Residential electrical installation involves working with wiring, panels, and circuitry. It is usually best to work with a professional electrician or experienced electrical construction team for this type of project. Most newer homes use plastic-sheathed wiring, commonly called Romex cable. Wire gauges and other information are often printed on the sheathing.
A residential electrical service upgrade is an important project that requires the attention of a licensed and insured professional. When you hire an electrician for the job, make sure they are experienced and licensed in your state. They will take the time to review your home’s wiring and breaker system before completing the work. Wiring
The wiring in a residential electrical installation is what connects all the appliances, lights, and other features in a house to make them work. It can seem like a maze of wires and connections, but some basic rules can help you avoid electrical shock or fire. First, remember to always turn off the power at the breaker box before working on electrical wiring. This is especially important when you’re working in an older home with outdated wiring.
Next, determine what type of wiring you need for your project. Most modern homes use nonmetallic (NM) cable, which consists of a package of wires wrapped inside a colored sheathing. The color coding on NM cables helps you identify which wire is hot, neutral, or ground. It’s also a good idea to label the ends of each wire, so you know which end goes to the outlet or switch.
Depending on the size and type of project, you might need to install additional cables for lighting or power distribution. When this is the case, it’s a good idea to consult your local building department or electrician to ensure you have the proper wiring in place.
Another common method of electrical wiring is batten wiring, which uses insulated wires run through straight teak wooden battens that are fixed to walls and ceilings with tinned brass link clips. This method is more efficient than the CTS / TRS wiring and can be used for both domestic and industrial projects. It is not, however, suitable for long-distance power distribution. It is therefore not recommended for large commercial projects, or use outdoors. However, it is ideal for smaller residential installations.
Despite their seeming simplicity, electrical outlets are an important part of your home’s wiring system. They supply power to household appliances and lighting. They also provide a way to recharge phones and tablets. Electrical contractors need to ensure that the outlets in a home are up to code. This includes ensuring that the outlets are spaced properly and have the correct types of outlets for each room. This helps prevent accidents, such as overheating wires, from occurring.
For residential wall outlets, local codes often dictate how the outlets should be spaced and what types of outlets are to be used in different rooms. These guidelines usually derive from the National Electrical Code (NEC), a model code that communities can adopt as they see fit. For example, a code may specify that the spacing between kitchen outlet locations is six feet to prevent homeowners from stretching cords too far and creating safety hazards.
Most residential outlets are traditional two-pronged, grounded receptacles with either three or four connection slots. The third slot is designed to accommodate a grounding pin to help prevent electric shocks. This type of outlet is inexpensive and easy to replace. But for increased safety, it’s a good idea to upgrade to tamper-resistant outlets.
These outlets have internal shutters that open only when a two-pronged plug is inserted. This helps to prevent children from sticking their fingers into outlets and potentially being shocked. Another type of outlet to consider is a ground fault circuit interrupter outlet or GFCI. These are designed to protect against electric shock from outlets near water sources like bathrooms, kitchens, and laundry areas. Finally, you may want to consider a combination outlet, which has both a switch and a traditional pronged outlet in the same outlet box.
Switches allow you to control lights or appliances from one, two, or more wall locations. They can be toggle, rocker, or slider, but the style doesn’t affect how a switch functions or what wiring it needs. There are single-pole, three-way, and four-way switches designed for standard 120-volt household circuits as well as double-pole switches for specialty 240-volt circuits that power large appliances such as stoves. Some switches are smart, letting you control lighting and appliances with voice commands or an app on your phone.
The first step in replacing a switch is to turn off the circuit power at the breaker panel and mark the breaker or fuse so you know it’s OFF. Next, open the switch box and disconnect the wires, leaving the hook ends of each wrapped around a screw terminal in the switch. The black (hot) wires connect to the brass screw terminals on each side of the switch. If you have a 3-way switch, you may also have a black common wire that’s connected to the shortest of the white (neutral) wires in the switch box and labeled “common” with tape or a marker.
When you replace a switch, make sure the new switch is rated for the circuit voltage and amperage, then close the breaker or fuse and screw in the switch. Before connecting the wires to the switch, put a piece of electrical tape on the common wire so you’ll remember to treat it differently later on. Then connect the hooks of the two black wires to their respective terminal screws on the switch, wrapping each around the screw in a clockwise direction. Wrap the white traveler wires together in the same manner.
Subpanels are used to take the extra electricity load off of your main circuit breaker panel. This can prevent the overloading of your electric system, which can cause a fire hazard. It also helps to increase the safety of your property, as you can quickly turn off the subpanel in case of a fire or other emergency.
A subpanel is a small breaker box that sends and transfers electricity to other areas of your property. It can be installed in your garage, workshop, or other area that needs an extra electrical circuit. It is also possible to add a subpanel in your basement, as it can be a convenient place for your laundry room or home theater.
These breaker boxes are often smaller than your main breaker panel, and they look similar. They can also have a single or multiple breakers. If you install a subpanel in your garage, for example, it can help to organize your equipment and make it easier to identify which switches are powered by each circuit. Subpanels are usually placed at a height that is high enough so that children and pets cannot reach them, but they can still be easily accessed when you need to do maintenance or make repairs.
A subpanel can be installed at any location where you need more electrical circuits, but it is typically located close to the main power panel. This can make wiring and connections easier and minimize the length of the feeder cable that will need to be run from the main panel to the subpanel. However, a subpanel can’t increase the amount of power that your house can accept, so if you need more power, it may be better to upgrade your main panel instead of adding a subpanel.
The circuit breakers in your home are the safety devices that cut off the current whenever it jumps above a safe level. They are the modern replacements for older fuse wires, which were designed to disintegrate when they overheated from too much current. The main breaker panel and rows of circuit breakers connect to hot bus bars that carry electricity from the power company to your home’s wiring and outlets.
The simplest kind of breaker switch is a spring-loaded design that uses stored energy to throw the switch, cutting off the circuit. More advanced circuit breakers use semiconductor elements to monitor current levels and shut off the flow of electricity before it can damage your home or cause an electrical fire.
If a circuit breaker trips, you must open the door of the breaker box and flip the switch to the “Off” position before you can turn on your appliances and electronics again. If you find that your breaker keeps tripping, there may be a serious problem with your wiring or other components and you should contact an electrician for help.
A residential electrical contractor can install a new panel that has more amp capacity and additional breakers to handle the demands of your household. You will probably also need a professional to replace the wires that bring electricity from the power company and connect them to your breaker box and switches.


The effect of the channel length scaling on the I-V characteristic of TGN SB FET is investigated in Figure 7. It shows a similar trend when the gate-source voltage is changed. It can be seen that the drain current rises substantially as the length of the channel is increased from 5 to 50 nm. Figure 7 Impact of the channel length scaling on the transfer characteristic for V GS = 0.5 V. To get a greater insight into the effect of increasing channel length on the increment of the drain current,
two important factors, Selleck Cilengitide which are the transparency of SB and the extension of the energy window for carrier concentration, play a significant role [49, 50]. For the first parameter, as the SB height and tunneling current are affected significantly by the charges close
to the source of SB FET, the channel length effect on the drain current through the SB contact is taken into account in our proposed model. Moreover, when the center of the channel of the SB FET is unoccupied with the charge impurities, the drain-source current increases because of the fact that free electrons are not affected by positive charges . The effect of the latter selleck compound parameter appears at the beginning of the channel where the barrier potential decreases as a result of low charge density near the source. This phenomenon leads to widening the energy window and ease of electron flow from the source to the channel . Furthermore, due to the long mean free path of GNR [52–55], the scattering effect is not dominant; therefore, increasing the channel length will result in a larger drain current. For a channel length of 5 nm, direct https://www.selleckchem.com/products/smoothened-agonist-sag-hcl.html tunneling from the source to drain results in a larger leakage current, and the gate voltage may rarely adjust the current. The transistor is too permeable to have a considerable disparity among on-off states. For a channel
length of 10 nm, the drain current has improved to about 1.3 mA. The rise in the drain current is found to be more significant for channel lengths higher than 20 nm. That is, by increasing the channel length, there is a dramatic rise in the initial slope of I D versus V DS. Also, based on the subthreshold slope model and the following simulated results, a faster device with opposite subthreshold slope or high on/off current ratio is expected. In other words, it can be concluded that there Lonafarnib in vivo is a fast transient between on-off states. Increasing the channel length to 50 nm resulted in the drain current to increase by about 6.6 mA. The operation of the state-of-the-art short-channel TGN SB FET is found to be near the ballistic limit. Increasing further the channel length hardly changes neither the on-current or off-current nor the on/off current ratio. However, for a conventional metal-oxide-semiconductor field-effect transistor (MOSFET), raising the channel length may result in the channel resistance to proportionally increase.


Walking mode is a feature designed to aid the user when walking the bike when the display screen is on. To enable this feature, push and hold down the "-" button on the display (see photo). While in walking mode, the bike will travel at approximately 3 MPH. To disable walking mode, release the “- “button or squeeze either of the handle brakes to disable the motor.
Please note that this setting should only be used when dismounted from the bike, with both hands on the handlebar. Additionally, the "-" button will need to remain pressed to keep walking mode engaged.


