which converts signals from an RS-232 serial port to signals suitable for use in TTL compatible digital logic circuits. Hence the .HEX generated by the computer could be directly burned into the ROM of the Microcontroller , on Board.
The stepper motor driver consist of ULN2003 IC (buffer amplifier) and Diodes to prevent Back emf from the motor to flow to the Microcontroller (which could damage your controller).
The comparator and A/D convertor consists of IC LM324 and ADC0804 respectively.
The Prototyping area can be used for building circuits to be connected to the microcontroller like sensors , Relays , RTC1307 if you are replacing the microcontroller to AT89S52 which supports I2C protocol etc.
And The 16 pin Female Header connected at the upper right hand side of the board is for connecting the 16×2 LCD HD44780.


Rowkin Ascent Charge+ Review | Premium Lightweight True Wireless Earbuds
This is Rowkin’s high-end true wireless earbuds that features IPX5 water resistances and it comes with a wireless charging on the charging case. The package comes included with the charging case, an USB-C to USB-C cable, an USB-C to USB-A adapter, the Qi wireless charging pad, 3 eartips sizes and a pair of small earfins.
The charging case supports bi-directional charging with a 1900mAh capacity, it would be able to charge half of your smartphone’s battery. The battery case comes with a 4 step level indicator of 25% each. When at low power, just place the case on the 5 watt Qi wireless charging pad and you’re good to go or go old school with the USB-C charging cable to charge it. The Qi pad can be use with other device like your Iphone.
The earbuds does not have any physical button and rely on capacitive touch to function. You can power the earbuds by placing them in or take them out from the case, or hard long press on the earbuds would do the trick.You can also use single sided if you wanted too. The multi-button only handles call, media and power control. Volume adjustment is done on your device, that is not a big issue as most true wireless earbuds user stay at one volume mostly.
Sound isolation is good due to its small form factor and the sound tube goes deep into the ear canal. The rated battery life is 3.5 hours when use together. Our battery life test is based on the iPhone 6 at the 5th volume bar. Using the pair together with all the charging from the case gives us 42 hours and 50 minutes in total. If you hear at lower volume it can go above the 50 hours mark. It uses Bluetooth 5.0 with a maximum stable line of sight is 10 meters, not sure what is the size of the drivers tho.
Charging time breakdown:
1st (buds alone): 3 hours 25 minutes
2nd (1st box): 3 hours 15 minutes
3rd (2nd box): 3 hours 20 minutes
4th( 3rd box): 3 hour 25 minutes
5th (4th box): 3 hours 25 minutes
6th (5th box): 3 hours 15 minutes
7th( 6th box): 3 hour 20 minutes
8th (7th box): 3 hours 20 minutes
9th (8th box): 3 hours 25 minutes
10th( 9th box): 3 hour 15 minutes
11th (10th box): 3 hours 20 minutes
12th (11th box): 3 hours 20 minutes
13th( 10th box): 2 hour 45 minutes
Total 42 hours 50 minutes
Dynamic Driver with Premium Mylar Diaphragm
Hi-density Li-ion Battery Cell
MediaTek 1526P True Wireless Chipset
Bluetooth 5.0 & Bluetooth Low Energy (BLE)
Laser Direct Structuring (LDS) Antenna Technology
Touch Controls with Auto-On Fast Pairing
Earbud: 0.61”(D) x 0.93”(L) (15.5×23.5mm)
Portable charging case: 1.28”(D) x 1.71”(H) x 4.45(L)(32.6 x 43.4 x 113.1mm)
Rechargeable lithium-ion polymer battery
Earbud: 5V / 35mA
Portable charging case: 5V / 1A
To earbuds: 5V / 120mA
USB Output: 5V / 1A
Portable charging case: 1900mAh
Earbud: 0.23 oz (6.4g)
Portable charging case: 4.39 oz (124.4g)
Earbud: ≤70 minutes
Portable charging case: ≤120 minutes
Number of recharges: 15+
Standby time (power on): Up to 70 hours
Standby time (power off): about 120 days
Music / Talk time: up to 3.5+ hours
Frequency response: 20Hz-20kHz
Bluetooth version: 5.0
Bluetooth profiles: HFP, HSP, AVRCP, A2DP and SPP
Audio enhancements: Noise reduction and echo cancellation
Tiaan – Be Ok (Low Bass Frequency)
Low bass frequency is superbly energetic and highly notable, you can feel the air pressure booming in your ears. It doesn’t eat into the vocals and has zero bass distortion. The subtle bass vibrations fade smoothly and has a nice drag. Low bass frequency is well bodied. The low bass slightly overpower the vocals in term of audible levels.
Pia Mia – Do It Again (Standard Bass)
Bass is superbly energetic and highly notable, you can feel the air pressure. The bass fades butter-mega-smooth with a long drag especially at the 2:05 mark, the vibrations is just eargasm. Bass doesn’t overpower vocals much and feel balanced, clear separation between the two. Bass is well bodied. EDM tones sounds energetic, fun and lively.
Violinder – Raindrops (High Frequency Instrumental)
Piano/Violin tone sounds right and natural, leans closer to the crystal-clear type not the warm-sound, I prefer crystal-clear type. It has right amount of shine at the highs. Tones are well bodied and doesn’t sound half-hearted. Bass/Drums feels somewhat balance with Piano/Violin in term of audible levels, there is clear separation between the two. Good indication of a nearly balance IEM.
Pentatonix – See Through (Hi Frequency Vocals/Separation)
Mitch Grassi’s hi-pitched-male Tenor vocals perform very well at the highs with the right amount of shine, feels bright. It is top in our list together with other well know brands. Each singer can be identified easily. Every diction and pronunciation is crystal clear. Vocal beatboxing, echoing and humming is eargasm which doesn’t overpower Mitch Grassi’s vocal in the song. Feel good and precise.
This performs well from the ultra lows to the highs easily. It does beat the BOSE or Jabra alternatives and is on par with Sony’s premium true wireless offering. Surprisingly the high are sharp and clear while is backed by good strong bass and this is coming from a unknown brand in the Asian market. The charging case being Qi wireless charging makes it unique in the market and way user friendly to use as we are heading into the wireless charging future.
Search anything here !!


All Medical Providers are responsible to ensure that their equipment conforms to safety regulations.
What is an Electrical Safety Test?
An Electrical Safety test is a check to make sure the electrical components of the equipment are secure, grounded correctly and in proper working order. As equipment is used and as time goes by there is an ever present risk of the electrical system shorting or otherwise mis-performing. This test is done with the appropriate electrical safety testing equipment to monitor the flow of electrical current. The test is performed to assess the function of the unit hence different tests are performed on units with different functions.
What Equipment Needs to be Tested?
Any Electrical Equipment that is used on or near a patient or staff. Some of the equipment that is typically checked is:
- Vital Signs Monitors
- Exam Table
- Exam Chairs
- EKG Machine
- Exam Lights/ Surgical Lights
What Makes Electrical Safety Testing Essential?
Electrical Safety Testing Regulations are in place as a way to ensure your safety and the safety of your patients. Without this assurance you put your practice and patients at risk.


