How Can I move my Roku from one TV to another
Probably a perennial question can I move my Roku from one TV to another, the transition is possible by simply disconnecting the existing Roku device from the TV and attaching it to the new one. All you need to do is to follow some of the quick and easy guidelines that are provided on our website.
- Start identifying the ports where the existing Roku device is connected. All Roku models have HDMI ports. You can identify the correct Port and start disconnecting the device from the Port
- Remove all the connections like Network cables, Ethernet cables and a few more
- To know more, you can click on the Link provided on the website that will give you instructions and guidelines about “can I move my Roku from one TV to another”
Connect the Roku Device to the New TV
- The initial step is to find the respective Connection Ports on your
- Before you insert the cables, check that both your Roku device and the TV have HDMI ports
- Start inserting the cables to the respective Ports. Always try using the genuine and good quality HDMI cables
- In case if you are connecting the device via the A/V cables, check that the Colors on the cable plug and the colors on the connectors match each other
- Start connecting the device to an active network connection as the next step in connecting the device
For a wired connection
- For a wired connection, you can use an Ethernet cable and for a wireless connection, start choosing the wireless network settings that are available
- Connect the device to the Power outlet by using the Power adaptor
- Start inserting the batteries to your remote
- Turn on your new TV and start choosing the correct input button. A Roku device logo will appear and if you are unable to find the logo, Check the cables, Input and output connections
- Start pairing the remote with your Roku device, select the language when prompted
- Press the OK button on your remote to start the setup process
- Choose the required wireless connection, either wired or wireless and start scanning for the available networks
- If you prefer wired connection, start choosing the Ethernet connectivity settings, follow with the onscreen prompts ( Activation Roku code )
- Your Roku device is connected to the new TV
Visit our website go-roku.com and click on the Link “can I move my Roku from one TV to another “; you will be provided with more information.
Our team of skilled techies can assist you and provide you quick and easy guidelines. For help regarding “can I move my Roku from one TV to another”.


Ron Gutman is an inventor with a background in automotive engineering and design. He discovered the need for an electric vehicle conversion system while working with high-powered motorcycles. He designed the first in his line of renewable energy products while designing an electric bike called “Eco-Ron.”
It was announced that he had been chosen from among a group of over 100 inventors to receive $50,000 from Lifestyles of Health and Sustainability (LOHAS), an organization that seeks to promote a healthy planet. Ron Gutman´s interest in sustainable fuel for the home led Gutman to design the ECOBEE Smart Energy System.
The serial entrepreneur Ron Gutman explains that ECOBEE Smart Energy System is a renewable energy product that uses solar energy through an ecological approach. The kit is designed with maximum energy efficiency and can be applied to almost all homes: whether on an apartment rooftop or in grand mansions.
The ECOBEE Smart Energy Solar System is an affordable and easy-to-install solar-powered energy source. Ron Gutman explains that the system contains no moving parts, low maintenance, and is highly reliable. The ECOBEE Smart Energy System is a hybrid energy system.
It combines solar panels collecting sun energy with small rechargeable batteries charged by the boards. To take full advantage of the battery’s charge capacity, twenty percent of the solar energy is directed towards heating water vented through the roof, thus reducing heat loss in cold months. Using a timer, as business expert Ron Gutman ensures that the water heater will never exceed its maximum heat setting to prevent overheating in the summer months.


Egham, UK, 12 July 2021 –Spectris plc, today announced that it has completed the acquisition of Concurrent Real-Time, Inc., a global provider of high-performance, real-time computational hardware and software solutions, having received all regulatory approvals.
From today, Concurrent Real-Time becomes part of HBK – Hottinger Brüel & Kjær, marking the completion of the transaction in line with its strategy to enhance and grow its market-leading simulator platform businesses and fully integrate hardware-in-the-loop (‘HiL’) technology.
Joe Vorih, CEO of HBK, says “Our strategy remains clear – to become the preferred partner to our customers as they look to accelerate product development and optimize sensing to improve their products. Both virtual testing and physical testing are critical to the acceleration of product development, and the acquisition of Concurrent-RT and establishing our Virtual Test Division significantly strengthens our technology solution and customer offering on this journey.”
Concurrent Real-Time, together with VI-grade and Imtec Engineering, will constitute the “Virtual Test Division” within HBK. The Division will focus on providing complete solutions to virtually test products throughout the entire development cycle, helping companies accelerate innovation, reduce time-to-market, and improve their competitive advantage. The synergy of these businesses will build on their market-leading positions in simulation software, simulators and hard-real-time computing solutions, broadening the product portfolio while improving delivery capability and reach in the high-growth R&D markets within automotive, and aerospace and defense.
For many decades, HBM Test & Measurement and Brüel & Kjær have been trusted across multiple industries to deliver highly accurate technologies and expertise in test and measurement and sound and vibration. In 2019 the two companies joined forces as HBK – Hottinger, Brüel & Kjær to form the world’s foremost provider of integrated test, measurement, control, and simulation solutions.
Concurrent Real-Time is a leading provider of high-performance real-time computer systems, solutions and software for commercial and government markets worldwide. The Company’s RedHawk Linux solutions deliver hard real-time performance for the most sophisticated X-in-the-Loop simulation, high-speed data acquisition, process control and low-latency transaction processing applications.
Through support of NVIDIA® Jetson™ platforms, RedHawk Linux is also ideally suited for complex real-time CUDA® applications. With over 50 years of experience in real-time solutions, Concurrent Real-Time is headquartered in Pompano Beach, FL, and provides sales and support from offices throughout North America, Europe and Asia.
VI-grade is a leading provider of real-time simulation and professional driving simulator solutions that accelerate product development across the transportation industry. The company’s driving simulators range from static deskside solutions to full-scale driver-in-the-loop dynamic simulators, allowing OEMs, suppliers, research centers, motorsport teams and universities to reduce physical prototypes and accelerate innovation.
With a worldwide network of trusted partners, VI-grade delivers turnkey simulator solutions including proprietary software, hardware, services, and an open framework for customization.
With over 30 years’ experience in simulation and with a worldwide network of trusted partners, VI-grade delivers turnkey simulator solutions including proprietary software, hardware, services, and an open framework for customization. VI-grade is headquartered in Darmstadt, Germany with technology centers in Italy, UK, Japan, China, and the USA.
Established in 2003, IMTEC engineering provides innovative automation technology to transportation OEMs and manufacturing companies that reduces time-to-market for new products, while lowering risk and cost.
Headquartered in Berlin, Germany, IMTEC Engineering has multi-year experience in the development and realization of custom mechatronic solutions and specializes in motion systems, simulator constructions, simulator cabins, special mechanical engineering and test rigs.


International Wide Bandgap Power Electronics Applications Workshop.
RISE Acreo AB and SiC Power Center, in collaboration with Yole Développement and Enterprise Europe Network, are pleased to announce the International Wide Bandgap (WBG) Power Electronics Applications Workshop, IWBGPEAW. This year with support from the Swedish Energy Agency, as well as the Interreg Baltic Sea Region project Green Power Electronics.
IWBGPEAW 2017 is a three-day event, consisting of two workshop days, May 22 - 23, preceded by one tutorial day, May 21. The event will cover the latest results and innovations in power electronics applications of wide bandgap materials, such as silicon carbide and gallium nitride.
The event includes an exhibition area and networking opportunities with business-to-business (B2B) matchmaking, arranged by Enterprise Europe Network.
For further details and registration, please see https://www.b2match.eu/iwbgpeaw2017.