Morpheme:A Multidimensional Sketching Interface for Interaction with Corpus-Based Concatenative Synthesis
Morpheme allows the control of a concatenative synthesis module (see CataRT) through the act of sketching on a digital canvas. Tapping into the act of sketching and its phenomenal capacity as a medium to conceptualize and explore ideas and designs, we aim to identify a set of intuitive metaphors to facilitate visual exploration of data-driven sound synthesis. The aim is to enable synthesis of sound and the expression of compositional intention by providing perceptually meaningful visual description of sound attributes, in order to enable interaction with concatenative synthesis for creative purposes (e.g. sound design, electroacoustic composition). The implementation of concatenative synthesis which Morpheme uses works by segmenting a number of audio files into small units. The audio-units are then analysed, tagged with the analysis data, and stored in a database. Sound synthesis is accomplished by retrieving and recombining the audio units from the database in real-time, by matching the audio features to the features extracted from a target input data stream. Morpheme performs statistical analysis on a digital sketch developed by a practitioner, and it uses the data extracted from the canvas as the target feature for the selection of audio units. Through the iterative process of sketching (action, reflection production), control over the sound is attained.
Designing sound effects using the Morpheme interface
Please follow the link to watch a video that demonstrates a series of sound designs for visual media created using the system : Morpheme-Achromatic Mapping
The table below shows the audio-visual associations used in the two mapping (i.e. Achromatic and Chromatic mappings respectively). Each mapping consists of three A/V associations. The examples demonstrate each A/V feature association using three different audio corpora
|Achromatic Mappings – Audio-visual feature associations||Video example|
|Texture Compactness-Sound dissonance||Example|
|Chromatic Mapping – Audio-visual feature associations||Video examples|
|Color brightness-Spectral Centroid||Example|
|Brightness variance- Sound dissonance||Example|
Visual Feature Extraction
The table below explains how visual features are estimated.
|Visual Features||Method of Analysis|
|Size/Thickness||Estimated by filtering the background and counting the number of the remaining pixels.|
|Vertical position||Estimated based on the centroid of the pixels which are ON in a binary image, see Equation 1 & Equation 2|
|Texture Compactness||Estimated based on the ratio between the painted area and its’ perimeter, see Equation 3.|
|Texture variance||Estimated based on the entropy of the histogram of intensities of a greyscale image, Equation 4.|
|Color variance||Estimated based on the entropy of the histogram of HSL matrix (i.e. Hue, Saturation, and Lightness).|
|Brighness variance||Estimated based on the coefficient of variation of the histogram of the lightness matrix, see Equation 5|
|Color brightness||Mean lightness, filtering out background pixels (i.e. white pixels)|
Tsiros A. (2014). Evaluating the Similarity Between Audio-Visual Features Using Corpus-Based Concatenative Synthesis. Proceeding of the International Conference on New Interfaces for Musical Expression, London.
Tsiros A. (2013). The Dimensions and Complexities of Audiovisual Association. Conference Proceedings of Electronic Visualization and the Arts, London.
Tsiros A. (2013). A Multidimensional Sketching Interface for Corpus-Based Concatenative Synthesis. In Proceedings of International Conference of Auditory Display.
Tsiros, A., Leplatre, G., Smyth, M. (2012).Sketching Concatenative Synthesis: Audiovisual Isomorphism In Reduced Modes. 9th Sound and Music Computing Conference Proceedings. Copenhagen, Denmark.


Quantum entanglement continues to be among the most enigmatic phenomena researched by physicists. In simple terms, quantum entanglement means that two particles could have a distance of many light years between them and still be linked with each other.
A change in the state or properties of one of the two subatomic particles creates an instantaneous similar change in the other, even though there is no known channel of intercommunication amid them.
The current human understanding holds that nothing travels faster than light. However, due to entanglement, the information between entangled particles can be shared seemingly faster than the speed of light.
Albert Einstein was not much enthusiastic about the phenomenon of entanglement as it was not in congruence with his general theory of relativity. He brushed it aside by labeling it as some “spooky action at a distance”. On the other hand, some physicists are certain it may well play a role in our consciousness.
However, in terms of research in physics, quantum entanglement is now an established notion. Researchers have started using it in computing. In the event, the work on quantum computing reaches completion, quantum computers would outperform the existing computing systems by a long shot.
Quantum Teleportation and Quantum Internet
By the end of 2019, a team of scientists successfully carried out an experiment of Quantum teleportation which was published in the Nature magazine. The researchers entangled two entities known as quantum memories, using photons that were carried through the longest expanse of space to be ever tested in such experiments.
Quantum information was stored in these quantum memories. These quantum memories are an integral feature of making quantum internet.
Quantum internet would enable exceptionally secure communication. It would allow communication over quantum computers located at long distances. Researchers still do not have a consensus on whether quantum internet would ever be refined enough to be used at a large scale. Though some believe it to be achievable, they believe that such a development will take a long time.
A lecturer and lifestyle consultant by the day; an avid reader and writer by the night, I am a student of life.


What is the Mercedes-Benz Generation EQ?
Mercedes-Benz is going all in on electric vehicles with its new EQ – or Electric Intelligence – product brand, beginning with the Mercedes-Benz Generation EQ concept vehicle. This new sporty SUV coupe, which Mercedes-Benz has said is “close to production,” offers a preview of a new generation of Mercedes-Benz vehicles that will feature battery-electric drives. Its exterior will feature an “electro-look” which underlines the lineup’s powerful electric drive systems.
[ FOR FUN: How to Enjoy Fall Around Houston TX ]
Mercedes-Benz Generation EQ Powertrain and Safety Features
The Mercedes-Benz Generation EQ concept vehicle features two electric motors – one on the front axle and one on the rear axle – while the battery rests in the vehicle floor. This means the Generation EQ concept vehicle has a total output of up to 300 kW and offers a range of up to 310 miles. It also includes an innovative consumption display which provides you with feedback on your driving style and offers you with energy-saving tips to increase your range. And while the focus of the Mercedes-Benz Generation EQ is on its electric capabilities, it also comes with all the safety features you’d expect from Mercedes-Benz. This includes a special focus on sensor fusion, which is the intelligent combination of data from different sensors throughout the vehicle.
What Does the Generation EQ Mean for the Future?
“The mobility of the future at Mercedes-Benz will stand on four pillars: Connected, Autonomous, Shared and Electric. ‘Generation EQ’ is the logical fusion of all four pillars. The emission-free automobile is the future. And our new EQ brand goes far beyond electric vehicles. EQ stands for a comprehensive electric ecosystem of services, technologies and innovations.” – Dr Dieter Zetsche, CEO of Daimler AG and Head of Mercedes-Benz Cars.
Because every aspect of the architecture of the Mercedes-Benz Generation EQ concept vehicle is scalable and usable across the entire Mercedes-Benz lineup, it’s not hard to imagine a world in which every Mercedes-Benz vehicle is electric. We’re very interested here at Star Motor Cars to see where Mercedes-Benz is going with its Generation EQ concept. If you’d like to know more, just reach out to our friendly sales staff. And be sure to regularly check our online inventory to see when new Mercedes-Benz models become available.


To make an offer for a solar pool cover, we need a few pieces of information from you, which we will discuss below.
Each pool has its individual dimensions and characteristics. We therefore need a simple sketch that can look like this:
2. Color selection
There are several color options for your SOLAR POOL COVER. Standard colors are sand, white or light gray. Other colors are available upon request.
3. Power supply (solar or 220V supply)
The solar pool cover can be operated via a solar module integrated in the housing or via a 12 DC transformer. This transformer must then be powered via a 220V AC power source that is at least 1.50m away from the pool.
4. LED lighting
To be equipped with an LED light, a supply with a 12 DC transformer on a 220 V AC power source must be guaranteed. The LED lighting is tastefully integrated in the upper part of the weatherproof aluminum housing. The brightness and color tone can be adjusted using a remote control.
5. Temperature sensor
To be equipped with a temperature sensor, a supply with a 12 DC transformer on a 220 V AC power source must be guaranteed. The display of the temperature sensor is equipped with LED lighting and is integrated in a weatherproof manner in the upper part of the aluminum housing.
The easiest way to contact us is via the form below or send us an email to: firstname.lastname@example.org
Please tell us:
- Pool size (e.g. 3x6m)
- Housing color (sand-colored/white/light gray)
- Power supply (solar/220V)
- LED lighting (yes/no)
- Temperature sensor (yes/no)
We strive to process your request as quickly as possible.


VedoPremium is the new digital thermometer with visual fever alarm.If the temperature taken is lower than 37.5° C the display turns green. If, on the other hand, the temperature taken is higher than 37.5° C the display turns red,indicating a fever. Precise and accurate, the thermometer has a flexible probe and large display to make reading measurements easier
At POCD we love that our products help people save time. Now we've taken things a step further by allowing customers to manage their accounts online!
Using our customer portal you can view and print invoices, generate statements, make payments, see custom pricing and place orders via the website. To find out more and get set up call us on 1800 640 075 today.


Xiaomi Technology has adjusted its marketing strategy to promote its smartphones in Taiwan, shifting its focus to mid-range and high-end smartphones instead of low-priced models in the local market, according to company sales director Henman Lee.
Xiaomi launched recently its new smartphone, the Mi Note, in the Taiwan market, priced at NT$12,499 (US$403). Smartphones launched by Xiaomi in Taiwan previously were all priced below NT$10,000, Lee noted.
Meanwhile, Lee revealed that Xiaomi has delivered samples of its next-generation smart bracelets to Taiwan’s National Communication Commission (NCC) for approval.
Xiaomi has shipped over six million units of its Mi Band in the China market, making it the world’s second largest vendor of smart bracelets.
Xiaomi aims to ship 500,000 Mi Bands in the Taiwan market in 2015, Lee revealed.