Improve ICD-9/10 detection for DLP
Currently ICD-10 detection will trigger if an email contains the single word "system", with 85% certainty. An exact code and description match will also trigger with 85% certainty.
An MS support tech explained that ICD-9 and ICD-10 detection was based on a dictionary lookup that includes the codes AND the code descriptions.This makes this detection mostly unusable, as many common words are detected with no way to distinguish from exact code matches.
An improved system would primarily use a keyword lookup that matches the CODES only, with additional % certainty for nearby words matching the code DESCRIPTIONs.
Until some kind of change is made, we'll have to look elsewhere for a DLP solution that is useful to a HIPAA-bound organization.


When it comes to choosing a TV, there are many different options to consider. Two popular types of TVs are QLED and OLED TVs, both of which offer unique benefits and features. LED TVs are another popular option, but they differ from QLED and OLED TVs in a few key ways.
QLED TVs are a type of LED TV that uses quantum dot technology to produce brighter and more vibrant colors. They are known for their high contrast ratios and wide color gamuts, making them great for watching movies and TV shows.
OLED TVs, on the other hand, use organic light-emitting diodes to create their light, rather than relying on a backlight like LED TVs. This allows them to produce perfect blacks and a wider range of colors, making them great for viewing in a dark room.
LED TVs, which are the most common type of TV on the market, use a backlight to produce their picture. They are known for their energy efficiency and affordability, but they may not offer the same level of picture quality as QLED or OLED TVs.
Ultimately, the right TV for you will depend on your personal preferences and budget. QLED TVs are a great option if you want vibrant colors and high contrast ratios, while OLED TVs are a good choice if you want perfect blacks and a wider range of colors. LED TVs are a more affordable option and are known for their energy efficiency.


Electrical home appliances are everywhere, they have ended up being so commonplace in our lives and our homes that it’s almost unimaginable to think they rarely were known about 100 years ago. We make use of electricity from the minute we get up in the early morning to the minute we close our eyes at night as well as in many cases even while we sleep.
It is electrical power that gives us light, powers our clocks and our phones. That undetectable power source that travels through wires into our houses enables us to use the toaster or turn on the coffee machine before we leave the house in the morning, it maintains our space at a comfortable temperature. We utilize it to wash our clothes and also our dishes, prepare our meals and we can even travel using electrical automobiles.
For many home appliances in the home, electric is the only readily available alternative, for the rest manually operated or gas-powered options exist, however despite the options it’s really hard to visualize our lives without electricity.
Not all electrical devices are produced the same. Some brands of electrical appliances will require more repair. Whether you are looking at a fridge or a cooker, a dryer or a dehumidifier there will be numerous possibilities readily available with differing price points, aesthetics, capacities as well as degrees of efficiency.
What are Electric Home Appliances?
In simple terms electrical power is the flow of negative electrons . Electrical power is almost everywhere. In built-up areas, we are regularly aware of it, from the devices in our houses to the streetlights all around us. However, even in the most remote places we still see electrical energy as lightning or static and the electric waves that flow around our bodies signalling our lungs to breath and our hearts to beat.
Since we have been able to harness the power of electricity humankind has been constantly looking for innovative ways to produce it and use it.
Electrical appliances are any devices in your life where the primary power source is electrical energy. Other appliances, such as gas appliances may still need to be connected and also have electrical parts yet the key fuel isn’t electrical energy. For example, a gas range might need an electric spark or a gas dryer still needs electrical power to operate the drum.
Different Kinds of Electrical Appliances?
We utilize major electric home appliances in our residences for all types of common jobs consisting of heating as well as cooling our homes, refrigeration, cooking, laundry, as well as washing ourselves.
Common electrical appliances include:
- Dishwashing Machines
- Air conditioners
- Water heaters
- Tumble Dryers
Of course there are a large number of other small home appliances that we use to make our lives easier or better in some way such as kettles, microwaves, blenders, juicers, curling tongs, vacuum cleaners, dehumidifiers and coffee machines.
Benefits of Electric Home Appliances
Electrical energy as well as electric home appliances have dramatically improved our lives in the past 100 years. In 1925 only half of people had electricity yet these days we can hardly visualize living without it and so find it difficult to function during a power failure.
- Electricity is really easy to disperse. It may set you back a lot of money to have a gas line installed however the reduction in the cost of photo-voltaic panels in recent years means you can actually have electricity even if you live off-grid.
- Unlike gas electrical power has plenty of sensible renewable alternatives not to mention the fact that many utilities provide customers the ability to buy eco-friendly energy which serves to increase demand and therefore increase supply.
- Electric devices save vast quantities of time, whether it’s preparing your food, washing your clothes or heating water in order to have a bath, life is much easier with electrical energy.
- Electric home appliances keep getting more and more productive all the time and it is now easier than ever to select efficient devices as they actually have labels and the ENERGY STAR rating.
Cons of Electrical Appliances
It goes without saying while electrical appliances have come to be essential to modern life, no one would wish to go back to having no refrigeration or go back to having to light a fire every time they wanted to cook, all this convenience does come at a cost and improvements in modern technology could mean alternatives come to be more cost effective.
- Most electrical power is still made from oil and coal and even eco-friendly power sources still have an environmental impact.
- High levels of potential energy is wasted when changing the energy captured in non-renewable energy sources to electrical power we can utilize in our houses.
- Electric home appliances tend to be more complicated and harder to repair than gas devices.
- Unless you have a backup battery or generator, even the most energy-efficient electrical home appliances doesn’t work if the power goes out.
Is an Electric Appliance Right for Your Home?
Climate change and the use of oil and coal has come to be a hot subject at the moment resulting in plenty of reasons to wish to reduce your reliance on oil and coal by choosing less energy intensive home appliances or conserving energy energy including better insulation, taking shorter showers and drying your clothes in the sun.
While there are presently plentiful natural gas reserves all over the United States this will not last forever and although bio-methane is a possible replacement it does still release greenhouse gasses into the environment.
Electricity isn’t disappearing any time soon. While technologies are continuously improving as to where our electrical power comes from electrical energy itself isn’t changing. You may end up harnessing your power from the sun, the wind, the waves or dams yet, you’ll still be able to connect your home appliances .
If you are considering new appliances make sure you buy the most energy efficient make you can budget for as this will save you money in the long run and consider smart appliances that you can regulate from anywhere and allow you to accurately keep track of electricity usage. If the wish to conserve power encompasses the ecological impacts find out if your utility company offers a green tariff, and if they don’t switch to one that does.


This Is The Best Feature Of The Tesla Model 3
The Tesla Model 3 boasts a plethora of impressive features, but one that stands out as the best is its Autopilot system.
Autopilot represents a significant advancement in semi-autonomous driving technology,
offering a range of intelligent features that enhance safety and convenience.
With Autopilot engaged, the Model 3 can automatically steer, accelerate, and brake within its lane, making highway driving more effortless and relaxing.
The system utilizes a network of sensors, cameras, and advanced algorithms to detect and
respond to traffic conditions, lane changes, and potential hazards.
It's always advisable to refer to Tesla's official documentation or consult with a Tesla representative for the most accurate and up-to-date information.