This is the defining concept for the future of software and consumer electronics. The calculators, diaries, phone books, computers that we used to carry around are now in one small, slim mobile device. We are able to control and command more and more appliances with it. Technology takes less space, making room for more improvement. Consumers become more savvy and their demands change. As the interaction between phones/computers and electronic devices is becoming increasingly common, the necessity rises for teams and companies that have know-how and experience in different, seemingly unrelated areas. These teams need to be agile to act and react quickly, and their solutions must be robust. This is where we come in.
We are a consultancy company with expertise in a range of areas and the ability to converge and integrate various solutions. With our unique blend of experience and know-how in various disciplines, we are able to provide custom-made solutions, employing hand-picked methodologies to seamlessly integrate with your processes. We are THE solution house for your app development and IoT project needs.


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Aiwis 2.0 GLOBAL is 100% unique patented artificial intelligence online system that helps you to engage, lead, convert webpage visitors into rabid buyers, avid followers, and even friends. Craig Crawford has worked for 12 months to develop this Artificial intelligence based intuitive, flexible and engaging software platform that works for any website. Aiwis 2.0 GLOBAL will incorporate an artificial neural network that helps you to perform complex intellectual tasks. It can easily deliver any audio message to your website visitor that you ask it to. Aiwis 2.0 GLOBAL helps you can use to send entirely customized messages to build a strong relationship between your visitor and the website owner.


Motivated by the need to reduce IT costs while increasing employee productivity, enterprise-wide wireless local area network (LAN) solutions are becoming increasingly viable. Proliferation of mobile computing devices has boosted employee demand for access to their organization’s network beyond the tether of their office workstation. Meanwhile, accelerated wireless transmission rates and increasing vendor adherence to standards-based interoperability are enhancing the practicality of wireless LANs.
Yet the same wireless technologies that can erase the physical limitations of wired communications to increase user flexibility, boost employee productivity, and lower cost of network ownership also expose network-based assets to considerable risks. The security embedded in wireless LAN technologies falls short of providing adequate protection. Early-adopting organizations have found that evaluating, and where possible, mitigating these risks before deploying a wireless LAN is beneficial. This white paper summarizes wireless network security planning by providing an overview of the security risks and technical challenges in this area, as well as summarizing key recommendations for secure wireless LANs.
In 1999, the Institute of Electrical and Electronics Engineers (IEEE) published standard 802.11, which specified a group of technologies governing wireless Ethernet connectivity between client devices—such as desktop computers, laptops, and personal digital assistants (PDAs)—and the wireless hubs connected to the physical network. Wireless LANs typically emulate the wired network’s traditional hub-spoke configuration and comprise two primary components: a wireless network interface card (NIC) and an access point (AP). The 802.11 standard represents a significant step in electronic-data infrastructure evolution, which in the last ten years has proceeded from coax, token ring, and 10/100 BaseT Ethernet cabling to wireless radio transmissions.
The best known and most widely used variation of the 802.11 wireless LAN standard is 802.11b. Products conforming to the 802.11b standard are called “WiFi” (pronounced Y-Phi) for “wireless fidelity,” so named by the Wireless Ethernet Compatibility Alliance (www.wi-fi.org). This alliance is an independent organization that promotes interoperability between 802.11b-based devices.
Under ideal conditions, WiFi products can receive and transmit data at speeds up to 11 Megabits per second (Mbps). However, in typical conditions, most WiFi devices operate at speeds between 1 and 5 Mbps.
Regarding security and 802.11b, transmission encryption—called Wired Equivalent Privacy (WEP)— has been incorporated into WiFi products. The goal of WEP is to provide a level of privacy (via the use of encryption) that is equivalent to wired LAN privacy, which is achieved via various physical security mechanisms. However, encrypted messages can be intercepted and decrypted. As vendors introduce new technologies and products, other security gaps are likely to be revealed. For more WEP security information, visit the UC Berkeley ISAAC Web site (www.isaac.cs.berkeley.edu) or the IEEE Web site (www.ieee.org).
IEEE and its member organizations are working to address many of these limitations and vulnerabilities. Efforts include new wireless LAN standards to increase security, bandwidth, and range, as well as reduce power consumption. For example, the 802.11a standard, scheduled for 2002 release, is expected to support speeds up to 54 Mbps. Visit the IEEE Web site for more information on upcoming wireless LAN standards.
A traditionally wired 10/100 BaseT Ethernet LAN infrastructure for 100 people costs about US$15,000 and requires several days to install (see Figure 1). Enterprises that use such an arrangement also incur additional costs and disruptions with every change to the physical office. (Expenses vary according to the physical layout and the quality of the equipment used.) Conversely, wireless LANs are less expensive and less intrusive to implement and maintain, as user needs change.
Wireless APs can be placed in the ceiling, where they can accommodate a virtually endless variety of office configurations (see Figure 2). Wired LANs, in contrast, consume time and resources to run cables from a network closet to user’s desktops and to difficult-to-service areas such as conference room tables and common areas. With a wired LAN, each additional user or modification to the floor plan necessitates adjustments to the cabling system.
Wireless LANs enable employees to access company resources from any location within an AP’s transmission range. This flexibility and convenience can directly improve employee productivity.
The roaming benefits of wireless LANs extend across all industries and disciplines. The shop foreman can manage logistics from the warehouse as easily as office-based employees move about the building with their laptops or PDAs. And field sales employees can connect to public wireless LANs in coffee shops and airport lounges.
The cumulative benefits of simplified implementation and maintenance, an extended LAN reach, and the freedom to roam minimize expenses and improve organizational and employee productivity. The result is reduced total cost of ownership and operation.
Security is a principal consideration when planning, designing, implementing, and managing a network infrastructure. This is especially true for wireless LANs, which present a unique set of challenges to IT and security professionals. In addition to the typical problems that new network and device technologies engender, including incompatibilities and ongoing support issues, non-secure wireless LANs can expose an organization’s network traffic and resources to unauthorized outsiders. Such individuals may capture data and exploit network-based resources, including Internet access, fax servers, and disk storage. More importantly, wireless access to a network can represent the entry point for various types of attacks, which can crash an entire network, render services unavailable, and potentially subject the organization to legal liabilities.
Wireless LAN radio signals can extend beyond the intended perimeter and “leak” through the physical boundaries of a floor or building. As these transmissions seep into common, public, or private areas such as roads, parking lots, and other buildings, they may fall prey to “war driving” or a “drive-by hacking” attack. Using off-the shelf hardware and freely available Internet software, unscrupulous individuals can defeat WEP encryption capabilities and access corporate wireless data.
Insiders, including employees and contractors, may choose “not to wait for the IT Department.” They succumb to the low price and easy installation of WiFi starter kits (two wireless NICs and a WiFi Access Point), which can be purchased for about US$300 and set up with minimal technical know-how in under ten minutes. When unapproved technology is plugged into a corporate network, a number of challenges ensue, including end user and equipment support difficulties as well as potential disruptions to existing services.
Malicious outsiders who gain office physical access could quickly place an unobtrusive wireless AP in a conference room or lobby area. Such devices are easy to hide and simple to implement; history is replete with stories of such “bugs” even in supposedly secure foreign embassies. Operating from a nearby location, malicious outsiders can capture data, access company resources, and interrupt services.
Many of today’s laptops ship with embedded WiFi capabilities. Hackers can access a device’s data and the organization’s wireless LAN even if that particular device has never been used to send or receive wireless transmissions.
Most new machines, including gateway servers, do not ship with optimal security settings. The default settings are intended for easy installation and deployment, not for protecting assets.
Walls, columns, and other building features can reduce signal strength between a wireless NIC and an AP, severely limiting a wireless LAN’s range and connection quality. These problems may be mitigated with additional equipment. Other wireless technologies sharing the same public
spectrum—such as Bluetooth, cordless phones, and other wireless equipment—can also adversely impact transmission range and quality.
Organizations contemplating a wireless LAN deployment can choose to implement an 802.11b-based wireless LAN today, or wait for upcoming variations, which are intended to address performance and security issues. IEEE and its workgroups are continually defining and refining standards in light of emerging needs and perceived weaknesses in existing technologies. To the extent that vendors’ 802.11 implementations deviate from the various IEEE standards, their equipment can create interoperability challenges.
Even as new 802.11 vulnerabilities are identified and exploited, organizations can mitigate or eliminate many of wireless LAN’s security risks with careful education, planning, implementation, and management. The following steps aid this process:
The cornerstone of an effective wireless LAN strategy involves defining, standardizing, documenting, disseminating, and enforcing wireless LAN security policies and practices. These include specifying the make, model, configuration, and settings of the wireless LAN equipment authorized for use, as well as documenting and managing the APs and connected network infrastructure.
Employee education increases awareness of security risks. Some employees may not realize that deploying an unauthorized wireless LAN or using a WiFi product “out of the box” may increase security risks. Clear and frequently conveyed guidelines usually promote active cooperation.
When placing wireless APs for strategic coverage, installers should consider signal bleed into uncontrolled areas where transmissions can be intercepted. Wireless coverage should be implemented only where needed.
The LAN segments that connect to wireless APs should connect to a corporate Virtual Private Network (VPN) gateway, but not directly to the production network. Eliminating APs from the production network minimizes the risk of attack techniques such as packet sniffing.
Requiring users to connect to the wireless LAN via a VPN is recommended. Once authenticated, authorized users communicate using an encrypted tunnel between the connecting device and the LAN, reducing the risk that a transmission will be captured.
Restricting unnecessary or redundant protocols from the LAN segments that connect the APs to the VPN gateway reduces the possibility of unidentified holes and vulnerabilities. Retaining the Domain Name System (DNS) and IP Security (IPSec) protocols is recommended to support the VPN.
Administrators can use authorization tables to selectively enable LAN connections only to devices with approved NIC addresses. Each NIC has a unique address that can be added to a table of authorized users; most vendors’ APs support Media Access Control (MAC) restrictions through the use of authorization tables. As a result, instead of editing each AP individually, APs can be pointed to a centrally managed database.
Figure 3. Recommended configuration of wireless LAN
Personal firewalls can protect individual devices from attacks launched via the “air connection” or from the Internet. IT administrators should disable all unused features of new client devices (e.g., shared drive access) and reconfigure default settings according to the organization’s particular needs.
Like most advances, wireless LANs pose both opportunities and risks. The technology can represent a powerful complement to an organization’s networking capabilities, enabling increased employee productivity and reducing IT costs. To minimize the attendant risks, IT administrators can implement a range of measures, including establishment of wireless security policies and practices, as well as implementation of various LAN design and implementation measures. Achieving this balance of opportunity and risk allows enterprises to confidently implement wireless LANs and realize the benefits this increasingly viable technology offers.