Voice and data are already on the IP, why not AV? Simplify with the Atlona All-IP Meeting Space.
IP networks are the future for AV systems integration, bringing virtually unrestricted scalability and flexibility for AV distribution. The Atlona All-IP Meeting Space dramatically simplifies AV system designs for any small or large meeting room, saving you and your customers time and cost.
The Atlona All-IP Meeting Spaces give you unprecedented power and flexibility to design, integrate, scale, and manage room systems — while also offering new opportunities to meet continually evolving customer demands for effective communication and collaboration.
In this presentation we're going to discuss the concept behind the all IP meeting space from Atlona. What is the all IP meeting space? It's a way to simplify meeting room designs by bringing the power of large enterprise IP based systems down to the individual meeting space which allows us to reduce complexity reduce integration time reduce cost and increase efficiencies. The products that we'll be talking about from Atlona that we use in the all IP meeting space include the OmniStream AV over IP family of products that's both the Pro and the R-Type encoders and decoders the OmniStream audio devices the OmniStream USB devices, Velocity control software, and AMS management software.


Since Decmber 2021, Soumyajyoti is working as a Teacher (50%, permanent position) and as a research scientist (50%, 3rd party funding) in the in the group of Prof. Dr. Stefan Heinze in the Spintronics Theory Group of Institute of Theoretical Physics & Astrophysics at Christian-Albrechts-Univesität zu Kiel. Prior to that Soumyajyoti worked as a Postdoctoral Researcher from April, 2017 till November, 2021 in the same group.
Soumyajyoti completed his PhD in Physics at Division of Materials Theory, in Department of Physics and Astronomy, at Uppsala University from April, 2012 till March 2017. Involved research topics include Ab-initio electronic structure calculations, computational material science, density functional theory. His PhD work was supervised by of Dr. Biplab Sanyal and Prof. Olle Eriksson. These researches were financed by various funding agencies and funded by Uppsala University.
Previously, he worked as a Junior Research Fellow (JRF) at Centre for Modeling and Simulation, University of Pune under the supervision of Prof. D. G. Kanhere. The research works he carried out there were similar in nature and were financed under the ISJRP project sponsored by DST, India and SER, Switzerland.
He received his Master of Science (M.Sc) in Physics from Department of Physics, University of Pune. Previously, he received his B.Sc (Hons.) in Physics from St. Xavier's College (Kolkata), University of Calcutta.
He carried out a summer internship in TIFR supervised by Dr. Mandar Deshmukh. Researches involved in the application of electron beam lithography to study electrical transport properties of Niobium diselenide flakes.


The Student Village Network uses TCP/IP protocol (IPv4) for communication. A computer connected to Student Village Network will receive its network settings automatically as long as the computer is set to use automatic settings. Student Village Network’s IP addresses are dynamically assigned via DHCP server. This means that the subscription does not have a fixed address, but the IP addresses circulate from one machine on the network to another. Do not set a static IP address, it won’t work.
- Choose Apple menu -> System Preferences -> Network.
- In the list at the left, select the network connection you want to use (such as Wi-Fi or Ethernet) -> Advanced.
- Click TCP/IP -> Configure IPv4: Using DHCP.


Nowadays, Light emitting diode lighting products are extremely common and many people choose to have them in their homes. This relatively new technology is actually being used in other ways as well, not only for interior lighting, in order to provide you the desired lighting. In case you are interested in this aspect, here are some of the many amazing uses of LED lights.
Light emitting diode lights are most commonly used for illumination. You will certainly find on the market a range of illumination products which use this technology in order to provide you the desired amount of light, indoors and outdoors as well. For example, light bulbs which use this technology in order to provide you the needed light, are without any doubt more cost-effective than incandescent lighting and they are also reasonably priced. In the specific shops, you will find home lighting fixtures and lamps that use this amazing technology, in many shapes and colors, in order to satisfy everybody’s taste. You will probably be surprised to find out that some people actually use LED lights to create virtual sky panels in order to replace ceiling panels in their homes. This type of ceiling looks without any doubt absolutely amazing. Some researchers say that having a ceiling like that at work, in our office, will make us more productive and happier at the same time, due to the beautiful and relaxing light that it provides. Shall we believe them?!
LED grow lights
Another amazing use of light emitting diode technology is the led grow light. In case you are wondering what is this used for, the answer is simple, it is used for the growth of indoor plants. According to many 2016 led grow light reviews, these led lamps can sometimes be even more efficient than natural light. You probably know that indoor plants need lots of light in order to grow beautifully, therefore they must be placed close to a window in order to receive the right amount of sunlight. In case you don’t have this option, then read the latest led grow light reviews and choose a LED lamp which will offer your plants the needed amount of light for their growth.
You probably know that this modern lighting technology is used for headlights as well. Some of the cars that are on the market nowadays come with this amazing feature. The light is direct and extremely powerful, and this way the driver will have a good vision during the night. A car with this sort of headlights will probably be more expensive, but it definitely worth the money, due to the fact that it offers you a greater safety during the night.


On-The-Go adapter for Android phones
The Ledger OTG is the solution to use your Ledger Nano (or HW.1) without a PC or a laptop: just connect your Ledger wallet to the micro USB port of your smartphone and use it.
No need to install anything: just plug the OTG on your Android device and it is ready to connect your Ledger device (Nano and HW.1). Compatible with USB 2.0 and 3.0 standards, this OTG can also be used to connect many USB devices to transfer data, like keyboard, mouse, gaming controllers, hard drives, camera, etc...
With the Ledger OTG, you can connect your Ledger Nano or HW.1 to the micro USB port of your Android smartphone.
No additional software is required to use Ledger OTG. Just plug it and use your Ledger Wallet with a compatible Bitcoin wallet.
This adapter is USB A female / micro USB B male compatible with lots of devices using standard USB 2.0 or 3.0 connection.
Ledger OTG also connects other USB devices (joystick, mouse, keyboard, memory, drive) to your smartphone or tablet.
Size: 49mm x 17mm x 9mm.
An Android phone with a Micro USB connector and a compatible app is required.
USB Female Type A (for your Ledger device).
Micro USB Male Type B (into your phone).
Plastic, Copper and Silicium.


We're continuing our staff interviews to celebrate our 60th anniversary, and this week we turn our focus to our engineering team. In this interview with Inventus Power's Ilyas Ayub (Vice President, Technical Center Americas) and Sundy Liu (Vice President, Technical Center Asia), we'll discuss the benefits of having global engineering capabilities and how this has helped us develop safe, reliable, and quality-engineered battery systems across a broad range of portable, motive and stationary applications.
Can you tell us a little bit about your roles and the capabilities of each Technical Center?
Sundy: As Vice President, Technical Center Asia, I'm responsible for global project development and technology. I lead our Asia Pacific Engineering Team in Guangzhou, China which consists of nearly 200 engineers with industry expertise in mechanical, software, and electrical engineering. We can provide complete technical solutions and cover a wide range of product design platforms for battery packs and battery managements systems (BMS), chargers, and power systems. We also have a high-level agency in-house testing lab which streamlines the regulatory process for our customers. Our Technical Center Asia is the only facility certified by TUV for these standards in the South of China and we also have a UL-approved CTDP lab (Client Test Data Program).
Ilyas: As Vice President, Technical Center Americas, I oversee product development in the U.S. for battery packs and chargers. The Americas Engineering Team consists of a variety of talented mechanical, electrical, test and qualification engineers as well as field application engineers (FAEs). Our FAEs play a vital role at Inventus Power as they assist our sales team in winning new opportunities and ensuring we design products to the customer’s requirements. Historically the Americas Technical Center has engineered products for military and medical applications. Today, we are expanding into new applications for lawn and garden, material handling, and light electric vehicles. These new markets require medium to large format batteries to power their applications, and we are excited to be working on such complex projects.
Inventus Power has 300+ engineers worldwide. What are the benefits of having a global engineering team?
Ilyas: We benefit from the ability to co-develop products and utilize each other's strengths accordingly. For example, a product may be designed by the team in Guangzhou and our team in the US will provide customer support. We may also perform the electrical engineering for a project at one tech center and software engineering at the other. We also leverage each other's labs for qualification and agency certification.
Sundy: I agree with Ilyas. Our customers benefit from our co-development capabilities in product design and technology. Ultimately, our shared global resources help us deliver exceptional customer service and superior product design.
Market diversity is a strong suit of Inventus Power, servicing markets from consumer and industrial to medical and military. What engineering lessons have been learned from working with a variety of markets?
Sundy: The engineering team has accumulated extensive design experience in product application technology across different fields over the years. Inventus Power's ability to improve product technology, design system solutions across multiple platforms, and shorten the product design cycle allows us to meet the diverse market demand.
Ilyas: Our broad market diversity has enabled us to take the knowledge and lessons learned in one market/application and incorporate into the design products for other markets. For example, our military applications taught us how to ruggedize products for extreme conditions. Consumer applications taught us how to be cost-sensitive. If we purchase a large volume of cells to support a consumer battery pack, we can leverage the supplier relationship and utilize the cell pricing for other market applications.
Over the years, Inventus Power has moved up the power curve. What considerations need to be made when moving from smaller, simpler battery packs to larger, more complex systems?
Ilyas: Moving up the power curve means your battery packs are going to get more complex. From an electrical perspective, components must handle higher voltage and power. From a mechanical perspective, housing material selection is critical to be able support larger and heavier battery packs. As the battery gets bigger and more complex, there is a lot more software that needs to be developed to ensure proper cell management, communications with the host device, and more accurate state-of-charge (SOC) calculations.
Sundy: To further expand on Ilyas’s response, medium and large format battery packs require more complex system designs. This includes advanced engineering in the Battery Management System (BMS) as these larger battery packs need the correct thermal management controls such as cell balancing & uniform cooling methods, system safety design protections and power management. They also require enhanced communication systems for ensuring high-precision system detection & data collection, SOC calculations, high-speed CAN communication / compatibility with other communication protocols, and reliable State-of-Health (SOH) management. Finally, in addition to size, there are mechanical design considerations such as application of new materials for indoor/outdoor use (waterproof, radiation protection, shock/vibration protection, high impact, and reliable cooling).
Are there any plans for the Inventus Power Technical Centers you can share with us?
Sundy: The Guangzhou Technical Center is focusing on design innovations that will support Inventus Power's expansion into new markets. We are supporting custom designs as well as developing a new line of standard products. Along with the Technical Center Americas, our goal is to lead the industry in advanced battery systems and provide customers with quality engineered products that are safe, reliable, and optimized for their intended application.
Ilyas: Overall, we are working on many complex and engineered systems. Working with our colleagues in Guangzhou, our entire global team is focusing on quality and making our products even safer than what currently exists in the battery industry.