Some of the services we provide are:
We refurbish PC's with genuine Microsoft software of Windows 7 and above, We are a Microsoft registered refurbisher.
Installation of network equipment such as firewalls, vpns, servers, switches, patch panels and all wiring.
Installing and maintaining all Microsoft Windows editions up to Windows 10 and Server 2012 R2.
Securing networks against threats with Dell sonicwall vpn/firewalls and Symantec Endpoint.
Installation and operation of Biometric time clocks.
Installation of DVR and NVR recorders as well as POE switches and analog and HD cameras.
Installation and configuration of wireless bridges to extend networks in places that have no service.
Computer repair and troubleshooting.
We can provice most any service that requires working with networks.
Call us at 318-452-7991 for any questions.


We offer several varieties of conformance tests for communication protocols in many technological sectors.
We have developed conformance tests which indicate the safety of interaction between components in different scenarios.
We can perform special test requirements for OEMs which are established to enable a release of test equipment for each OEM.
All test requirements are highly complex and are implemented by C&S under real time conditions.
What are your testing needs? Contact us for a free consultation (+49 5331 905550).
“Automotive Technology Day” 2017
C&S participated with a booth in the 2017 IEEE Standards Association (IEEE-SA) Ethernet & IP @ Automotive Technology Day
C&S on “Automotive Technology Day” in the Silicon Valley 31.10. – 02.11.2017
A three-headed team will now be flying to San Jose in Silicon Valley, California to attend the IEEE Standards Associatio
ReAccreditation ISO 17025:2005
On 31.08.2017 it was time again: The assessment for re-accreditation according to the quality standard ISO 17025: 2005


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Robotic Oceanographic Surface Sampler
The Robotic Oceanographic Surface Sampling (ROSS), and soon to be Robotic Oceanographic Surface and Environmental sampling (ROSE) project, is a project consisting of a small fleet of robotic kayaks. I work on a small team of undergraduate engineering students developing, fabricating, and testing custom electronics (and for me also some software and firmware) for these unique vessels. Each kayak is equipped with a small gas engine in the rear and then an electronic winch, battery box, electronics box, and acoustic doppler current profiler in the main body. Outside the closed hull is an incredibly precise GPS, first person video transmission box, and marker lights. Also on the outside, at the rear, is a small sensor called a CTD that measures current, temperature, and depth. It is attached through the hull to the electronic reel mentioned before, but not before going through a fishing rod that measures how much tension the sensor is imparting on the winch. Using the winch and fishing rod tension, the kayak can lower the CTD from the surface to the ocean floor, and return it to the surface so it can gather more complete data about the water column where the sensor was lowered.
Inside the electronics box is an Intel NUC desktop computer, 3DR pixhawk flight controller (in rover mode), and 4+ custom printed circuit boards designed by the electrical lead, Nick McComb, that all help remotely pilot, control, and monitor this robotics kayak. ROSS was designed to allow for the Ocean Mixing Group team to deploy inexpensive (relatively) vessels that could capture data automatically both in open ocean, and in treacherous environments such as up at glacier faces.
Since I joined this group in early 2016, I’ve worked on many versions of the kayaks electronics, assembled and tested many PCBs, written embedded firmware, and assisted with some of the higher level software running on the NUC. I’ve also gone on two deployments at sea to gather data with these vessels at the LeConte Glacier in Alaska.


Cracked Labs is an independent research institute and a creative laboratory based in Vienna, Austria. It investigates the socio-cultural impacts of information technology and develops social innovations in the field of digital culture.
Cracked Labs is a non-profit organization. It was established in 2012 to strengthen a participatory and self-determined use of information and communication technology as well as the free access to knowledge and information – independently from commercial or governmental interests.
Cracked Labs consists of an interdisciplinary and international network of experts in the fields of science, theory, activism, technology, art, design and education and cooperates with public and private parties.
Fields of work / keywords: Surveillance, online tracking, privacy, algorithmic decision-making, tech policy, open source, open knowledge, serious games.


The Growing Misuse of Satellite Monitoring Data
The oil and natural gas industry is investing heavily in new and innovative technologies to detect methane leaks faster and significantly reduce emissions from operations – and they’re partnering with other companies, environmental groups, universities and regulators to come up with the best, most effective solutions.
Collectively, these varied methods of data collection and monitoring have the potential to give a clearer, more accurate picture of U.S. emissions, and in turn, help companies identify and fix issues faster. But each individual technology has its own strengths and limitations.
Continuous monitoring on the ground, for instance, can show facility-level emissions in real time, but it may not necessarily be representative of similar facilities in the region. On the opposite side of the spectrum, satellite imaging gives a broad view of methane across a region but isn’t yet able to pinpoint facility-level sources with reliable accuracy.
And yet there’s a growing trend of using satellite data to claim that individual companies or facilities are releasing methane at higher levels than what’s been reported. For instance, Reuters recently reported on the use of satellite data to not only attribute methane emissions to specific companies, but also benchmark them based on these findings.
There’s a couple things to keep in mind when reading analyses and studies making these claims:
Fact #1. There are currently limitations to what satellite monitoring can accurately attribute.
Notably, a question on attribution is the only question listed on the FAQ page for Geofinancial Analytics’ MethaneScan project (what Reuters reported on). The company explains that there are varying levels of attribution, the most detailed being pinpoint attribution which can identify the exact source of a leak or specific operators, and sometimes identify the time, duration and amount of emissions. As Geofinancial Analytics explains:
“This kind of pinpoint attribution is clearly very important, particularly to the people who need to stop or fix the leak.”
Ultimately pinpointing a source, duration and amount of emissions is the goal for everyone, from the operator to the many scientists studying global emissions. But that’s not the level of attribution Geofinancial Analytics’ equipment operates at:
“But lower level attribution is also valuable — and this is the level where Geofinancial Analytics starts its attribution activities. This mid-scale attribution does not reveal precise leaks, but it can detect elevated concentrations of methane in the atmosphere and associate those concentration anomalies with operators on the ground. At the mid-level, concentration anomalies can occur over properties owned or operated by several corporations.” (emphasis added)
According to the company, its satellite monitoring “can narrow the neighborhood and narrow the likely emission sources.” Translated: they can make an educated guess on which companies are in the region, and then they build a company-wide assessment based on the sites in the area to compare to reported emissions data.
Because pinpoint attribution isn’t yet there for satellite monitoring, this method is not exact and the limitations have potential for error. This was pointed out in company responses within the article where spokespeople expressed concern over assumptions, ignoring other potential emissions sources and the close proximity of various operators’ operations – all things that could lead to inaccurately attributing the source of methane emissions.
Fact #2. Methane emissions detection technology is improving and companies are investing heavily in it.
Unfortunately, the Reuters article makes no mention of the tremendous technological progress the industry has made in recent years to address methane leaks. But that’s not to say that there isn’t potential for detection methods to improve. As one company spokesperson told Reuters:
“Over time, their models and analysis have the potential to improve as additional information becomes available to them.”
The oil and natural gas industry, including the companies named in the article, are at the forefront of efforts to improve data and data collection. Earlier this year, Shell, Chevron and Total announced a joint venture with GHGSat to use satellite monitoring to detect methane emissions over offshore facilities.
ExxonMobil is also working with GHGSat to use satellite technology for more effective monitoring, as well as testing several other detection methods. As ExxonMobil’s Staale Gjervik explained:
“By testing the most promising methane detection technologies in a field environment, we are providing viable solutions that can be adopted by other producers to detect and reduce methane emissions. We are applying scientific rigor and taking aggressive steps to find commercially scalable and affordable solutions for all operators.”
In 2020, ExxonMobil launched Project Astra, a collaboration with the University of Texas at Austin, Environmental Defense Fund, Gas Technology Institute, Pioneer Natural Resources, Chevron, Microsoft and Schlumberger that deployed state of the art sensors in the Permian to allow producers and regulators to find and fix methane releases. Through partnership with regulators, researchers, and industry, the project aims to develop the next generation of tools to monitor and reduce emissions. As David Allen, lead investigator on the project, professor of chemical engineering at UT Austin and the director of the Cockrell School of Engineering’s Center for Energy and Environmental Resources, said:
“Cost-effective, high-frequency monitoring for these assets will require innovative and disruptive techniques. The goal of Project Astra is to design, develop and deploy a prototype, next-generation monitoring network.
As technology continues to improve, so too will the ability for the industry to quickly identify leaks and fix them, reducing global methane emissions.