MI plays an important role in many nonlinear phenomena such as cross phase modulation [ 2, 4], four- wave mixing [ 5], supercontinuum generation [ 6], and Bragg grating [ 3, 7]. Detection Estimation and Modulation Theory, Part I: Detection, Estimation, and Filtering Theory Harry L. Communications, Part I: theory and numerical methods, ” Opt. Nonlinear Modulation Theory ( Detection, Estimation, and Modulation Theory, Part II) Harry L. Everyday low prices and free delivery on eligible orders. * FREE* shipping on qualifying offers.
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The tunable dispersion. Fiber- optic communications, Part II: Eigenvalue. Different modulation schemes that can be used during surface- reactive scattering experiments. Nonlinear modulation theory pt 2. As one of the premier rare book sites on the Internet, Alibris has thousands of rare books, first editions, and signed books available. The weakly nonlinear dynamics of a narrow spectrum of unstable waves centered around the critical wavenumber is then analysed, whereby Landau theory is limited to the temporal evolution of the critical mode. Detection, estimation, and linear modulation theory.
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( June 16, 1971) Hardcover Hardcover – 1600. The existence of spontaneous PT symmetry breaking at some critical value of the gain/ loss parameter is proven by use of modulation theory in the weakly nonlinear regime, and by use of asymptotic methods to demonstrate relaxed oscillations for a strongly nonlinear coupling. The nonlinear spectrum is divided into two parts: the continuous.
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One of the important applications of nonuniform sampling is in the area of telecommunications, specifically in the field of modulation and coding. 2) by Van Trees, Harry L. Landau ( GL) type is eventually derived, which describes the temporal as well as the spatial modulation of marginally unstable dunes. Van TreesHardcover – 1857. Waves, Spectral Theory and Applications – Part 2: October 20th- 22nd, We are pleased to announce a follow- up conference on Waves, Spectral Theory, and Applications. Part a is of the conventional. Detection, Estimation and Modulation Theory. Evolution of a continuous wave train. Get this from a library! Originally published in 1971, Harry Van Trees′ Detection, Estimation, and Modulation Theory, Part II is one of the classic references in the area of nonlinear modulation theory and analog communication.
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Strength of the periodic modulation. Detection, Estimation and Modulation. Detection, Estimation and Modulation Theory has 0 available edition to buy at Half Price Books Marketplace Same Low Prices, Bigger Selection, More Fun. Equations are derived which describe the slow evolution of the governing parameters for these nonlinear periodic waves ( such as the amplitude, wavelength, frequency, etc. 0 out of 5 stars 1.
), and are called the modulation. 6 out of 5 stars 8. Part ( eigenvalue transmission), data rates up to 24 Gbps at 4 Gbaud ( 6 bits/ symbol). In our present study, we make a step towards filling this gap and investigate nonlocal nonlinear modes in a complex parabolic PT- symmetric potential of the form V ( x) = x 2 − 2 i α x, where α is a real coefficient ( for a recent review of the available results on nonlinear PT- symmetric systems see ). Originally published in 1971, Harry Van Trees' Detection, Estimation, and Modulation Theory, Part II is one of the classic references in the area of nonlinear modulation theory and analog communication.
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Of the growth of such a modulation, as observed in the measured wave forms and. Linearity and nonlinearity has importance in both theoretical and practical aspects. The modulation aspect is treated in this chapter, and the coding part will be discussed in Chapter 17. Collect Rare and Out- of- Print Books. The conference will be centered on about 10 talks over three days given by mathematicians and scientists at various stages in their careers. The Whitham modulation theory provides an asymptotic method for studying slowly varying periodic waves, and is essentially a nonlinear WKB theory.
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Artificial Intelligence and Machine Learning in Businesses
Artificial intelligence (AI) and Machine learning (ML) are two of the hottest trends in business today, and it’s not hard to see why. Both technologies offer opportunities to save businesses time and money, as well as help them make better decisions about their operations and future goals. And also, AI and ML are two great examples of the ways modern technology can help make your business processes smarter and more efficient. But, how do they work? How can you use them in your business? To answer these questions, let’s start with artificial intelligence (AI). Then, we’ll look at machine learning (ML). Then, we’ll put them together to see how they can help you be more productive and successful!
What is artificial intelligence for businesses?
Artificial Intelligence: At its most basic level, artificial intelligence is about making machines think like humans. In definition terms: Artificial intelligence is a term used by researchers, engineers, and computer scientists to describe a machine’s ability to perceive its environment, learn from data, apply knowledge, make decisions, and interact with people.
What is machine learning for businesses?
Machine learning is a concept that has applications in nearly every sector of business today. It’s become an integral part of how businesses are able to make sense of data, enabling them to spot trends, optimize performance, offer better customer experiences, and even make predictions.
Essentially, it’s one aspect of Artificial Intelligence (AI), a broad term that refers to any technology capable of performing tasks normally reserved for humans. Though still considered nascent in certain applications such as healthcare or legal work, AI is already well-established in many industries including finance, retail, and marketing.
What are Artificial Intelligence and Machine Learning together?
ML is a subset of AI, so they are technically not separate things. Both are aimed at producing a computer system that can learn, self-adjust, and grow based on experience or data analysis. The goal is for them to improve their own performance without human input. ML differs from AI in that it’s generally limited to specific tasks like image recognition or recommendation engines.
Why should businesses care about AI and ML?
As you read through them both here, you might wonder why you should care about AI or ML. The truth is: though they’re already used by businesses across all industries in some capacity, these technologies are still in their relative infancy—and businesses haven’t yet reached a tipping point when it comes to fully leverage them for bigger results. That said, knowing how these capabilities can help your business now will prepare you for when (not if) your company needs them.
How can AI and ML improve business processes?
AI and ML can do all sorts of things to benefit your business, from increasing productivity and efficiency to make your customers happier with more personal interactions. Technology in general, and AI/ML specifically, has become an essential element of any forward-thinking company’s toolkit. For starters, we’re moving from a world where digital technologies are bolted on top of existing workflows to a world where they’re embedded deeply into our daily operations—from marketing automation platforms that automatically tailor your content to individuals across channels, to robotic process automation that frees up employees’ time for higher-level tasks. And what’s more: AI/ML is directly impacting some of the most high-stakes human endeavors.
How Giant businesses are using AI AND ML today?
Artificial intelligence is already all around us, from self-driving cars to voice assistants.
There are lots of top companies already integrating AI and ML in their businesses today. For example, they are used by many online retailers like Amazon and Alibaba to recommend products that customers are likely going to want next. AI and ML help marketing and retail industries to determine how products will be distributed in specific areas, whether people are going to buy them and what the company should charge them. The same technology is also being used by large businesses like Walmart, Target, and Best Buy; they’re using it as a way of determining how much inventory they should store on their shelves based on things like historical sales data, customer feedback, social media trends and more. Beyond that, some businesses are even using AI for product development purposes.
To Conclude, the Future of Artificial Intelligence and Machine Learning for businesses
Machine Learning and Artificial Intelligence are one of those things that might be truly transformative, or it might be a passing fad. The reality: We don’t know yet. And depending on whom you ask, it could go either way. What’s not in question: Businesses must begin preparing now if they want to be able to integrate AI and ML technologies into their operations in a meaningful way. In a short time, AI and ML are going to fundamentally change how businesses of all types operate.