This app is specially built for P2P IP camera series. thanks to unique P2P connection technology that users are able to watch live video on Android from any purchased IP camera by simply enter camera's ID and password; no complex IP or router settings required. the video compressed in H.264 format which guarantee for crystal clear video.
you can do such operation as below:
1.Support multi-window viewing
2.Support wifi smart-config function,more convenient to connect your ipcam
3.Support manual recording function
4.Support time-zone function
5.Support optical zooming function (specific for model 1BF)
6.Compatible with Android 5.0
SmartZ IPC is a free software application from the System Maintenance subcategory, part of the System Utilities category.
The app is currently available in English and it was last updated on 2016-05-19. The program can be installed on Android.
SmartZ IPC (version 1.1) has a file size of 13.63 MB and is available for download from our website.
Just click the green Download button above to start. Until now the program was downloaded 49 times.
We already checked that the download link to be safe, however for your own protection we recommend that you scan the downloaded software with your antivirus.


Please use this identifier to cite or link to this item:
|Title:||Динаміка формування пульсових сигналів дистальних відділів променевих артерій|
|Other Titles:||Dynamics of pulse signal forming from distal zones of radial arteries|
|Authors:||Сторчун, Є. В.|
Климух, А. Р.
|Bibliographic description (Ukraine):||Сторчун Є. В. Динаміка формування пульсових сигналів дистальних відділів променевих артерій / Є. В. Сторчун, А. Р. Климух // Вісник Національного університету "Львівська політехніка". – 2013. – № 766 : Радіоелектроніка та телекомунікації. – С. 204–209. – Бібліографія: 6 назв.|
|Publisher:||Видавництво Львівської політехніки|
|Abstract:||In last time new methods and hardware-software system, which combine eastern medicine traditions and western technologies are commonly used in diagnostic practice. Pulse diagnostics is one of the ancient methods for disease state identification. For diagnostic purposes different kind of arteries zones can be observed, but most popular is pulse diagnostics of wrist joints radial arteries. It is based on recording of signal from three zones, lied closely along the radial arteries of left and right hands. For the purpose of pulse diagnostics special kinds of sensing devices are used. Preliminary model with schema included acoustic impedances of artery part, soft tissues of registration zone and sensing device was proposed. In this model was assumed, that sensor occlusion force distributed between the model elements and other object structures is constant. Acoustic impedances of artery part and soft tissues were modeled by elastic component taking into consideration pulse signals spectrum. In this work modeling and experimental results of pulse signal forming by distal zone of radial artery depending on sensor occlusion force were presented. Artery stiffness was defined from the curve showing dependency between the transmural pressure and the relative change of artery volume. Stiffness evaluation results were approximated by second order polynom relative to force conformed to diastolic pressure of patient. Experimental verification of new model for vessels with small tensibility was carried out. Data were obtained for artery zone length 5 mm and pulse pressure mmHg. Artery stiffness polynomial model took into consideration fraction of occlusion force fitted the artery and soft tissues .Initial data for modeling were diastolic and pulse pressure of patient, artery diameter and length, and coefficient defining the increment of soft tissues impedance component depending on occlusive force. All dependencies were evaluated for each patient in dependency of arterial blood pressure, artery diameter and elastic response. During the simulation study artery diameter was changed in range (1,9 – 3,8) mm in compliance with measuring results obtained by another authors. Length of artery registration zone was changed until the matching of computation and experimental results. Experiment was done using the device with piezoelectric and tensoresistive sensors joined mechanical sequentially. Investigations for pulse signals from seven zones accordingly to eastern medicine canons were done for 4 patients in age 18-25 years old. Their results showed the adequacy of calculated meanings of pulse signal for different artery zone length in range of small values of occlusion forces. This fact can be explained by model affixment to the object exactly in this range. It can be suggested, that there is no interference of different zones during the pulse signal forming, when occlusive forces of sensors have value from range 0 – 2.0 N. In case of higher occlusive force values deformation of artery is starting. Consequences of deformation are that the elastic properties and pulse wave propagation process are changing. In such conditions process of pulse signal forming could not be described by elaborated model. Наведено результати моделювання та експериментальних досліджень динаміки формування пульсових сигналів дистальних відділів променевих артерій людини залежно від сили притискання перетворювача до зон їх реєстрації.|
|Appears in Collections:||Радіоелектроніка та телекомунікації. – 2013. – №766|
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Access control system introduction
The access control system is also called the access control-entrance and exit control system. It is a highly intelligent, real-time control and offline access network monitoring and alarm management security system. Each authorized user holds a non-contact IC card, and the cardholder will enter the relevant door according to the authorization obtained. The system realizes the alarm function by fortifying the specific management area (alarm status). The system automatically reads the card time, door opening information, card holder, alarm information and other data for query and statistical processing and generates various reports. It is used in modern office buildings, banks, factories, computer rooms, intelligent communities, etc.


We buy copper scrap at best rate across Sydney metropolitan area
COPPER SCRAP COLLECTION
We buy all type of Copper Scrap and in any quantity. Copper has been used by humans since centuries. Ancient utility of copper metal was limited to household stuff. But with advent of industrialization the metal has been used widely used across the industries. Copper Scrap can find everywhere around us. From small tools, electronics gadget, appliances, cars to large electrical infrastructure, copper has been defacto metal. We pay top price for your Copper Scrap. Every home has around 500gms of copper metal used in various electrical wires, cables and motors. Copper is rarest metal which is 100% recyclable hence it help to preserve environmental.
TYPE OF COPPER SCRAP & WASTE WE BUY
COPPER Tubes Scrap
We buy all kind of Copper Tubes Scrap. They are commonly found in Domestic Water Distribution, Heating & Refrigerating Systems. Copper Tube Scarp are also found from equipment for Medical Gas, Fire Extinguisher and other appliances.
DATA CABLE SCRAP
Copper data cable scrap are very easy easy to find due to increasing use of computer, internet and phone. These copper cable are found in form of LAN, Telephone and connection wires. We buy copper data cable of all types, size and quann.
ELECTRICAL CABLE Scrap
Copper scrap from electric cables is the most common and easily available product. The need of building new houses and other commercial building generates a lot of electric cable scrap.


I like the idea of intersects. The intersections between art and science, between random chance and well planned out ideas… between my life and another little slice of the internet.
Hello there, I have just set up my official Rose Carrousel website. Here it is. Thanks for stopping by. I hope to post links to my new music and sound art projects. I’ll also write about some of the steps, processes and ingredients along the way to actualising my works. You can find out a little more about me on the “about” page.
At the moment I am focusing on the stage 2 of the NatureTron. The ‘NatureTron’phase 1 debuted at Lady Electronica Live in 2012 and used light dependent resistor analog sensors with Arduino printed circuit boards, coding and circuitry, along with MAX software as a midi-interface with Ableton Live. Version 2 uses analog distance sensors and light sensors, and rather than being used for music is designed as a sound installation. I will let you know when it will be debuted! Version 3, which I have already started working on, is intended to incorporate environmental or ecological data sources from various locations around the globe. So this will hopefully form the basis of an exciting Art+Science project. I am using COSM with my Arduino boards for this. I have already set up my first trial data streams, which you can view here (https://cosm.com/feeds/126706). As you can see the light dependent resistor measuring the light levels is not turned on very often! I am using it to test out code but I will plug it back in at some point!
Wishing you all a magic night. x Heidi


Key Tech Solutions
Key Tech Solutions mission is to provide expert consulting in all aspects of state-of-the-art electronic manufacturing environments, from plant layout to project cost analysis. Find out how to leverage our twenty years of experience to put your company at the forefront in the industry with state of the art production facilities, manufacturing processes and contract manufacturing sources.
WHY SHOULD YOU USE KEY TECH?
Excellent Track Record-Expert Degreed Staff-International Experience
Key Tech Solutions specializes in contract assembly sourcing, and in providing products and services designed to improve the efficiency and profitability of manufacturers of electronics equipment. With over twenty years experience in the design and implementation of production lines and processes, we know what it takes to successfully compete in the electronics manufacturing industry.