Unlocking the Mysteries of Series Circuit Laws
There`s something fascinating about the way electricity flows through a series circuit. It`s a mesmerizing dance of electrons, following the rules and regulations set forth by the various laws of physics. As a law enthusiast and a lover of all things electrical, I find the study of series circuit laws to be both intriguing and vital to understanding the world around us.
One most laws series circuits Ohm`s Law. Law, by physicist Simon Ohm, that current through conductor between points directly proportional voltage across points. In other words, the current in a series circuit is equal at all points in the circuit.
Kirchhoff`s Laws are another essential set of principles that apply to series circuits. Kirchhoff`s Current Law (KCL) states that the total current entering a junction is equal to the total current leaving the junction. Meanwhile, Kirchhoff`s Voltage Law (KVL) proclaims that the total voltage around any closed loop in a circuit is equal to the sum of the voltage drops across the components in that loop.
Application in Real Life
Understanding series circuit laws not academic exercise – has real-world applications. For instance, in the design and maintenance of electrical systems, adherence to these laws ensures that circuits function safely and efficiently. By following the guidelines laid out by these laws, engineers and electricians can prevent overloads, short circuits, and other potentially hazardous situations.
Case Study: Impact of Series Circuit Laws in the Renewable Energy Sector
Renewable energy sources, such as solar panels and wind turbines, rely on series circuits to generate and distribute power. By applying series circuit laws, engineers can optimize the performance of these systems, ensuring that energy is harnessed and transferred in the most efficient manner possible. This not only increases the overall output of renewable energy sources but also reduces waste and improves the sustainability of our energy infrastructure.
Series circuit laws not just rules be memorized exams – fundamental building blocks electrical systems. Their impact is far-reaching, from the design of household appliances to the operation of industrial machinery. Embracing the intricacies of series circuit laws allows us to unlock the true potential of electricity and harness its power for the betterment of society.
Series Circuit Laws
In consideration of the mutual covenants and agreements contained herein, and for other good and valuable consideration, the receipt and sufficiency of which are hereby acknowledged, the parties agree as follows:
|Party A Party B
|Effective until terminated
WHEREAS, Party A and Party B are entering into this contract to establish the legal framework for the application of series circuit laws;
NOW, THEREFORE, Party A and Party B hereby agree to the following terms and conditions:
- Definition Series Circuit: For purposes this contract, series circuit defined circuit which components arranged single path, current one path take.
- Obligations Party A: Party A responsible ensuring compliance all applicable series circuit laws regulations.
- Obligations Party B: Party B cooperate Party A ensure proper application series circuit laws regulations.
- Indemnification: Party A Party B indemnify hold harmless each other from claims, damages, liabilities arising breach series circuit laws.
This contract shall be governed by and construed in accordance with the laws of the jurisdiction in which Party A operates.
Series Circuit Laws: 10 Popular Legal Questions Answered
|1. What are the fundamental laws governing series circuits?
|Ah, the marvels of series circuit laws! Let`s delve into the wondrous realm of electrical currents and resistance. The fundamental laws governing series circuits include Ohm`s law, Kirchhoff`s current law, and Kirchhoff`s voltage law. These laws dictate the behavior of electrical components within a series circuit, guiding us mere mortals through the intricacies of electrical flow.
|2. How do Ohm`s law and series circuits intersect?
|Ah, the elegant dance of Ohm`s law in the realm of series circuits! Ohm`s law states that the current flowing through a conductor is directly proportional to the voltage across it and inversely proportional to the resistance. In a series circuit, Ohm`s law reigns supreme, guiding the flow of current through the interconnected components with grace and precision.
|3. What role does Kirchhoff`s current law play in series circuits?
|Ah, the enigmatic allure of Kirchhoff`s current law in the realm of series circuits! Kirchhoff`s current law, also known as the junction rule, dictates that the total current entering a junction must equal the total current leaving the junction. In a series circuit, this law serves as a guiding beacon, ensuring that the current flows harmoniously through the interconnected components, never straying from its designated path.
|4. How does Kirchhoff`s voltage law manifest in series circuits?
|Ah, the captivating embrace of Kirchhoff`s voltage law in the realm of series circuits! Kirchhoff`s voltage law, also known as the loop rule, states that the total voltage around a closed loop in a circuit must sum to zero. In a series circuit, this law orchestrates the enchanting ballet of voltage, ensuring that the sum of voltage drops across each component equals the total voltage supplied by the source.
|5. What are the implications of violating series circuit laws?
|Ah, the ominous specter of violating series circuit laws! Should one dare to defy the sacred laws of series circuits, chaos and discord shall ensue. Violating these laws may lead to erratic current flow, excessive heat generation, and potential damage to electrical components. Oh, the perilous consequences of straying from the path of compliance!
|6. Can series circuit laws be used in legal disputes?
|Ah, the intriguing prospect of employing series circuit laws in legal disputes! While not a common occurrence, series circuit laws may indeed find their place in the realm of legal battles. In cases involving electrical malfunctions, property damage, or personal injury due to series circuit-related issues, these laws can serve as invaluable tools in the pursuit of justice.
|7. How do series circuit laws impact product liability cases?
|Ah, the gripping influence of series circuit laws in product liability cases! When a defective electrical product causes harm or damage, series circuit laws can be pivotal in determining liability. By unraveling the intricate web of electrical behavior within the product`s series circuitry, these laws shed light on the chain of events leading to the unfortunate outcome, guiding the scales of justice with unwavering precision.
|8. Are series circuit laws relevant in the field of intellectual property?
|Ah, the thought-provoking relevance of series circuit laws in the realm of intellectual property! In the intricate world of electrical inventions and innovations, series circuit laws may hold sway. Patents, designs, and innovations related to series circuitry can benefit from the application of these laws, safeguarding the fruits of electrical ingenuity with the strength of legal fortitude.
|9. How do series circuit laws intersect with workplace safety regulations?
|Ah, the crucial intersection of series circuit laws with workplace safety regulations! In occupations involving electrical systems and devices, compliance with series circuit laws is paramount for ensuring a safe and secure work environment. By adhering to these laws, employers uphold the sanctity of workplace safety, shielding their employees from the perils of electrical hazards with steadfast legal vigilance.
|10. Can series circuit laws inspire a sense of awe and wonder?
|Ah, the resplendent wellspring of awe and wonder found within series circuit laws! As we unravel the mysteries of electrical flow and resistance, we behold the beauty and order inherent in these laws. With each intricately interconnected component, a symphony of currents and voltages unfolds, painting a mesmerizing portrait of electrical elegance. Oh, the sheer magnificence of series circuit laws, a testament to the marvels of the legal and scientific realms entwined.