This vertical wind generator can work no matter from which direction the wind comes. Compared with traditional horizontal wind generator, the vertical generator can work with light wind, but it may generate little less amount of electricity when there is strong wind.
1, Small and very good for demonstration.
2, Good teaching tool of wind power generating.
3, Can also be used to make science model.
4, Can work no matter from which direction the wind comes.
5, Can work with light wind.
Rated Power: 0.55 W
Output Voltage: 5.5 V
Diameter of Fan(installed): 100mm
Quantity of Vane: 4
Rated Wind Speed: 5.5 m/s
Diameter of Motor: 24.5mm
Height of Motor: 34.2mm
Weight: 60 g(approx.)
1 x Vertical Wind Generator
1. Please allow 1-3 mm error due to manual measurement. Thanks for your understanding.
2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from the real object. Please take the real one as standard.
- Rated Power: 0.55 W
- Output Voltage: 5.5 V
- 4-Vane, diameter of Fan(installed): 100mm
- Rated Wind Speed: 5.5 m/s
- Small and very good for demonstration,Good teaching tool of wind power generating


Apple’s next iPhone is still some way off, but the rumour mill is already in full swing, with details about the new smartphone leaking out all over the place.
The device has been given a working title of “iPhone 11” or “iPhone XI” , but Apple’s naming convention went out the window with the launch of the iPhone X in 2017, so its actual name is anyone’s guess.
However, some choice details about the new iPhone have been leaked by trusted sources, helping to build up a picture of the devices coming out of Cupertino later this year.
There are expected to be three models of the new iPhone – a 5.8-inch model (to succeed the iPhone XS), a 6.5-inch model (to succeed the iPhone XS Max), and a 6.1-inch model (to succeed the iPhone XR).
While they will look fairly similar to the existing lineup, reports suggest there will be some interesting new features, including a triple camera system and two-way charging capabilities.
Here’s our roundup of everything we know so far about Apple’s 2019 iPhone lineup.
Apple’s next iPhone will be able to beam power to other gadgets wirelessly .
A new investor note from reliable Apple analyst Ming-Chi Kuo, seen by 9to5Mac , states that all three new iPhones in 2019 will support “bilateral wireless charging”.
This means that users will be able to place wireless charging-enabled devices on the back of their iPhone, and the phone will share power to that device.
So if your AirPods run out of charge on a long journey, for example, or a friend’s iPhone is out of juice, you will able to give them a quick power boost.
Apple almost always unveils its new iPhones in the first two weeks of September, with the new handsets going on sale about 10 days later.
It also tends to favour Tuesdays and Wednesdays for its events.
If we were to put money on it, we’d guess that the launch event will take place on Tuesday, September 10, with preorders opening on September 13 and the new devices hitting shelves on September 20.
- iPhone 11 revealed? Leaked video gives glimpse of Apple’s 2019 smartphone
There are no signs of Apple stepping away from its premium pricing structure, so the cost of the new devices is likely to be similar to the current line-up.
That means the 5.8-inch model will start at around £999, the 6.5-inch model will start at around £1,099, and the slightly lower-specced 6.1-inch model will start at around £799.
Apple’s next iPhones are expected to retain the same all-screen design as their predecessors, meaning no Home button, TouchID sensor or headphone jack.
The body of the phones will be made from glass and metal, to enable wireless charging, and will have a notch at the top of the screen to house the TrueDepth camera, for FaceID.
All three models will come with a frosted glass casing option, according to KGI Securities analyst Ming-Chi Kuo, who has a track record of leaking accurate information on Apple products.
All in all, they will look almost identical to their predecessors.
Apple is reportedly working on a triple lens rear camera system , which will include one wide, one telephoto, and one ultra-wide lens, according to 9to5Mac .
An earlier report by Taiwan’s Economic Daily News claimed that the triple camera system would be made up of three 12-megapixel lenses, and would be capable of a five-times zoom effect.
However, Ming-Chi Kuo claims that only the 6.5-inch model will get the new camera system. The 6.1-inch and 5.8-inch models will have dual and single lens cameras respectively.
- 2019 iPhone will have TRIPLE camera system and new ‘frosted glass’ casing
There has been much speculation about whether Apple’s iPhone 11, could feature a USB-C charging port , instead of the Lightning port used on current models.
USB-C is the universal standard connector used to charge a wide range of electronic gadgets – from Android phones to tablets and laptops – and allows these devices to charge up much faster than previous versions of USB, which could only handle a limited amount of power.
Since Apple introduced USB-C to its iPad Pro in 2018, many Apple fans have been hoping that the next generation of iPhones would also feature the technology.
But the latest report from Japanese site Macotakara , which has connections to Apple’s Asian supply chain and accessory manufacturers, suggests that the company has no intention of ditching the iPhone’s Lightning port .
The site claims that Apple’s 2019 iPhones will come packaged with the same 5W charger and Lightning cable as previous models. This is seen as a cost saving measure, according to 9to5Mac .
- iPhone 11 will lack one major feature that Apple fans are BEGGING for
Latest Apple News
- Apple TV+ original shows
- Apple’s titanium credit card
- Apple Arcade game streaming
- Apple News+ subscription service
In order to support two-way wireless charging, Kuo says that all three new iPhones will also get bigger batteries.
The analyst predicts that the 5.8-inch iPhone’s battery will increase by 20-25%, and the 6.5-inch iPhone Max’s battery will increase by 10-15%.
The battery in the 6.1-inch iPhone – the successor to the iPhone XR – will increase by just 0-5%, according to Kuo.
- iPhone 11 could work UNDERWATER as Apple leak points to fully waterproof display
All three models will feature ultra-wide band connectivity for indoor positioning and navigation, according to Kuo.
They could also have fully waterproof touchscreens , thanks to a new display technology that will be able to detect where your fingers are, even underwater.
“The next iPhones are probably going to have displays that work underwater,” said Max Weinbach , who works for app development platform XDA. “They have a patent for it and are finally doing it.”