The DisCoTec Tutorial Day allows researchers to promote a mature tool that has been under development over the last few years. Tutorial session are typically hands-on, providing the audience with the unique opportunity to try out the tool under the supervision of those who developed it. This rewards the tool developers for the effort invested in making their tool accessible to the community, fosters cross-fertilisation across the three DisCoTec conferences, and ultimately results in a higher adoption of the presented tools.
Choreography envisages distributed coordination as determined by interactions that allow peer components to harmoniously realise a given task. Unlike in orchestration-based coordination, there is no special component directing the execution.
Recently choreographic approaches became popular in industrial contexts where reliability and scalability are crucial factors. This tutorial will review some recent ideas to harness choreographic development of message-passing software.
Biography: Emilio Tuosto is an associate professor at the Gran Sasso Science Institue and the University of Leicester. He graduated (1998) and got his PhD degree in Computer Science (2003) at the department of Computer Science, University of Pisa. Before joining Leicester, he has been a research associate (2003-2005) at the Dipartimento di Informatica (University of Pisa). Emilio Tuosto’s main research interests are in theoretical and applied aspects of complex distributed systems. Recently he has been working on automata- and behavioural type-based models of distributed choreographies, contract-based models of distributed interactions, and their application to software engineering of distributed and concurrent systems.
Threshold guards are a basic primitive of many fault-tolerant algorithms that
solve the following classical problems of distributed computing: reliable
broadcast, two-phase commit, and consensus. Moreover, threshold guards can be
found in recent Blockchain algorithms such as Tendermint consensus.
Byzantine Model Checker (ByMC) implements several techniques for automatic
verification of threshold-guarded distributed algorithms. These algorithms have
the following features: (1) up to t of processes may crash or behave Byzantine;
(2) the correct processes count messages and progress when they receive
sufficiently many messages, e.g., at least t+1; (3) the number n of processes
in the system is a parameter, as well as t; (4) and the parameters are
restricted by a resilience condition, e.g., n > 3t. Nowadays these algorithms
are implemented in the distributed systems that involve from hundreds to
thousands of computers. To make sure that these algorithms are still correct
for that scale it is imperative to verify them for all combinations of the
parameters. In this tutorial, we give an overview of the techniques implemented in ByMC.
We demonstrate how to use ByMC for parameterized verification of asynchronous
fault-tolerant distributed algorithms. We show how to apply our techniques in
other contexts, for instance, for verification of randomized algorithms and
verification of synchronous algorithms.
Biography: Igor Konnov is a senior research scientist at Informal Systems (Austria), spin-off of Interchain Foundation (Switzerland). He is developing model checking techniques for parameterized and fault-tolerant distributed algorithms. Before joining Informal Systems and Interchain Foundation, Igor Konnov worked as a researcher at Inria Nancy (France) and as a postdoc at TU Wien (Austria). He received his MSc and PhD in Applied Mathematics and Computer Science from Lomonosov Moscow State University (Russia) in 2003 and 2009. In 2019, Igor received his Habilitation from TU Wien (Austria).
Since late 70’s, the development of concurrent and distributed systems has been receiving much attention from the research community. Choreographies are a form of distributed composition that model the external interaction of the participant services by specifying peer-to-peer message exchanges from a global perspective. When third-party services are to be composed, obtaining the distributed coordination logic required to enforce the realizability of the specified choreography is a non-trivial and error prone task. Automatic support is then needed. CHOReVOLUTION is a platform for the tool-assisted development and execution of choreography-based applications that leverage the distributed collaboration of services specified through service choreographies. It offers an Integrated Development and Runtime Environment (IDRE) comprising a wizard-aided development environment, a system monitoring console, and a back-end for managing the deployment and execution of the system. The tutorial introduces the fundamentals of service choreographies and the CHOReVOLUTION approach as first. Then the introduction of the approach is followed by hands on exercises, where every attendee takes part in developing sample choreography-based distributed applications by using the CHOReVOLUTION IDRE.
Biography: Massimo Tivoli and Marco Autili are both associate professors at the Department of Information Engineering, Computer Science, and Mathematics – University of L’Aquila. Massimo’s research focuses on component adaptation and coordination, connector synthesis, software model elicitation, and choreography synthesis. He received a PhD in computer science from the University of L’Aquila. He is co-author of more than 90 publications in leading international scientific journals and conference proceedings in the software engineering domain. He has been scientific coordinator of the EU H2020 CHOReVOLUTION project, and has been involved in several other international research projects with different leading roles. Massimo is, and has been, in the program committees of several international conferences. Marco’s research focusses on automated software synthesis for composing complex distributed systems, from system architecture to integration code, from coordination to protocol mediation/adaptation. He also works in modeling and analysis of complex distributed systems, automated synthesis of context-aware (mobile) applications, resource-oriented analysis of adaptable (mobile) applications and formal specification and checking of temporal properties. Recently, he is working on the definition of architectural patterns for creating robust, reliable and efficient microservice-based systems, and on the definition of methods and techniques to transform a monolithic system to a microservice-based one. The development team of CHOReVOLUTION IDRE includes also Amleto Di Salle and Claudio Pompilio.
We present the probabilistic model checker Storm.
Storm supports the analysis of discrete- and continuous-time variants of both
Markov chains and Markov decision processes.
Storm has three major distinguishing features.
It supports multiple input languages for Markov models, including the JANI and
PRISM modeling languages, dynamic fault trees, generalized stochastic Petri nets
and the probabilistic guarded command language.
It has a modular set-up in which solvers and symbolic engines can easily be
Its Python API allows for rapid prototyping by encapsulating Storm’s fast and
Empirical evaluation of Storm within the QComp 2019 competition showed that the
tool is state-of-the-art and performed best with regards to runtime and number
of solved benchmarks.
In the tutorial we report on the main features of Storm and explain how to
effectively use them.
For more information on Storm we refer to our website
http://www.stormchecker.org/ and our recent paper https://arxiv.org/abs/2002.07080.
Biography: Storm is developed at the Software Modeling and Verification group at RWTH Aachen University since 2012. The principal developers of Storm are Christian Hensel, Sebastian Junges, Joost-Pieter Katoen, Tim Quatmann and Matthias Volk.
The systematic evaluation of distributed systems is a very challenging task as experimental results can be affected by a wide range of factors.
In particular, the network and its dynamics, such as sudden changes in latency or available bandwidth have a significant impact on the performance of distributed systems.
In this tutorial we will do a hands-on demonstration of the capabilities of Kollaps/Thunderstorm, a set of tools that allow to deploy and evaluate unmodified off-the-shelf container applications under a controlled network environment.
By the end of this tutorial, attendants will be able to apply these tools in their systems and, we hope, have a better toolset to evaluate the impact of the network in their systems behavior.
Biography: Miguel Matos is an assistant professor at the Engineering School of the University of Lisbon (Instituto Superior Técnico) and a Senior Researcher at INESC-ID.His research interests lie in the area of distributed systems, in the subjects of scalability, performance, correctness and systems evaluation. In particular, he is conducting research in blockchain and related problems,consistency and scalability in large scale databases, systems evaluation under faults and experimental reproducibility. His work has been published in venues such as TPDS, JPDC, Eurosys, IPDPS, Middleware, SRDS and DAIS. The presented work is the result of joint work between Miguel’s team at U. Lisboa, Portugal and researchers from U. of Neuchâtel, Switzerland.
This is a tutorial on using Mungo/StMungo, a toolchain based on multiparty session
types and their connection with typestates, for distributed programming in Java.
The first tool, Mungo, statically checks that methods are called in certain
permitted sequences, according to a typestate specification. An
application of this is to communication protocols, since send and
receive methods must be called in sequences that are allowed by the
protocol. Mungo extends Java with an optional typestate definition, which defines
an object protocol as a state machine, specifying the permitted sequences of method calls.
The second tool, StMungo(“Scribble-to-Mungo”) helps with instantiating the typestate
definition for communication protocols, by translating from Scribble and generating
Java skeleton code. The resulting prototype can be further implemented, typechecked
by Mungo to ensure that the implementation follows the protocol, and then compiled
and run as usual.
We give an overview of the key stages of the Mungo/StMungo toolchain, from translating
Scribble local protocol specifications to Java, to Java implementation, to Mungo
typechecking, with examples. We then demonstrate the Scribble, StMungo and Mungo
toolchain by specifying and implementing a domain name server(DNS), as a real-world use case.
Biography: Ornela Dardha is an Assistant Professor at the School of Computing Science, University of Glasgow. She is a Co-Investigator within the UK EPSRC programme grant From Data Types to Session Types: A Basis for Concurrency and Distribution (ABCD), and a Site Leader of the European RISE Action Behavioural Application Program Interfaces (BehAPI. Previously, she was a Postdoctoral Researcher (Jan 2014 - Apr 2018) within the ABCD project. She obtained my PhD in computing science from the University of Bologna, Italy. She obtained my BSc (2008) and MSc (2010) in computing science both summa cum laude from Sapienza University of Rome, Italy. Simon Gay is a Professor of Computing Science and has been at the University of Glasgow since 2000. He is the Glasgow PI of the the UK EPSRC programme grant From Data Types to Session Types: A Basis for Concurrency and Distribution (ABCD). He has contributed to the study of session types in pi calculus, in functional languages, and in object-oriented languages; the latter work provides the foundation for Mungo. Laura Voinea is a Research Associate at the School of Computing Science, University of Glasgow, working on the ABCD project with Simon Gay and Ornela Dardha. She is finishing up my PhD in Computer Science at same university. She has received my BSc and MSc in Computer Science at the University of Glasgow.