LIGHTNING EVENT COUNTER
STRIKER X LIGHTNING EVENT COUNTER
TOPBAS GRUP (Turkey) developed a robust lightning event counter. 6 digits non resettable electro mechanical display counter with the tetsing jack. The device is designed to count and record the lightning strikes captured by lightning protection systems such as ESE lightning rods, simple capturing rods and the cage method.
The lightning counter is necessary to determine whether the lightning rod received any lightning strikes.The counter is connected to the down conductor of the lightning arrester and therefore it detects the electromagnetic field caused by lightning discharge current, and it counts each strike and shows it by way of the number display.With the help of the lightning counter the customer can follow the number of lightning strikes arrested by your system. It does not require any additional power supply for its operation.
Striker X Lightning Event Counter
Display Model Electromechanical display (non re-settable)
Current Tested (10/350 µs) 100 kA
Start Sensitivity (8/20 µs) 1500 A
Current Sample Mode Inductive Probe (Built-in)
Indicator 6 digits
Operating temperature (oC) -20 ~ +85
Enclosure material Plastic
Degree of protection IP 67 (IEC 529)
Dimension of counter (cm) 16 (L) x 9 (W) x 6 (H)
• IP 67 rated enclosure suitable for external application.
• Ease of installation, Striker X can be retro-fitted to any lightning protection system.
• Non-intrusive and fast acting proximity circuit detects lightning transient currents.
• Non resettable electro-mechanical counter.
• Can be mounted at any location along the down conductor.


The Android Auto system can offer many advantages when used by the car’s information and entertainment system to link the mobile to it.
The technology that equips the new models of almost all brands offers a series of advantages that seemed like science fiction only a few years ago. Further information and entertainment systems that can be found on car dashboards help improve driving and reduce risks. As one of the important applications, these things can be included, that is the replication of smartphone. The Android Auto system can replicate those applications, and these are five functions that it performs and that you should know to avoid scares behind the wheel.
Listen and write WhatsApp messages safely
Whatsapp is one of the most used applications, and we know that it can cause accidents. For that reason, Android Auto can interact with Whastapp through the voice assistant. Thanks to this you can listen to text messages in audio form. You can also choose a group or contact and deliver a message, which will be transcribed and sent in the form of text or audio, as preferred. Anyway, it is better not to be aware of the WhatsApp and forget about it until you can stop and serve it well, to avoid dangerous distractions at the wheel.
Use Google Maps browser
Only a few years ago, it was necessary to buy an external browser to be able to attach it to the car. Later, internal browsers were incorporated into cars, but many of those browsers use databases that may become outdated and can lead to confusion. This does not happen with Google Maps, a complete service that offers a good data update. To use it, you can link the infotainment system of the car with the smartphone and use the voice command system to prepare the route and that it is displayed on the multimedia screen.
Use the Spotify app to listen to the music you want
The radio is fine, but it can be a bit lady. For this reason, we can have at our disposal the entire Spotify music catalog and not just this streaming application. Music, podcast, and everything you want to hear, on-demand and with the sound quality offered by the car’s audio equipment.
Access to mobile resources thanks to voice commands
The Android Auto system can access all mobile resources only with a simple voice command. This makes access to all applications and functionalities of the mobile phone easier, more practical, and faster. It is important to add that for this function to be executed; the car must have a voice assistance system, obviously. If you don’t have it, the screen offers an intuitive and easy to use interface. Of course, to use it, you have to stand, to avoid risks.
Android Auto can be used without cable
Unlike the Apple CarPlay system, Android Auto can be used without cable. A Bluetooth connection can be enough to connect the mobile to the car. This makes it very easy to connect, and we can use it without the trouble of the cable. This is one of the advantages, which will allow you to have a clean, practical, and fast connectivity, using the possibilities offered by Bluetooth. Of course, you have to keep an eye on the battery, since it may be that the use of these systems depletes the charge in a short time of use.


By buying this product you can collect up to 1 loyalty point. Your cart will total 1 point that can be converted into a voucher of 0,25 €.
Compatible with Xbox 360 wireless accessories to come.
9 meter range for total freedom.
Use up to four wireless controllers and quatremicro / Wireless Headsets simultaneously with one Wireless Gaming Receiver.
Easily integrates with PC gaming scenarios and utilizes the same binding technology as Xbox 360.
Plugs into a USB port on a PC via a cable of two meters.
Availability: This product is no longer in stock
Warning: Last items in stock!


Since the beginning of the PC phenomena, Networking has be achieved using Ethernet IPv4 (meaning the IP address uses 32bits). If you investigate your existing LAN address, you will see it looks like aaa.bbb.ccc.ddd, and more specifically it may start with 192.168.x.x. The 32bits limit the number of end-points to 2^32 or 2.17 billon
IPv6 uses 128bit addresses and that looks like
2011:0db8:ac10:fe01:0000:0000:0000:0000and the concept is to allow more discrete end-points on the Internet (ie: read more systems).
Today as noted, the >32bit addresses are quickly approaching exhaustion
A reasonable >presentation on IPv6 is in this Wiki
When and where do the addresses matter?
Primarily the IPv6 addresses will benfit
- the Internet backbone
Until this level is all IPv6, there will be no real expansion
- large private networks with a large number of users.
There are two kinds; an ISP like AT&T or Comcast, and large corporations like IBM and GM. These kinds of users currently, with IPv4, have Class A addresses --
IPv4 Network Classes:
- Class A - This is a class for very large networks
126 networks with 16,777,214 (2^24 -2) systems each!
- Class B - Medium size;
forming 16,384 networks with 65,534 (2^16 -2) systems each
- Class C - small-sized networks, like HOME USERS
2,097,152 networks with 254 systems each.
- Class D - a class meant for multicasting only
As a HOME user, we use (better said, only NEED) Class C addresses and IPv6 will never benefit us.
Q? So where does our IPv4 home lan addresses get merged into the IPv6 upstream?
A1: At the ISP gateway. The gateway address to their clients (you & I) will still be IPV4. The upstream address of the gateway is the FIRST possible transition to IPv6.
A2: At our routers. The home router WAN side address may be IPv6 and our lan addresses still be IPv4. Some of us will need new routers to allow this approach. (see the model status summary link below for details)
A3: Last choice and of no benefit to home users, is to use IPv6 even though we only have three or four systems. Our Modems, Routers and NICs will all need to support the IPv6 addressing. This is impractical by virtual of the implications shown in the >Fed Mandate (ie: application changes required in paragraph two)
Other IPv6 topics for your review include:
- >Verizon assistance
- >Are you ready?
- >Linksys still doesn't ...
- >Vendor make/model status summary