Most modern computer monitors, and even televisions, have an edge-lit LCD display that’s fundamentally similar to the first such displays sold decades ago, but that’s not where the future is headed.
Which will win, and where is the future headed?
Mini-LED scores an undisputed and significant win in brightness.
Brightness and HDR
Modern OLED displays rarely exceed 1,000 nits of brightness, and when they do, are incapable of sustaining it.
Mini-LED displays like Apple’s Liquid Retina XDR, Samsung’s Odyssey Neo G9, and Samsung’s QN90A television can hit peak brightness well above 1,000 nits and sustain at least 600 nits.
The best HDR standards call for up to 10,000 nits of brightness.
And Micro-LED, which uses individual LEDs as per-pixel lighting elements, can reach even greater heights.
Such brightness is not necessary for computer monitors or home televisions and instead targets demanding niche components, such as avionics displays.
OLED’s greatest strength is the opposite of Mini-LED’s incredible brightness.
Contrast and dark levels
The advantages of OLED add up to superior contrast and depth.
Modern Mini-LED displays often claim to rival OLED.
In reality, Mini-LED still noticeably lags the contrast performance of OLED because it can’t light pixels individually.
Mini-LED improves on traditional edge-lit LCD displays by improving the backlight.
Viewing angles and motion performance
Display quality can shift significantly depending on viewing angle, and significant blur will be visible when displaying fast motion.
The liquid crystals do not block light uniformly, so the image looks different from different angles, and require a few milliseconds to respond to a charge, causing blur or ghosting in rapidly changing images.
OLED is different from LCD technology.
Each pixel is an organic element that creates its own light when a charge is applied.
No matter how you look at it, this is another quick win for OLED.
The last few points—contrast, black levels, viewing angles, and response times—highlight the strengths of OLED technology.
Indeed, exposure to light itself (and blue light in particular) wears down OLED, reducing the light produced by pixels over time.
This problem is most often discussed in the context of burn-in or image retention.
OLED manufacturers downplay this issue.
The company’s current OLED reliability page says that “reasonable, responsible usage” should not result in burn-in.
You might decide the risk is worth the reward.
Monitor pricing remains a sore point for PC enthusiasts.
“OLEDs are less costly than MiniLEDs in tablets and notebooks if comparing them to Apple’s iPad Pro and MacBook Pro”
OLED panels are available at reasonable prices in notebooks like the Dell XPS 13 and Samsung Galaxy Book Pro.
Mini-LED is also expensive, but more affordable than OLED.
Asus’ 32-inch ROG Swift PG32UQX retails for as little as $2,899.99 and Samsung’s super-ultrawide Odyssey Neo G9 is $2,499.99.
The current OLED vs. Mini-LED battle is give-and-take.
OLED wins in contrast, black levels, viewing angles, and motion performance.
OLED’s big break may come with the introduction of new fabs.


Foundation LogicSystems Has Tomorrow’s Technology Today
Continued business growth requires your operations to function more efficiently. Inventory tracking and asset replacement needs to happen in real-time. The only thing keeping you from realizing these goals is outdated technology. We have the answers you need and we’ll be proudly presenting our latest innovations for you to experience!
Foundation Logic Systems will be showcasing our newest advancements in asset tracking and management solutions with our RFID partner, HID Global, at RFID Journal LIVE!, the world’s largest and most comprehensive exhibition focused on RFID technologies. Our RFID Linen Management solution will be on display for your hands-on inspection.
Featuring at the show
HID will feature the newest advancements in RFID tags that provide significantly improved tracking abilities. These innovations can solve real business problems.
RFID is already a vital technology in supply-chain tracking and inventory management. Understanding how RFID can bring both cost savings and transformational changes to your operations will enhance the value of your company.
Now is the time
to upgrade your asset management systems to RFID, the latest in state-of-the-art tracking technology. When integrated with Foundation Logic’s proven linen and uniform management software, RFID will add to your bottom line through labor cost savings, loss reduction and more accurate inventory replacement schedules.
Experience live demonstrations on how Foundation LogicSystems and HID Global are solving business issues via RFID and learn how the newest technology can save your business time and money.
To register for the show, visit http://www.rfidjournalevents.com/live/
See you there!


ASM PT the world's leading supplier of semiconductor solutions. The company's European operations have operated since 2012 under the ASM Back End Systems name and renamed in 2020 into ASM Semiconductor Solutions. The headquarters are in Munich.
We offer technologically leading solutions for die bonders, wire bonders, flip chip bonders, thermal compression bonders, LED packaging equipment, laser dicing, molding, singulation, and final testing and sorting. For important processes like LED and CIS production, wafer and panel level packaging, system-in-package, smartcards, RFID, MEMS, discrete IC and power electronics, the company developed comprehensive solutions that map these processes in their entirety.


Our curriculum and approach to teaching and learning at Brindley in Computing is ambitious, inspirational and designed to enable all children to achieve to their full potential. Our intention is that children will be immersed in technology, not only within their weekly computing lessons, but also throughout the curriculum as technology is used to enhance and support learning. Within computing lessons, children will follow a progressive pathway of learning that explores networks and computer systems, creating media, data and information and computer programming (including the use of physical programming devices such as micro:bits). Across the curriculum, teachers will use technology such as in-class visualisers to model new learning, whilst children will use iPads to present their learning in new and innovative ways. We want our children to experience and talk passionately and confidently about computing and technology so that they are ready for their next steps in learning in the modern world.