When leaving on an expedition, one never knows what exactly to expect. So being prepared for all kinds of situations is a key feature to success. As the surrounding light not only varies from one area to another, but also shifts during the course of the day, different types of light sources (color temperature, power, angle, …) may be necessary to fully experience a specific environment.
A flexible and modular lighting system will not only contribute to the quality of these experiences, it will also reduce luggage and task loading. Greenforce modular lighting systems consist of compact but yet powerful battery packs that can be combined with a broad range of light heads, capable of withstanding the roughest conditions. The Greenforce system also includes a smart travel charger which is not only extremely compact, but also auto detects the available mains voltage and automatically adjusts itself between 110 and 220 Volts. Once fully charged, Green Force battery packs can provide the diver with several hours of burn time before a recharge forces itself up. This extensive autonomy and low power consumption prove themselves extremely useful during expeditions, when charging possibilities are sometimes limited.


Everything that you should know about Bitcoin mining setup
If you bought a USA Bitcoin mine-worker, however, cannot find a good piece of advice how to set that up, here yo will find a detailed information that hopefully will become very useful to you and simplify the whole process of setting your new piece of equipment.
Apart from the purchased USB you will need additional supplies such as Complete Raspberry Pi Kit, 10 Port Powered USB Hub, USB Fan, Micro USB Cable, and Ethernet Cable.
Guide for setting up the Bitcoin mining
It seems like to build a mine-worker is a really hard work. However, when you have a good amount f information that is easy to read and follow, the task becomes really easy. Of course, you need to make sure that you have all supplies, otherwise, you may get into troubles. So please check again what supplies you need to set up your new piece of equipment for digging coins from your own house you need.
So, you are about to build your very first and your very own mine-worker. Let’s start working on your project under our control.The first item that you should take is Raspberry Pi. What is that? Sounds weird but this is just a credit card, however, its size matches a computer. When you have one like that, this is a completely separated block from your personal computer and it means that you can use bitcoins all around the clock without having any affect on your computer. When you choose one of them, make sure you choose the B series. Because of the site, this item is very effective regarding power intake. Your whole computer can live off the USB cable.
The next thing you should take and use is a plastic case for your Raspberry Pi. A lot of people say that a plastic case is not necessary at all, however, we would insist on you using it. It protects your your Raspberry Pi if something falls on it. So, do not skip this step. It will cost you only $10. Also need to get a SD card. Now this SD card will work as a hard drive for your Raspberry Pi. You should get at least 4 GB for the card. If you get 8 GB it will benefit you because additional space is always an advantage. Remember, that your SD card has to be 10 class. To power your Raspberry Pi you will need to get a micro USB cable. This is what we mentioned in the list of additional supplies in the beginning of the article.
So, all the details that we mentioned create a new device. A separated computer that will directly help you to mine. On the computer you will have to run a software. Please review the next parts carefully. They will be the actual equipment for mining bitcoins.
The actual equipment that you will have to purchase for searching for bitcoins and earning them os here. You will have to get ASIC Miber or Block Erupter. This is a chip hat has one work. The equipment can live via USB port, therefore, you can connect it to the port and watch it working well. From this point this is a new mining pool with the speed 335 megahashes per second. For supplying all of the blocks you will have to get a USB hub of a high-quality. From now on the key word is taken into work and means that there is a constant adapter that you have to plug into a socket.
This will give the equipment an even power for all USB ports. You will have to get a high-quality hub as well. Your mine-worker will work 24/7. All blocking devices will become quite warm because of the non-stop heating if you run it without stop. As we have already mentioned above in the list of additional supply you will need a fan. So, connect a USB fan to a port. This is quite cheap and reliable way to prolong life of your mine-worker.
The last thing that you should know about is Ethernet cable. This is the detail that will help your mine-worker to connect to the Internet. This is the last thing that you will need for your great project of making a mine-worker operating from your own house or office.
Put Raspberry Pi on the lower part and try to keep it in line until you hear click. Move forward and put the cover like this. Here you wills see that your Raspberry Pi has two ports for USB. The point for your Ethernet connection will have certain audio and video outputs. This slot is for SD card. This is micro USB for powering the device, Finally, you get HDMI output that you can connect to the screen.
The same step is putting your SD card into your Raspberry Pi. You will need to load the SD card by your software for mining. You can also find how to download the software for SD card, you can find videos and guides that will assist you to complete this step. However, now you need to take your Raspberry Pi and put the card into its slot. Take a look at the USB hub. See it is still not connected. Install the cord for power that will lead to Raspberry Pi. You can place it in the first slot and then move it aside for the next usage.
After you have done all what we described in the previous paragraph, you will have to connect Block Erupters one after another. Every block should give around 335 magehashes in one second. Take your USB fan and put it in front of Block Erupters. Now this USB hub should have a USB 2.0 connection. This is the connecting to the USB ports for Raspberry Pi. Now, Raspberry Pi must have two ports, however, you will need to use only one.
Take the Ethernet cable and connect it with the Ethernet point on your Raspberry Pi. The other end connect with the modem. Switch on and them off everything. If you see green leds it guarantees that all supplies are installed correctly. You will have to wait until the standby is over. Now, check your software for mining and set up your mining pools. From this very point you can start a successful process of mining bitcoins from where you are. It is really simple and you are going to see it yourself once you follow precisely all of those tips.
Before you are going to set up the mining equipment, please check carefully all necessary details. Once you have all of them, to understand what is needed and how it needs to work in the future is much easier. Your new mining pool will work in more than two gigahashes so this is a good result for you. You can easily find a lot of useful videos that will help you to learn how to get profit using a certain software or how to set up the software.
Start from ordering all supplies, read the article again once you get them all together in front of your eyes and hands and let’s start making a great business at home. Hopefully, it will all go well and simple for you.
There are a lot of videos provided by people all over the world, who will offer you lessons on setting up the Bitcoin mining hardware. Find videos on YouTube or read guides to set up the equipment without a professional help and no additional money spendings and use it to effectively and successfully dig for coins now.


ADSTRA Imaging™ The All-In-One Dental Imaging Software
Effective Treatment Presentations
With ADSTRA Imaging™ you will be able to build a portfolio with images of performed treatment that can be quickly accessed when a problem is identified and a treatment solution is proposed.
- Put dental x-rays image side-by-side with intraoral images to provide powerful graphic illustrations
- Access to your catalog images with quick and simple retrieval of images
- Save for future reference, or one click print/email
Educate your patient, improve their confidence and increase the treatment acceptance with ADSTRA Imaging™.
Powerful Image Enhancements
Unique to ADSTRA Imaging™ is the ability for users to define image enhancement filters to suit their individual needs.
- Predefined image enhancement filters, radiologist approved
- A complete range of annotation tools
- Calibration and distance measurement tools
- Automatic capture enhancements, device dependent
- Drawing tools such as text and shape annotations, length measurement and teeth whitening
- Image optimization such as adjusting contract on mouse move, area optimizer, custom-definable and extra-sharp filters
Dental X-Ray Capture
ADSTRA Imaging™ captures x-ray images from intra-oral, panoramic and cephalometric digital x-ray devices. Radiographs can be captured in the main screen or by using a pre-defined or a custom template.
In capture mode, each position displays the capture order. When using an intra-oral sensor, the captured images are automatically positioned in accordance with user preference.
Easy Image Management
ADSTRA Imaging™ is a world class comprehensive software designed to manage dental images.
ADSTRA Imaging™ provides easy image capture from all types of dental imaging devices: digital camera images, intra-oral camera images, panoramic radiographs and intra-oral radiographs.
Dental imaging are all automatically saved into the patient’s record.


Power Bank (Li Battery) - Blue
Stay charged anywhere with this slim and lightweight power bank (a.k.a. portable charger) that fits in your pocket or bag. 10,000 mAh recharges your smartphone to provide enough power for an additional 70 hours of video playback.* A universal USB-A 2.4A port delivers up to 5V to quickly and safely charge devices like smartwatches, fitness bands, headphones, speakers, action cameras, and Bluetooth-enabled devices. A 5V 2.0A input allows the power bank to recharge quickly between uses.
- Universal USB-A 2.4A port delivers up to 5V to quickly and safely charge all devices; includes charging cable
- Dual USB charging port system for 2 devices at the same time means your devices are always ready to go
- Polymer battery cell more than doubles the battery life of mobile devices
Composition: Lithium battery
Battery Capacity: 10,000 mAh
Stay charged anywhere you go with a fast charging power bank which fits easily into your pocket or bag.