Every modern car has a standardized connector that allows us to connect our specialist computer to. Using this standardized platform, we have the ability to constantly monitor performance and connect into the car’s computers as it is running. The result is we can get a diagnosis in less than 20 minutes and progress through fixing the problem.
At Express Auto we have invested in diagnostic technologies which allow us to discover a wide array of problems affecting your car. This include:
It’s never a good time to see a warning light on your dashboard. We’re here to take the worry out of warning lights.
Call us, and Arrange for us to Check the warning light.
Most people don’t realise they have a problem until the car fails it’s NCT, the engine warning light comes on or the car starts to run badly.
That is the time to give us a call - we can diagnose the problem causing the warning light, and explain exactly what has failed.


integrated 3D modeling and monitoring platform
DynaView is an advanced tool for real-time monitoring and remote management of drilling operations.
This proprietary software provides an integrated 3D modeling and monitoring platform which utilizes offset well information and seismic data combined with real-time mwd/lwd data to perform statistically weighted 3D predictive lookahead modeling of geological, petrophysical and pore pressure attributes.
GeoSteering, ReaL-Time Pore Pressure, 3D Frac Analysis, 3D Frac Analysis
The platform minimizes geological and petrophysical uncertainties, even in advance of real-time, to improve drilling and well performance and avoid geohazards.


Augmented reality (or AR) involves the integration of virtual elements in the actual surroundings, for example two-dimensional or 3D graphics and texts. Reality is hence augmented or overlaid by a virtual layer. AR has its counterpart in augmented virtuality, where a virtual world is augmented by real aspects.
The sprylab product tripventure as a case study:
You are looking at a building through your smartphone in camera mode. The screen shows a virtual suitcase in front of the real building that isn’t actually there in reality. Both the building and the suitcase can be elements of the tripventure game. AR thereby links the real city to the story told in the tripventure game.
Augmented reality is a feature of all games and stories created with tripventure. The game’s relevant content is superimposed onto the camera image by way of GPS data. Virtual characters, objects and information augment the image in the smartphone camera – turning the actual city into your playing field. They will only work in the real city and are tied to a location, with virtual objects and characters only appearing at their “real” locations - this is part of the so-called location-based services.
sprylab offers an extensive knowledge base surrounding Augmented Reality and can work with you to determine the solution that is perfect for your business. In addition to individual solutions, you can benefit from our products such as tripventure and easily create your own augmented reality apps.


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Information Communication Technologies during Emergency: Field to Hospital November, 2016
Information is the most valuable commodity during emergencies which is needed by everyone for decision making. In a chaotic environment, information communication technology (ICT) supported by advanced smart devices have the capacity to enormously improve the emergency medical response to such mass-casualty incident disasters. Next-generation wireless Internet and geo-positioning have the greatest impact on improving communications, information management, and overall disaster response and emergency medical care. ICT is important to rescue victims on the site of accident or disaster and in hospitals which is used for triaging, testing and evaluation, handoffs, and admitting. ICT communication has three major challenges: sociological, technological, and organizational. The future communication in emergency will relay on wireless internet and geo-positioning technologies. Internet of Things and Machine to Machine communication are confirmed to be usedin the future during state of uncertainty. The purpose of this essay is to review present and future differentials of ICT for emergency communication.
Key Words: Information Communication Technology, Electronic health record, internet, and emergency


Frequently asked questions
What exactly is a Smart Home?
A smart home is a home consisting of interconnected devices and systems (with or without internet connection) which can be controlled remotely via a smartphone, tablet, laptop, wall panel or even voice control. A smart home has a brain of its own which allows it to connect and intelligently control devices in the house, saving you time from doing the manual day-to-day tasks.
How does a Smart Home work?
The way a smart home works is simple: The central virtual hub is usually a mobile or desktop app. All smart devices are often connected via wi-fi to your home network. These individual devices receive a different name when joined to the network, so you can easily identify every item to control them through your smartphone or other control devices. Once set up, all you have to do is to tap on your smartphone screen to control your devices. This can be done from anywhere in the home or nearby to the other side of the world via the internet.
How many devices should be installed in a smart home?
This depends on your specific needs. Aura provides some standard solution packages for you to choose from Security & Safety, Energy Saving, Entertainment, Smart Lifestyle, Intercom & Health Management. Each package includes specific devices to help you make your home smarter and your life easier. Our team of experts and technicians are always available to give you the most practical and economical ideas and advice to apply in your smart home.
How to set up a smart home?
Setting up a smart home is typically done via a mobile or web application. Most smart devices with some exceptions are plug-n-play. The setup usually consists of joining devices to the local Wi-Fi networks and assigning each device a name. The names of devices of the same kind must be different always. Once the setup is ready you can control your devices through any mobile device a few meters away from the other side of the world through the cloud.
Can I implement the device on my own? is it difficult to do?
Yes, you can do your own installation of smart devices in your home. However, there are a few things you should be aware of: Choose a hub that offers the most compatibility with the most number of devices. Avoid single protocol hubs that support limited devices. Although smart home technology is on the drastic rise in popularity, smart home companies and manufacturers still have a lot of challenges in smart device control centralization and product compatibility. Do your homework. There is a lot to know about making your home a smart home. We can help you make this happen without the hassle of DYI with our integrated smart system.
Can I upgrade an old home to a smart home?
Yes, if you own an older home, you can still benefit from smart home technology. Most smart devices connect wirelessly, so the crucial point will be coverage and connectivity. As long as you have Wi-Fi extenders or smart home-connected devices that create a mesh network, you can enjoy the benefits of home automation. We also have other smart devices like smart switches to convert your standard appliances to smart ones like smart sockets and curtain/ door motors.
Can my smart home work without wifi connection?
This is an important question to ask when purchasing a specific device. Some smart home solutions only offer internet-based functionality, while others offer app controls without the need for the Internet. For example, some cameras have an SD card, so they can continue recording even if the Internet has stopped working. Our system also doesn't require an internet connection as all data is store and logically processed by our local data center. Understand that your privacy and personal data should be protected, your data is kept within your wall.
What are the benefits of a Smart Home?
There is a long list of reasons to either convert your existing traditional home or purchase a new home with advanced automation technology. First and foremost are the Security and Safety features that range from 24/7 fire, Co2 and intrusion protection to energy management. Not to mention the convenience of total control over the functionality of your entire home from anywhere at any time. From lighting and climate control to entertainment and communications, Aura fully integrated solution gives you the protection and freedom to live a life that most only dream of.
How can Smart Home save your money?
Aura's Energy Saving system takes advantage of a powerful AI engine in conjunction with sensors located around your home that collect and analyze energy usage data. This data is processed and delivered back to you in a monthly report that breaks down how you use both water and electricity. The Aura system goes so far as to make helpful recommendations on how to be more efficient with your energy usage. Also, by automating curtains to allow or restrict natural lighting along with total thermostat control, you can leverage your ability to control how much energy your home uses day and night.
Can my smart home be hacked?
As most smart home devices are connected via the internet, there is the possibility of data breaches and hacking. This is (understandably) a big concern for many customers. The most important step for securing your smart home is the same thing you would do for a router or printer which is setting up strong, unique passwords. Some devices come with default usernames and passwords. Typically a username of admin and/or a simple password like 123. We strongly recommend against using these devices as they are vulnerable to cybersecurity breaches. However, should you end up with one of these devices, we recommend changing the password immediately.
Should I build a smart home versus a traditional home?
This is the first question you will understandably ask yourself. Once you've discovered all the incredible, life-changing benefits that a Smart Home will bring to your life, the answer will become quite obvious. As with any new developing technology, the biggest consideration may be the additional costs associated with building a Smart Home. However, we think that the benefits provided by Smart Home living end up paying for themselves in the long run. Think about these questions: 1. Would you like a more comfortable life? 2. Would you like to have a more secure home for you and your family? 3. Would you like to save money on your monthly electric bill? 4. Would you like to have full control of your appliances and almost every aspect of your home?
Does smart home technology work in business office?
Automation lifts repetitive tasks off your shoulders and makes life easier for you. We also apply automation to office buildings to turn offices to smarter, safer and more environmental-friendly environments. Our Smart Building Solutions will ensure offices run smoothly and most accommodating to the people who work in them. Forget stickers to remind people to turn off the lights and worried about saving energy, our system will save you time and money by automating lighting, shading, water, security access control, controlling temperature, air quality and optimizing the energy consumption and office management at the most efficient level with AI technology.