The Smok Pen – A Basic Guide to Its Work
The Smok Pen has exploded onto the scene among the hottest new personal tech gadgets available. It is a really cool pen that you can use to write with, keep an eye on your schedule, take notes on your pc or do your emails. But what exactly is it and how does it work? In this article we’ll go over the facts of what the Smok Pen is and how it operates so you can decide if you need one for yourself or not.
Firstly, let’s talk about the basic design. The smok pen consists of a pen-like electronic gadget that appears like a pen but includes a full sized USB cord with two prongs on underneath. That cord then connects to the pen via a USB connector. You might also need a little LED light on the pen itself, which ultimately shows you the battery levels along with other important information. The Smok vaporizer has a charging station with a charging port and headphone and that means you don’t have to be worried about connecting the vaporizer to anything while it is charging (though it appears like it would be smart to plug it in in the event that you plan on deploying it at a computer).
So, now that we realize what the Smok Pen is, how does it work? It works with a USB connection, which may be done either by an individual manually connecting it to the computer via the USB cord or by way of a device driver which is built into Windows, Vista or XP. If you use Windows Vista, then your built-in device driver will allow you to turn the Smok Pen right into a real Vaporizer by copying the Smok firmware into your Vista USB drive.
The Smok Vaporizer then starts up when you start your personal computer and will immediately begin working. The very first thing it’ll do is scan the computer (with the USB cord connected) for just about any drivers that might be missing or broken. After it has scanned the complete computer, it will tell you if it detects any missing or broken drivers. If it finds any, then it will automatically fix them and update your drivers accordingly.
After it has fixed all the detected errors, it will download the most recent firmware version of Smok Pens and proceed to installing it on your PC. It will also detect any USB devices that Disposable Vape are linked to your computer and will notify you they are also not working. The reason why it’s doing this would be to notify you there are other devices which ought to be fixed. It will then check out download the most recent cGitan firmware (version 10.4.0.0) for your Smok Pipe vapes. Once that is complete, you can then check out activate these devices.
The next step is to power up the device. To do this, you need to connect the USB cable to the energy port on the computer and then turn on the device. It will require a couple of minutes for the computer to warm-up. This is necessary as the faster the computer heats up, the faster the airflow through the coil and the battery will undoubtedly be charged. Once the computer has reached a comfortable temperature, after that you can plug in the USB battery. The Smok Pen will automatically detect if the battery is full and can shut off until the battery is very full.
Following the battery has been fully charged, after that you can check out connect the USB cable to the USB charging station. Once this is done, you will find your Vape Pen has became a blue color indicating that it’s ready to use. Underneath part of the device has a clear cover with two metal prongs. This is to secure the USB coil also to avoid the battery from being damaged when it is used. The Smok Pen is now ready to be used.
In order to use the device, you have to make sure that you take away the black cap. This will enable the air flow to go through the coil and warm the within of the device. Once you have done that, the coils inside the device will begin to heat up and the heating element is what allows the nicotine to be vaped into your lungs. Once you put the Smok Vaporizer into the tank, you will then see a blue color indicating that the battery is full. You need to then put the cap back on so as to prevent overheating of the coil and the device.


Contiguous vs Non-contiguous Memory Layout
Let us consider a 2-dimensional array, say in Python
x = numpy.random.rand(4, 3)
This array (matrix) with m
-elements will be represented in the memory as a
1-dimensional sequence of m-blocks
The former is called
non-contiguous memory layout
and the latter
contiguous memory layout
How is the 2-D array (non-contiguous layout) represented in the computer as contiguous layout ?
Depending upon the styles
the non-contiguous layout is transformed by the computer to contiguous layout.


Optimal stock management
Allows the interaction and the semi-automatic management of sheet’s charge lists for the automatic stock. The interaction is done between many instances of Perfect Cut, the stock’s PC and many instances of numerical controls. Currently, the program is able to interact with Intermac and MOVETRO stock.
The program present itself as a data list that shows the current state of sheet managed by the automatic stock.
It is possible to make some action on it (for example to make the cancellation of the list or the dispatch to the stock) if the state of the list allows it.
In addition to the semi-automatic management of sheet’s charge lists, it is also possible to use Perfect Stock in “lung” mode, which means that Perfect Cut sends the charge list to Perfect Stock instead of sending it to the automatic stock, and the operator can decide when actually send the list to the stock manager.
The two program are able to interact in order to provide messaging to users whom creates their lists. Every time that from a Perfect Cut has been sent a dispatch request to Numerical Control, the user will receive confirms once reached important states (compleated, canceled, etc.).
Perfect Stock is able to interact with many Perfect Cut on different PCs.


THE WERSI TECHNOLOGY
The analogue organs of yesteryear generated their sounds using a variety of different electronic circuits. Modern digital instruments by contrast produce their sounds from digital samples. A digital sample is a recording of an actual instrument that is then stored away in digital format in a computer file. Theoretically we need only record one note from across an instrument’s pitch range since the processor that is used to reproduce this sound can speed up or slow down the sample to obtain all the other notes. In practice however the tonal content of a sound often varies across the octaves so for a more accurate representation we sample a number of notes within each octave and use the processor to fill in the missing notes. Other digital instruments will employ some kind of dedicated processor to perform this and other tasks on the instrument but the WERSI range of organs is unique in that it utilises a conventional processor configuration, such as you would find in your desktop PC or laptop, running a standard version of the Microsoft Windows operating system. This gives us a number of advantages. It means that the instrument is easily upgradeable, new functions and features can easily be incorporated simply by updating the software. Maintenance and repair activities are made simpler since standard computer components are employed, and the hardware can be upgraded as computing technology advances without having to purchase a completely new instrument.
Sitting on top of the operating system is the applications software that WERSI call the Open Art System (OAS). The OAS controls all the functions of the organ via a touchscreen display in the centre of the console. It scans the keyboards to determine which keys have been pressed. It enables sounds to be selected, combined, edited, stored and recalled as presets. It can modify sounds by adding effects such as reverberation and chorus. It allows special effects such as cymbal crashes, drum rolls, car horns, whistles etc. to be utilised. It controls the operation of the drum and accompaniment units. It incorporates both a digital and MIDI recorder for making backing tracks and a DVD player for making performance CDs. It includes a comprehensive set of mixer and equalisation controls for adjusting the tonal characteristics of the instrument and provides for the incorporation of a number of standard PC based plug-in software modules that offer additional sounds and features. The OAS also contains an extensive set of built-in optional software packages such as enhanced church, theatre organ and accordion sound sets, drum sets, sound editing and style composer software etc. that can be installed simply by purchasing an activation code.
The heart of the instrument is the computer motherboard together with its associated computing components such as the hard disc and memory. Early models also employed a hardware unit known as a Digital Signal Processor (DSP) to generate and modify the sounds contained in the digital samples. Later models implement this using a software Sound Engine. Upon switch on the organ loads the operating system, the OAS and all the digital samples files from the hard disc into memory. The Sound Engine then accesses these samples and processes them to produce the required sounds. Also incorporated into the instrument is the OX7 hardware unit which generates the sounds for one of the drawbar systems on the organ. This processor based technology is designed to synthesise all the sine waves required for the various drawbar pitches. Finally we have a stereo amplifier with a range of inputs and outputs. On the input side we can connect microphones and stereo line-in signals for amplification and feed through to the instrument’s internal speakers. On the output side there are three distinct and separate line-out stereo outputs to which can be assigned different sections of the organ e.g. main organ sounds, accompaniment unit, drum unit. This provides a great deal of flexibility for performance playing and recording.
All this technology is very impressive but what playing features and facilities does it provide and how does it all sound. This showcase presentation explains in detail all the significant features of the instrument. Each is accompanied by one or more pieces of music in an appropriate musical style to show how a particular feature can be used. If you are unfamiliar with the WERSI brand I hope you will find this interesting and informative. If like me you are still exploring the seemingly endless possibilities of the instrument either as a new or established user I hope it will increase your understanding of the instrument, unleash your creativity and greatly enhance your playing enjoyment.


Another flurry of attention seeking scientists declared that it would be the end of the world when CERN (the European Organization for Nuclear Research) launched their latest, and possibly world’s biggest, scientific experiment last week. Once again all these drastic claims turned out to be complete rubbish.
The experiment involves the worlds largest most powerful particle accelerator which fires beams of protons around the LHC (Large Hadron Collider), which is a staggering 27km in circumference, in an attempt to solve some of the world’s scientific mysteries such as the big bang theory.
The first beam was fired on the 10th September but it will be about a month before the main results start coming in. This is when the different beams begin to collide with each other and produce…….. STOP! I have no idea what I’m talking about or what they are talking about. I don’t really have a clue what is going on either. The main thing is we are all still alive and some scientific guys in Geneva are having fun. Good for them!