Will face-to-face communication ultimately diminish because of these new social media's affect on human interaction page for young people in my generation. The impact of technology to young generation my generation the internet, technology and new technological generation how technology affected our lives 1. Next-generation robots need your business impact how technology advances are changing the economy and providing new mit technology review’s new design .
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Of course, there's nothing new about that: human brains have been changing, adapting and developing in response to outside stimuli for centuries what prompted me to write my book is that the pace of change in the outside environment and in the development of new technologies has increased dramatically. When technology are going to be upgrades then it spread out all over people ,all over the world among the users we can see a big percentage of young generation small amount of ordinary people now a days japan and china have got a reginable place to improve the technology all over the world. The perceived effects of reform-based technology use on students and classroom practices are discussed the perceived effects of reform-based technology use on students and classroom practices are discussed. Enabling intelligence for the next generation of technology demands an that will have the greatest impact on and subscribe to new from accenture. How technology has changed workplace communication but to evolve technology to make the new way of working a new generation of communications .
Impact of new technology on reading habits every new media of information and communication technology (ict) has been a threat to man’s interest in reading. What effect will growing up in an “age of technology” have on the younger generation. They are the most web-savvy, app-friendly generation and no, millennials, we're not talking about you, but instead what you could call social media's new class welcome, generation z (also nicknamed igen), the generation born in 1996 or later, who have been shaped by and are in turn shaping technology and social media in very different ways . How technology affects by constantly being cut off from personal interactions and new experiences because of a technological device, a generation with substandard .
Americans and technology considering the new advancements impacts of technology on the future and present american generation should be protected from . The internet is the decisive technology of the information age, and with the explosion of wireless communication in the early twenty-first century, we can say that humankind is now almost entirely connected, albeit with great levels of inequality in bandwidth, efficiency, and price. The elusive generation gap is construed as being widest when one of the two generations is the adolescent while the gap exists in almost all facets of social and personal domains, never is it more evident than in the field of technology, where one of the generations is a digital native and the other, an immigrant or even an alien, depending upon the stage of the continuum of adulthood. We are marketing technologists impact transforms the way advertisers handle media and performance marketing partnerships we are committed to best-in-class technology, transparent data you can trust and relentless innovation that delivers next-generation solutions to digital marketers around the world.
Impact of technology on new generation how technology affected our lives 1 submitted by jay pineda on mon, 2012-10-01 02:47 today, technology plays a very big part in our lives. It’s clear that generation y and technology go hand-in-hand and this can only continue to be the case for generations to come statistics taken from the cisco connected world technology report 2012.
The next generation technology and new technology these areas for maximum impact the purpose of this technology guide is to document . In an earlier post, i discussed the impact the global financial crisis had on the formation of this new generation technology, of course, has also been a powerful influence on the re-generation, so much so that bill gates proposed that we call this next wave generation i, for internet. “when i think of generation z, technology is the first thing that comes to mind,” said emily citarella, a 16-year-old high school student in atlanta “i know people who have made their closest relationships from tumblr, instagram and facebook” sure, millennials were digital their teenage years were defined by ipods and myspace.


Best Practices in Remote Diagnostics for X-ray Inspection
In the X-ray equipment space, a lot of companies say something about “online support” – but what does that mean?
It’s a lot more than connecting your machine to the Internet. At Peco InspX, it’s about designing a full solution to monitor machine performance, and then recording that information so that we can continuously see how the machine is performing.
How does it work?
Every component inside the machine is instrumented to provide telemetry information to the computer. That’s designed into the firmware and the hardware; which ensures our systems record the information we want. Recorded information covers everything from hardware performance to software performance; to ambient environmental condition; to input performance on things like conveyance quality and power. All that information is used to produce a bottom-line health index about how your machine is performing.
In addition, the machine can send us telemetry information every 30 seconds so that we know what’s going on with our machine in the field. As soon as our machines detect information suggesting there’s a problem, we can address it before you take the line down. That’s something no one else in the business offers.
For example: if your detector is heading below the limited quality number of imaging capability, we know that before it fully decreases; so you won’t have an inspection problem.
Let’s get a little more detail about the offered telemetry, to provide a rich sense of what makes us different.
Monitored in Real-Time
If we think about an X-ray machine, often the first concern for people in the field is “power”. X-ray machines can be sensitive to power. We put a lot of filtering equipment into our machines so that they’re insensitive, but we still want to measure the power quality in case that’s a yellow or red flag for machine operation.
- Our machines continuously record everything you want to know about the power quality and the feed.
- Imaging and detector components are also monitored in real-time: how well they’re doing; the constancy of the X-ray beam; the temperature of the components.
One of the things that’s very important for any electronics is stable temperature. Our machines contain sophisticated environmental controls to ensure those systems are kept at the same temperature. We know the temp and humidity inside the machine at all points, 24/7. Again, we’re taking that systems approach on how to design X-ray.
When it comes to machine instrumentation, we leave no recording stone unturned. Here’s what we record:
- Everything about the X-ray tube
- All parameters around communicating with other systems
- The imaging equipment (and process)
- The storage space for holding images
- Software and firmware output
- The ejectors
- Conveyor monitor
X-ray machines are dynamic-state and asynchronous-state machines. They take images of things coming in; they process them; then decide what to do based on the product (reject or accept). We record all that information, so we know if the imaging process is working correctly for every container that goes through the machine.
Quality of the Conveyance
This shows how seamless the conveyance process is, and if there are any issues with the containers as they move through the systems.
Detailed Air Log
Everything that happens in the machine is logged. When something occurs, we know about that immediately.
If you have a CCP line that’s operating 24/7, it’s going to be extremely difficult to provide full service as a manufacturer without these diagnostic capabilities. These are things built into the hardware; they’re not added afterthoughts. They’re the results of a holistic approach to improve diagnostic design. About 95% of the time when customers call us, we can fix the problem remotely. That means downtime is minimized; customers don’t pay for a truck to come to their facility; and their machines are continuously running.
When you look at X-ray systems in the market, and companies say, “We have an online support tool,” please get a walkthrough of that so you can understand what it does. At Peco InspX, we’re transparent about what we do because it’s not easy to copy: it’s a lot of work to put all the sensors and instrumentation into the system. We’re proud of how we can serve you.
If you want more helpful resources from Peco InspX visit https://www.peco-inspx.com/lp/resources


How to I handle my battery best?
The battery represents roughly half of the price you paid for your NIU. So it should be maintenanced at least as well as the scooter itself. [UPDATE: In 2018 NIU themselves published this page pretty much covering this FAQ entries content.] Daily Use Optimal charging temperature: 10 to 35°C Using-temperature should not exceed -10 to 45°C Do not unnecessarily keep on charging the battery when it is fully charged (Green LED lit on charger) Do not completely drain the battery – try to charge at 10% at the very least. (long term) Storing Optimal storage temperature: 0 to 20°C Recommended charge … Continue reading How to I handle my battery best?


Item 12: Weather Station and Greenhouse Kits for micro:bit
(15 needed – $100 per bundle)
These modules allow students to more fully use the micro:bit system. With the Greenhouse kit, students are able to learn about the relationship between plants and their environment – allowing them to even code the system to monitor conditions and automatically water them. With the Weather Station kit, students now are able to track temperature, pressure, humidity, light, color and sound.


Optical System Design 2012 accommodation in Barcelona
Book a rental apartment for Optical System Design 2012
Optical System Design 2012
From 26/11/2012 To 29/11/2012
Venue: CCIB Barcelona
Optical System Design Latest Technological Advances in Optical Design and Engineering 2012 is an international fair concerned with the field of optics. It will take place at CCIB in Barcelona from the 26th to the 29th November.
The 2012 edition of Optical System Design will focus upon the design and distribution of optical technology, from image instruments to laser tecniques.
If you are attending Optical System Design 2012 and looking for accommodation close to the event then why not see our selection of apartments in Barcelona. All of these come fully equipped with all the amenities you need.


We are established as one of the leading professional consulting engineering firms in our industry and we continue to push the boundaries of developing , existing and innovative electrical engineering services.
We embrace a corporate culture that is enriching and challenging, where our team members can make a real contribution and experience as much growth as their talent and dedication creates.
We are always looking for like minded, dynamic individuals to join us in creating a future that is successful and fulfilling.
Positions Currently Available:
Electrical Design Engineer
Minimum of 10 years experience in lighting design, design of building power, lighting control systems, fire alarm systems, telephone/public address, data networking, energy audits, studies, report writing, design build services and electrical distribution – particularly as related to educational, medical and commercial facilities. Must possess the ability to manage support staff, work as a team member, and communicate professionally with Architects, Clients and other Consultants. [Click to apply for position]
Electrical Senior Designer
Minimum of 5 years experience in electrical engineering design of power, lighting and low voltage systems for schools, Heathcare or Commercial facilities. [Click to apply for position]
Minimum of 2 years experience in electrical power engineering design, including, electrical branch circuit design for indoor/outdoor lighting and electrical power. Schools, Healthcare or Commercial experience or a related industry preferred. [Click to apply for position]
Must have a minimum of 1-2 years of production CAD/BIM experience with AutoCAD/Revit version 2016 or higher. Windows 10, Microsoft Office 2016 or more recent. Electrical power construction background, data network work environment preferred. [Click to apply for position]