Plugin Boutique has launched an exclusive sale on DeVerberate 2 by Acon Digital, offering a 40% discount on the award-winning reverb removal tool for a limited time.
DeVerberate is a reverb reduction plug-in that can attenuate or boost the reverberation that is already present in recorded material.
The novel real-time algorithm works equally well with mono as with stereo recordings and splits the incoming audio into an estimation of the direct sound and the reverberated sound which can then be recombined freely. The improvement process can be monitored visually using the spectral representations of the input and output signal as well as of the estimated reverberation.
DeVerberate 2 features
- Separate adjustments of the direct sound and the reverberation levels.
- Manual adjustment of the decay time of the original reverberation.
- Early reflections filter.
- Frequency spectrum representation of the following signals: Input signal, Output signal, Estimated reverberation.
- Frequency emphasis filter for the reduction level.
- High and low shelving filters with variable slopes (-3 to -96 dB / octave).
- High and low peak filters with adjustable bandwidth (0.1 to 3.0 octaves).
- Graphical representation of frequency response.
- Editing of filter settings through handles in the frequency response curve.
- EUCON and full Pro Tools HW controller support.
DeVerberate 2 is on sale for £47.95 GBP / $59.95 USD until August 31st, 2021. The plugin is available for Windows and Mac in VST/VST3, AU and AAX formats.
More information: Acon Digital


|•||Supports 1x 2.5" SATA HDD / SSD (up to 9.5mm in height)|
|•||Fits into any 12.7mm slim optical disk drive bay|
|•||Metal chassis with partial industrial ABS plastic for optimal protection|
|•||Completely trayless, with tool-less drive installation design that accepts bare drives without trays or caddies|
|•||Two-segmented drive ejection button with a key lock for maximum security and prevent accidental ejections|
|•||Eagle-hook mechanism locks drive in space and prevent the drive from falling out on systems prone to movement and vibration|
|•||Dust-cover keeps the housing when no drive is installed|
|•||Flush drive insertion design fully protects drives from possible environmental damage|
|•||Front accessible drive power switch|
|•||Backed by full 3-year manufacturer warranty against all defects|
|•||Ideal 2.5" SSD / HDD docking for systems that have limited space or applications require often drive swapping such as All-In-One Computers, Workstations, Desktop PCs, HTPCs, and embedded systems.|
|Support Drive Size：||2.5" SSD / HDD|
|Compatible Drive Type：||SATA|
|Number of Drives：||1|
|Max Drive Height：||Up to 9.5mm|
|Drive Bay：||1 x slim ODD bay|
|Host Interface：||1 x Slimline SATA 7 pin|
|Power Input：||1 x Slimline SATA 6 pin|
|Transfer Rate：||Up to 6Gbps (depending on hard drive speed)|
|Support HDD Capacity：||No limitation|
|Drive Cooling：||Metal heat dispersion with ventilation holes|
|Structure / Material：||Metal with parital plastic|
|Product Dimension (W x H x D)：||128.0 x 12.7 x 129.4mm|
|Product Net Weight：||150g|
|Package Gross Weight：||203g|
|Drive Activity LED Indication：||Drive power: solid blue; HDD access: flashing blue|
|Package contents：||1 - device, 1 - user manual, 4 - screw|
|SATA Connector Insertion Rate：||10,000|
|Opertating Temperature：||0°C to 60°C (32°F to 140°F)|
|Storage Temperature：||-35°C to 70°C (-31°F to 158°F)|
|Compliance：||CE, RoHS, REACH|
Related Products Series:
Q: I'm connecting SATA SSD to the MB511SPO-B, but the drives did not show up in my system. However, when I connect the SSD directly to the motherboard/add-on card, I can access the SSD without a problem.
A: It may be the SATA signal decreasing when connecting multiple bridges at the same time and causing the issue. Using a higher quality or shorter cable may solve this problem. However, if the problem occurs after replacing the cable, it may be the SSD/HDD you are using requires 12V power, which is not supported by MB511SPO-B. The MB511SPO-B is using the Slimline SATA power that does not carry the 12V power. Therefore, please avoid choosing the SSD/HDD that requires 12V power.
Please see the list below for the SATA drive that using the 12V power.
|Seagate||Nytro 1351||XA3840LE10063 / XA1920LE10063 / XA960LE10063 / XA1920LE10083 / XA960LE10083 / XA1920LE10103 / XA960LE10103|
|Nytro 1551||XA384ME10063 / XA1920ME10063 / XA960ME10063 / XA1920ME10083 / XA960ME10083 / XA1920ME10103 / XA960ME10103|
|IronWolf 110||ZA3840NM10001 / ZA1920NM10001 / ZA960NM10001|
Note: The MB511SPO-B does not support SAS HDD/SSD, which also requires 12V power to be operated.
Q: Which laptops are incompatible?
A: Due to specific features of laptop design, there are certain models of laptops that are not compatible with the MB411 and MB511 series. One stems from the physical form factor and the other stems from the pinout design of the optical drive bay connector. Regarding the pinout design, there are 4 different pinout design currently in use, referred as A, B, C, D modes. The MB411 and MB511 series uses the C mode of pinout.
As of now, this is the known list of incompatible laptops:
All Lenovo models, Dell M4800, M4801, M6800, HP M7
Not being on the list of incompatible laptops does not guarantee functionality of the MB411 and MB511 series in the laptop. It is best to contact the manufacturer of the laptop to determine optical drive bay pinout design.