For any satellite, its payload is its primary function. Its mission.
But if satellites were only ever limited to their original mission, Iridium® as it is known today may not even exist. The innovation and determination of brilliant engineers enabled the company’s first-generation satellites—which were not designed for hosted payloads—to accommodate secondary missions using the satellites’ existing sensors.
Seeing the potential of these innovative additions to the satellite network, Iridium helped form the Hosted Payload Alliance (HPA) in 2011 to promote the practice of hosting payloads aboard commercial satellites. Other initial members of the HPA included Boeing Space and Intelligence Systems, Intelsat General Corp., and Lockheed Martin Space Systems.
Looking to the future, Iridium’s engineers specifically designed the second-generation satellites with these opportunities in mind. With the space to host a 50-kilogram payload, the improved constellation not only modernized the Iridium network, but laid the foundation for several additional functions beyond the primary mission. These payloads went on to host Aireon’s real-time aircraft tracking and surveillance service, a global, real-time AIS ship-tracking capability with Harris Corporation and exactEarth, and a space weather monitoring system called REACH.
It's a Bird... It's a Plane... It's Aireon!
On June 19, 2012, Iridium announced Aireon, a joint-venture with NAV CANADA that would provide air navigation service providers with the capability to track aircraft for the first time ever anywhere in the world in real-time, including over oceanic, polar and remote regions. Aireon uses space-based Automatic Dependent Surveillance-Broadcast (ADS-B) receivers built into each of the 81 second-generation Iridium satellites (66 in the operational constellation, 9 in-orbit spares, and 6 ground spares), which provide global air traffic surveillance capabilities and real-time flight tracking through the global Iridium network.
Before Aireon® services were available, traditional air traffic control systems were spotty, especially over the oceans where radar visibility wasn’t available. Those older systems covered about 30 percent of the globe, whereas Aireon’s space-based ADS-B covers 100 percent. Aireon technology, made possible through hosted payloads on Iridium satellites, provides complete visibility over these regions and decreases inefficiencies in air traffic control.
Aireon’s system can help prevent planes from going missing, as they are being tracked using the global Iridium satellite network. Aireon’s space-based ADS-B system also reduces fuel costs by optimizing flight paths, increases safety by having continuous, real-time air traffic surveillance, and expands capacity by enabling lower separation between aircraft due to the increased coverage and accuracy of space-based ADS-B.
On April 2, 2019, Aireon announced that their space-based ADS-B surveillance system was fully operational and had begun trials over the North Atlantic. This revolutionized the air traffic control industry by providing real-time updates, compared to the previous updates every 10-14 minutes that aircraft locators could provide when outside radar coverage. By utilizing this ground-breaking technology, which integrates easily into existing air traffic management systems, aircraft can now be tracked in real-time no matter where in the world they are.
Scanning for Space Storms
In 2010, Iridium partnered with Johns Hopkins University and Boeing to implement the Active Magnetosphere and Planetary Electrodynamics Response Experiment (AMPERE) as part of a grant from the National Science Foundation. The unique architecture of Iridium’s first-generation constellation provided the AMPERE sensors with the capability to measure the Earth’s magnetic field, forecast space weather and solar storms, and track many other important observations. This enabled high-quality forecasting of solar storms that could disrupt aviation and terrestrial telecom and satellite systems.
AMPERE provides data every two to 20 seconds to the ground stations, allowing for analysis within minutes—up to 100 times faster than before the program’s launch. While the first-generation Iridium satellites were not designed for additional payloads, Iridium was able to accommodate the AMPERE mission using the satellites’ existing sensors. Following the completion of the second-generation constellation, Iridium was able to continue supporting AMPERE with even faster and more reliable input data.
exactView RT, powered by L3Harris, provides real-time maritime monitoring services through 58 hosted payloads on Iridium’s satellite constellation. With a low-latency global connection, exactEarth provides a new Automatic Identification System (AIS) architecture that encompasses the entire maritime domain. This service provides fast and accurate vessel information to meet the ever-growing demand for immediate maritime domain awareness. Because of the collaboration between exactEarth and Iridium, maritime vessels can access services like exactView RT, giving them real-time and continuous location information anywhere in the world.
REACH-ing for the Stars
The second-generation Iridium satellites also host invaluable scientific instruments. The Responsive Environmental Assessment Commercially Hosted, or REACH, is a space weather monitoring system comprised of 32 space radiation sensors installed on the satellites launched as part of the Iridium NEXT campaign.
REACH was created through a partnership between the U.S. Air Force, The Aerospace Corporation, Johns Hopkins Applied Physics Laboratory (APL), Harris Corporation, and Iridium. The program provides an unprecedented capability to monitor Earth’s radiation environment in Low-Earth Orbit.
This space radiation–sensing technology provides resilient detection and characterization of space weather hazards, such as solar flares. REACH data is being applied to analyzing current and forecasted space weather phenomena, as well as determining the role of charged particles in upper atmosphere chemistry, and the dynamics of the Van Allen radiation belts. Applications of the data include monitoring the radiation environment for aircraft at high latitudes, as well as for crewed missions in Earth orbit.
Data from the REACH program is playing a critical role in helping us understand and prepare for space weather hazards. This information can be vital in the protection of all of the Earth’s infrastructure, including the electrical grid and other utilities, such as water systems.


An ever so slight diversion from Agile – Good quality programming is still the key to a successful software project. Sure, we need process, testing, stories, etc. At the end of the day, though, we still need code – the stuff that does the stuff we need.
Despite all we’ve learned about abstraction, objects, coupling, cohesion, etc. over the past many years, I am still surprisingly disappointed at the lack of engineering that goes into software that many people develop every day. Meanwhile, interest in Computer Science as a college major and a profession continues to be below levels of a few years ago. This generation of kids are computer savvy, yet few show interest in developing software. Old school teaching techniques may not be capturing the creative interest of today’s youth.
A professor from Southeast Oklahoma State University recently introduced me to Alice – a computer science learning environment developed collaboratively by Carnegie Mellon University with Electronic Arts. Students learn object oriented programming through a visual world. They select objects from a library, drop them into their world, and execute methods to cause them to behave. Clicking “Play” brings their program to life, as the objects in their world interact with one another in accordance with the student’s programmed instructions.
The user interface is pretty and user friendly, and programming is done predominantly through drag-and-drop, rather than typing. The characters and objects in this world are provided by Electronic Arts, which users of the Sims games may find familiar. This environment is perfect for visual learners, which many of us are.
Best of all, Alice is free, and there are versions for both Mac and Windows. The current release of Alice (version 2.2) uses a pseudo object oriented language. The next release (3.0) provides support for Java. Check it out at www.alice.org.


Looking for:Download AIDA64 Extreme (EXE) | AIDA64.AIDA64 Extreme Download ( Latest)
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Measure your computer performance using different calculations to accurately compare it to other systems or to beat your own scores during overclocking. Sailfish OS -- developed by the Finland-base Jolla Oy company -- is one of the most dynamically growing operating systems today. To mark the occasion, and also to express our strong support for Sailfish OS and its passionate development team, we just released a new AIDA64 version with full localization to 14 languages.
Now available for mobile devices For power users who want to know everything about the innards of their mobile gadgets.
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Keep your system healthy Let AIDA64 monitor thermal status, voltage levels and cooling fan speeds of your computer to warn you about any issues. We figured it was essential to have AIDA64 running mobile devices as well, and by this we developed an app for iOS too. We were curious how the app would perform on a closed platform with relatively small number of device types.
Despite that, in the past half a decade we have achieved over 2. Today, AIDA64 is not only available for Windows PCs but in the past 5 years we have released a fleet of apps covering all major mobile platforms too. Read more about AIDA64 turns We released a new AIDA64 app designed specifically for mobile devices 5 years ago, targeting Android phones and tablets. Through these years we've added support for many new devices, form factors and technologies in order to provide the accuracy and detailed information you expect from an AIDA64 product Light Theme Arabic, Finnish, Slovak localizations Improved support for Huawei devices Save report to file Copy to Clipboard via long-press Pushback against fake Chinese phones and tablets Huawei AppGallery and HMS integration.
FinalWire released the mobile edition of its industry-leading system information software for Android devices. Read more about External display support. Not sure which AIDA64 is suitable for you? We've created different AIDA64 editions for different needs. While AIDA64 Extreme fits perfectly into a home environment with all the important features a PC enthusiast would need, it hasn't been designed to perform a detailed audit of a corporate network with hundreds of computers.
Click on the button below to compare all AIDA64 versions and find the one that best suits your needs. Compare Products. AIDA64 Extreme. Buy now Renew Try now. AIDA64 Engineer. AIDA64 Business.