Wireless Data Monitoring and Compliance Solutions
Haier Biomedical supply complete end-to-end industrial IoT, monitoring and control solutions for the life science sector.
Our turnkey solutions include:
- Critical asset monitoring – temperature, gas, pressure and status
- Energy monitoring and control- electric, gas, water
- Compliance monitoring – food, Pharma, healthcare, legionella
- Environmental – weather, leak or flood detection
- Building energy management (BEMS)
Our range of low impact wireless sensors and cellular gateways deliver an easily installed and affordable solution.
Flexible Expandable And Robust Realtime Monitoring without the need for IT
What We Do
The Haier Biomedical Wireless Monitoring and Compliance Systems are designed to be secure, simple and reliable.
This is a single system with software modules which can be tailored to a wide variety of applications ensuring an affordable solution for data collection and energy management. With the Realtime Online software this system is accessible from internet connected devices anywhere in the world. The software display screens and customisable dashboards improve awareness and realtime notifications can be delivered by email or text to ensure your equipment and samples remain safe and secure.
A major differentiator of the Haier Biomedical and Realtime Online integrated solution compared to other products is that with ONE ‘System’ there are many different applications that can be monitored and controlled, from critical asset monitoring and compliance to energy control and monitoring.
This results in an affordable and flexible product, for example, initially purchased for one purpose, then extended for additional purposes without the cost duplicating infrastructures and additional software packages.
The reasonably priced, retro-fit system can either be standalone or integrated with an existing BMS enabling you to operate your building in an environmentally friendly way.
Wireless Monitoring – How it Works
Data Monitoring – No fuss and easy to install, no need for LAN or wireless connection.
There are only three main components within Haier Biomedical’s data monitoring system:
- Wireless RF transmitters manufactured with bespoke functionality and application specific sensors
- RF Gateway Infrastructure -– This internet cellular device collects data from the transmitters, stores into memory and transfers up to the Realtime Online web server at regular intervals via GPRS.
- Realtime Online – a web based software that provides information to the application, plus automated and on-demand reports, alarm notifications, dashboard/information screen etc
Wireless Monitoring Features and Benefits
|Anytime, anywhere access to real time data||Data and reports can be accessed at www.realtime-online.com from any web enabled device. No need to be on site to view data. Peace of mind 24/7|
|Truly roaming GPRS||Easy Installation. SIM card will automatically find and use the strongest mobile network. Provides a much stronger robust system. Not reliant on IT|
|Battery powered transmitters with up to 10 year battery life||Save money by not having to change batteries on a regular basis|
|Extensive range of sensors||Temperature, power, energy, air flow, gas, door switch. Sensors also capable of integrating with existing hardware via MODBUS or RS232.|
|Automated Alerts||SMS, Email or Call alert options are available. Escalation alarms can also be set to ensure the correct people are contacted in the correct order at the correct time.|
|Scalable||Suitable for multiple monitoring points over multiple sites – no minimum installation size. System can be expanded as client requirements change|
|Compliance||Fully featured and documented system with training and certification. IQ/OQ/PQ available for GCLP, GMP and other areas|
|Secure||Unique usernames and passwords for individual users. System is fully audited to monitor activity.|
|Practical design||No trailing wires; sensors integrated with units. More cost effective and convenient to install than wired systems or network integrated systems. Allows system to work in areas not compatible with wired systems. Simple to move or expand as required|
|Signal||Sensors have a signal range of 15km ensuring robust reporting and minimal infrastructure. Data is transmitted over encrypted lines to prevent hacking.|
|Highly experienced field engineers||We carry out site surveys to ensure systems are installed efficiently and that installations are supported on an ongoing basis with technical support, maintenance and calibration services offered with and without equipment maintenance contracts (i.e. can service both freezer/lab equipment and monitoring system)|
|MKT Reports||Meets Pharmaceutical storage requirements.|
|Automated reports||Reports can be created and emailed to users on a weekly, monthly or yearly basis.|


The Open Source Security Events Metadata (OSSEM) is a community-led project that focuses primarily on the documentation and standardization of security event logs from diverse data sources and operating systems. Security events are documented in a dictionary format and can be used as a reference while mapping data sources to data analytics used to validate the detection of adversarial techniques. In addition, the project provides a common data model (CDM) that can be used for data engineers during data normalization procedures to allow security analysts to query and analyze data across diverse data sources. Finally, the project also provides documentation about the structure and relationships identified in specific data sources to facilitate the development of data analytics.
Define and share a common data model in order to improve the data standardization and transformation of security event logs
Define and share data structures and relationships identified in security events logs
Provide detailed information in a dictionary format about several security event logs to the community
Learn more about security event logs (Windows, Linux, MacOS, Azure, AWS, etc)
Have fun and think more about the data structure in your SIEM when it comes down to detection!!
There are three main folders:
Common Data Model (CDM):
Facilitates the normalization of data sets by providing a standard way to parse security event logs.
It is organized by specific schema entities identified in several data sources.
The definitions of each schema entity and its respective attributes (field names) are mostly general descriptions that could help and expedite event logs parsing procedures.
Besides data schema entities, it provides the concept of schema tables to aggregate common entities that can be used to parse several data sources with similar context. For example, the HTTP,Port and User Agent entities can be used to normalize data providing context about the network traffic metadata captured in a network environment.
Data Dictionaries (DD):
Contains specific information about several security event logs organized by operating system and their respective data providers
Each dictionary describes a single event log and its corresponding event field names
It provides the foundational concepts to create a data wiki in an organization.
Detection Data Model (DDM):
Focuses on defining the required data in form of data objects and relationships among each other needed to facilitate the creation of data analytics and validate the detection of adversary techniques
Developed initially to extend the definitions of ATT&CK Data Sources.
Initial work in this project has been migrated to ATT&CK and improved by @Cyb3rPandah
We are currently extending the model to map security events to the relationships identified in ATT&CK.


Artificial intelligence (AI) is transforming the way we work, and project management is no exception. AI-powered project management tools can help teams streamline their workflows, automate repetitive tasks, and make data-driven decisions. In this post, we’ll explore the benefits of using AI in project management and discuss some of the most popular AI-powered project management tools on the market.
Table of Contents
Benefits of Using AI in Project Management
– Automating Repetitive Tasks
One of the biggest advantages of using AI in project management is the ability to automate repetitive tasks. This can include anything from scheduling meetings to generating reports. By automating these tasks, project managers can free up time to focus on more strategic initiatives.
– Improved Decision-Making
AI-powered project management tools can help project managers make data-driven decisions. By analyzing data from past projects and current workflows, these tools can provide insights into how to optimize workflows, allocate resources, and manage risks.
– Real-Time Tracking and Reporting
With AI-powered project management tools, project managers can get real-time updates on project progress and generate reports on-demand. This can help teams stay on track and identify potential bottlenecks before they become major issues.
– Predictive Analytics
One of the main usages of AI in project management is predictive analytics. With the help of machine learning algorithms, project managers can predict potential issues that might arise during a project and take corrective actions before it becomes a problem. For example, AI can predict the probability of a project running behind schedule and suggest actions to keep the project on track. This saves project managers time and effort by helping them to identify potential problems before they occur.
– Resource Allocation
AI can also help project managers to allocate resources more efficiently. With the help of machine learning, AI can analyze data on team members’ strengths and weaknesses and suggest the best allocation of resources for a particular project. This ensures that the right people are working on the right tasks and can improve the overall productivity of the project.
– Risk Management
AI can also help project managers to manage project risks more effectively. By analyzing data on past projects, AI can identify potential risks and suggest ways to mitigate them. For example, if a particular task has caused delays in previous projects, AI can suggest a different approach to complete the task and avoid delays.
– Quality Control
AI can also be used to ensure quality control in projects. With the help of machine learning algorithms, AI can analyze data on past projects to identify patterns in quality control issues. This can help project managers to identify potential quality control issues before they occur and take corrective actions to ensure that the project meets the required quality standards.
– Automated Reporting
Finally, AI can help project managers to automate reporting and reduce the time and effort required to create reports. By analyzing project data, AI can create reports automatically and highlight important insights that project managers can use to make better decisions.
Popular AI-Powered Project Management Tools:
Asana is a popular project management tool that uses AI to automate repetitive tasks and provide insights into team workflows. With Asana, project managers can track progress, assign tasks, and communicate with team members in real-time.
Trello is a visual project management tool that uses AI to help teams stay organized and focused. With Trello, project managers can create boards for different projects, assign tasks to team members, and track progress in real-time.
Monday.com is a project management tool that uses AI to help teams streamline their workflows and manage projects more efficiently. With Monday.com, project managers can assign tasks, set deadlines, and track progress in real-time.
Wrike is a cloud-based project management tool that uses AI to automate workflows and provide insights into team productivity. With Wrike, project managers can create custom workflows, track progress, and collaborate with team members in real-time.
AI is changing the way we work, and project management is no exception. By using AI-powered project management tools, teams can automate repetitive tasks, make data-driven decisions, and track progress in real-time. Whether you’re a project manager looking to optimize your workflows or a team member looking to improve your productivity, AI-powered project management tools can help you achieve your goals. So, start exploring the world of AI in project management today and take your team’s productivity to the next level!


Bed Wetting Alarms(1 Products)
A bedwetting alarm is an electronic device that helps to eliminate night time accidents. Each bedwetting alarm features a moisture sensor component and an alarm component. When the user first begins to urinate, the sensor detects the moisture and the alarm is triggered. This alert helps to condition the brain to register the bladder's need to urinate.
We offer mains powered, wireless and battery operated bedwetting devices with a variety of alarms including, visual, vibrating and audio in order to meet all user requirements.


Passive 2-phase immersion cooling is not new, but the simplified way how we use this technology for cost saving is new. So why hasn't anyone done this before?
In short, the computer and chip technology has matured in the past few decades. What we couldn't do just 20 years ago is now possible due to modern chip packages that incorporate heat spreaders with high performance interfaces are routine. Other factors are the increased demand for high density (ie. GPU computing) that drive our developments, and a few very simple things such as the availability of SSD for storage or new types of hard drives (Helium).
Here is an article with more technical details you might find interesting (starting with IBM's research into this area in the 1970s):