Software & Hardware
Axial Scanning using an ETL
Equipping a two-photon microscope with an electrically tunable lens (ETL), allowed us to obtain optical vertical slices of the whole-mounted retina. In Zhao et al. (2020), we describe the ETL implementation and demonstrate the usefulness of such axial scans by presenting the temporal structure of the inner retina at "a single glance".
Open Visual Stimulator
This repository holds the resources for a flexible, spatial visual stimulator with up to 6 chromatic channels. It combines commercial digital light processing (DLP) devices with open hard- and software components that can be easily adapted to the experimentalist’s specific needs.
QDSpy v.77 beta
A software for generating and presenting stimuli for visual neuroscience. It is written in Python 3.x and based on QDS, a software developed at the former MPI for Medical Research in Heidelberg. QDSpy uses OpenGL and primarly targets Windows 7 (and above). For details, see repository and documentation.
Note that this is an early beta version


IBM has finally solved the problem Atari engineers have pondered for years – can a computer truly beat a human in Pong? Crazy though it may seem, IBM has done it at long last. The company has created a series of 3-mm wide cognitive computer chips, the components of which are designed to emulate neurons and synapses even more than previous computer chips were meant to emulate neurons and synapses. And the proof is in the grey matter pudding, as $20 million in research later, IBM has achieved intelligent Pong AI, that holy grail of computing for lo these past 40 years.
As EE Times reports: IBM envisions its cognitive computers solving a wide variety of applications in navigation, machine vision, pattern recognition, associative memory and classification. So far it has taught one to recognize a cursive letter “7” regardless of in whose handwriting. The other has learned to play (and win against humans) at the game “Pong.”
Success! And IBM is getting a new round of funding from DARPA (Defense Advanced Research Project Agency) to the tune of $21 million, presumably to enable the chips to learn to play (and win) at Windjammers.
Update! Years ago, IBM created a freeware Pong clone, and released it on the internet. Was it training us to become better at Pong so that its computers could later best us!? Were we the unwitting beta testers? Has this been in the works since 2006-ish!? Any other conclusion is impossible! Play it after the jump! (because otherwise it would autoload and make annoying sounds)


Shaping the future of home automation with Vernet IOT solutions.
Modern Approach to Connecting Everything
Let’s imagine you could control your entire house through voice command or remotely with an app. Most home automation systems already allow you to do this; but what if you didn’t even have to? What if your home already knew what to do? This is where Vernet Solutions Internet of Things comes in.
If you have a specific request, simply contact us and we will help you build customized products from your needs.


|by Brian Smith|
Back in February of 1997, we reviewed a little amp called the D100HC. At that time, we declared that it was the best subwoofer amp for an automobile that money could buy. It was small, efficient, and it would make lots of power. However, time and the pursuit of bass stands still for no man. Enter the D300HC, another class D mono-block subwoofer amp from MMATS. The D300HC features an internal crossover with variable cutoff frequency, huge gold-plated power connections, and enough raw power to make your neighbors move away.
This powerhouse is designed to push 1748 watts into a 2-ohm reactive load. The best thing about the D300HC is that you dont need a train-load of batteries to power it. While it is capable of drawing around 180 amps at full output, most of that power is making it to your speakers as opposed to a max of about 50 percent seen in most other designs. On the down side, turn on/off noises (48.1 dB SPL, 44 dB SPL, respectively) and signal-to-noise measurements were a bit higher than usual (86 dB) but if you need 1700 watts, whats a little pop? The amp also utilizes a protection circuit that limits current if you try to run it below its rated 2-ohm impedance.
Connections & Adjustments
Connections to the D300HC include RCA inputs, captive-style power connectors that accept up to 4-gauge wire, and 8-gauge speaker connections that are housed in a modular plug. Adjustments consist of input sensitivity and crossover cutoff frequency you couldnt ask for a more straightforward design.
Big power in a small chassis that runs cool an installers dream come true. We usually use a small fan when power testing amps to keep them as cool as possible, but during this hogs ride on our test bench, the fan spent more time on the load resistors than the D300HC. Theres only one thing to watch out for, dont let the speaker outputs come into contact with ground while the amp is powered up. Theres somewhere in the neighborhood of 40-VDC between the outputs and the amps chassis blue flashes and the smell of burning ozone is not a good way to start the day.
The manual for the D300HC, which consists of three stapled pages, and includes wiring diagrams, power ratings, and a big warning about that 40VDC, was not as precise as we would have liked to have seen.
|Price & Contact: $999; 561-848-7578; www.mmats.com|


Ignacio has implemented the first version of the handling for light sources that change (doors that open or close, lights that can be switched on or off, etc). The idea is that we just precompute different lightmaps for each of these cases and blend between them at runtime. In the future (not the future of this game, but the general computer graphics future) when we have realtime global illumination, this would not be necessary; but for now this is much faster to compute and much easier to implement. The drawback is that we have to think about the different cases in advance (things can't be too dynamic) and the amount of lightmap storage space grows rapidly as the number of variables grows.
We don't yet smoothly interpolate between the maps in the shader; we just switch the maps outright. Interpolation is coming soon. But in screenshots you can't see changing conditions anyway, so it's time for some screenshots.
First is the house with the door closed, then with the door open. After that comes the sculpture room, with two light sources toggled in various ways (see the captions on each picture). For now you'll have to forgive the light leaking in the corners and the shadow speckles on the walls; they are due to issues with the dynamic shadow system (which is not really related to what is being shown here) and those issues have yet to be resolved!


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Huawei today announced that it reached a patent license agreement with Buffalo Inc. (“Buffalo”).
The agreement provides Buffalo coverage for certain Wi-Fi 6 enabled products under Huawei’s portfolio of Wi-Fi 6 standard essential patents (SEPs). Buffalo joins the growing list of global vendors authorized to access and implement Huawei’s Wi-Fi SEPs and technologies.
“We are pleased to reach this license agreement with Buffalo, which is our first overseas Wi-Fi 6 focused license,” said Fan Zhiyong, Global Head of Intellectual Property at Huawei. “We have broader license agreements covering both Wi-Fi 6 and legacy Wi-Fi products, but this agreement marks the emergence of Wi-Fi 6 as the dominant Wi-Fi technology. Huawei is proud to be a key contributor to the all-new Wi-Fi 6 standard, which enables thrilling experiences such as ‘smart home’ and ‘smart factory’ innovations.”
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Huawei is open to licensing its patents to industry peers, who in turn enrich lives globally using Huawei’s technologies. Huawei estimates there are over two billion active networking devices licensed under Huawei’s patents.
Date: Dec 21, 2021
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Robots more efficient under stress
Italians explore emotions and adaptation in artificial agents
(ANSA) – Rome, December 28 – Italian researchers have helped show that robots can develop basic human emotions such as fear and use them to respond more efficiently under stress.
The results of the research project, conducted in co-partnership between Britain and Italy, have been published in the magazine Plos One. The scientists studied the evolutionary emergence of affective behaviours directly from the specific adaptive problems posed by the ancestral environment in order to develop a model of the evolution of affective behaviours using simulated artificial agents equipped with neural networks. In this way they were able to observe how robots learn to cope with potentially dangerous situations by choosing to avoid the risk.
“It is a primordial behaviour associated with fear that appears automatically in both animals and humans,” Orazio Miglino, director of the Natural and Artificial Cognition (NAC) laboratory at Federico II University in Naples, told ANSA. However, “in humans there is also a second phase of processing to understand what happened. Let’s say that our robots stop at the initial response.” The experiment is one of the first to investigate the emergence and evolution of emotions in robots and how this can “effect their performance”, Miglino said. The outcome could help to develop more intelligent robots because “the emotions are strongly linked to memory, decisions, motivation and survival”, said Daniela Pacella of the NAC and Plymouth University. The results have implications for humans as well, since an artificial neural network that is able to isolate the emotional circuits from the other cognitive functions can help identify the areas of the brain implicated in the development of fear.
LEGGI ARTICOLO SU ANSA ENGLISH EDITION