The new atomic modelIn order to understand the cosmos, there first has to be a model for matter that gives rise to a multi-dimensional universe from the basis of punctiform pure energy (singularity). The models for atoms and matter that already exist are insufficient to represent a smooth correlation between the different forms of matter and energy. The starting point for the new approach is the fact that matter represents a form of condensed energy. As such, nuclear fission and nuclear fusion demonstrate the actual conversion of matter into energy. To us, the standard description of the atomic nucleus as a cluster of positively charged protons and electrically neutral neutrons seems incomplete, or even doubtful, with regard to the stability of the nucleus. This indicates much more strongly that neutrons should contain some degree of negative electric charge, which provides the nucleus with its stability when combined with the positive charge of the protons. The question is, how can this dovetail with the established electric neutrality of the neutrons. Conventional theories regarding the structure of matter are well known. In this case, we refer to the wave-model used for describing matter, as first laid out by De Broglie, having modified this theory. None of the physical laws that have been discovered up until now will be affected by this model design, and thus they remain valid.
The modelOne of the main issues of controversy with the atomic model is the function of the neutron as a kind of cement between the protons. We will also offer an explanation by modelling this elementary particle in the form of a rotating wave. As we have mentioned in previous papers, there exists the phenomenon of ball lightning. Up until now, nobody has managed to create ball lightning in a laboratory. It seems that current energy reserves are not powerful enough to achieve this. This form of electrical energy, which cannot be physically explained, has been proven to exist in countless observations of thunderstorms and often serves as the explanation for UFO sightings. As I have seen with my own eyes, this kind of lightning does not unload all of its energy immediately upon striking the earth. Neither is this lightning's journey to the ground subject to the classic discharge of voltage. This is clearly a case of some form of condensed electrical energy. One explanation could be that, in the case of ball lightning, we are talking about a round, rotating form of electrical energy. This rotation changes the physical behaviour of the electrical discharge. If you apply this theory to matter, there must also exist energy-rich, rotating electromagnetic waves in this instance. This is our starting point for the design of the new model. The model for matter has been views as a wave ever since De Broglie proposed his theory. We therefore also model the elementary components protons, neutrons and electrons as waves that rotate in a circular orbit. A standard electromagnetic wave with a classic sine function could not be placed within a rotation in a stable manner, since its spatial structure and its amplitude would quickly lead to unstable conditions. However, if there is a flat, i.e. level-running, squared sine wave, rotation may occur since there is no interaction between the amplitudes. The rotating, flat, squared sine wave is a rotating 'bow-wave'. We have specified a direction for the amplitudes of these rotating waves; either towards the interior of the circle that they are rotating around, or towards the exterior. In the case of protons and electrons, the amplitudes seem to be rotating towards the exterior. In the case of neutrons, towards the interior. If the amplitudes on the orbit are located externally, the particle displays an electrical charge. If the amplitudes are heading inside the orbit, it is not possible to measure a charge from the outside. Indication of charge is determined by the rotational direction (either clockwise or anti-clockwise, depending on the orbit of the bow-wave). Coupling between protons and neutrons takes places if the height of the proton-wave amplitude exceeds the orbit of the neutron heading inwards. This is analogous to a Velcro fastening system. Since we are not referring to a classic electromagnetic coupling in this case, greater gravitational forces would be in effect. This explains the nuclear forces. In order to ensure that this kind of system remains stable, certain precisely defined quantities of energy must be in place. According to our model, the elementary components of the atom are the result of a unified design principle. We see protons, neutrons and electrons as being the elementary building blocks of the atom. In other words, their fragmentation gives rise to even smaller elementary particles. However, the elementary building blocks mentioned above cannot be formed by 'melding' these elementary particles together. The smaller elementary particles are rather the fragments or debris of the actual elementary particles. If you destroy or shatter an elementary particle, the structure of the rotating bow-wave breaks up and collapses. If the structure of an atom breaks up, the interplay between the elementary particles and, as such, the rotating bow-wave is also disrupted, and then the waves collapse. The orbit situation is analogous to the model where elementary components are stationary sine waves many times the length of the base of the bow. This model for atoms and matter provides sufficient explanation for the condensation of energy into matter and so-called nuclear power. If the science behind this model is adopted, it will result in untold opportunities for generating energy. This principle complies with conditions other than those in current models, and could certainly also be manipulated differently than by nuclear fission and therefore provide great advantages in terms of energy. The appropriate experiments and investigations still need to be performed in order to clarify which charge properties are brought about, depending whether the direction of rotation is to the left or to the right. The explanation of charge per se within the atom is initially of secondary importance.


For ANLEON S2 Wireless In-ear Monitor System UHF Stereo IEM System Stage Monitoring 561-568Mhz NTC Antenna Xiomi
If you need buy extra receiver, please click here
• 6 selectable channels
• Powered by 2pcs AA batteries, low power consumption design for long play time up to 12 hours
• Multiple sets of receivers can be operated with a single transmitter within the
• Dynamic expansion circuitry for high S/N ratio
• Complex anti-interference circuit for using 6 sets at the same time without mutual
• Receiver LCD displays frequency, channel and battery level
Long operating range up to 100m
526-535MHz (526.3/527.6/529.2/531.1/533.3/534.2 MHz) click here to place order
561-568Mhz (561.5/562.7/563.9/565.1/566.7/567.5 MHz) click here to place order
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913-917MHz (913.3/913.9/914.6/915.4/916.2/917.0 MHz)
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FCC ID: 2AGRX-S2
ANLEON S2 is an IEM system designed for stage performance and broadcasting. High S/N ratio and dynamic range ensures optimal audio quality. The dual XLR inputs allow 2-channel, mono or stereo operation with a convenient mix function which allows you to run two sources into the S2.
Intended for drummers/keyboardist/guitar player/vocalist and other performers, the unit features a high-power headphone output that helps to ensure that as the band gets louder, you’ll still be able to hear your performance.
S2T UHF Stereo Transmitter:
Volume Control: Adjustment of the volume for both output channels.
Stereo/Mono switch: Stereo mode (the device outputs the signal fed into the left input to the left headphone and the right signal to the right headphone). Mono mode (Channel L and channel R are mixed and output to both headphones.)
Power Switch: Switches the unit on and off.
XLR INPUTS (L) and (R): Dual XLR balanced jacks connect to the input signal source.
9V DC socket: Please use the included 9V 300mA adapter
S2R UHF Stereo Receiver:
1, LCD screen: Displays frequency, channel and battery level.
2, Antenna: Receives RF signal from the transmitter.
3, Power indicator: Green indicates functioning battery.
4, Earphone socket
5, Power and volume knob
6, Frequency adjustment button
7, Battery compartment
Headphone output: 3.5mm jack socket
Transmitter Power Supply: DC9V/300mA
Receiver Operating Time: up to 12 hours, 2x 1.5V AA (Not Included)
Operating Range: 80m(environment dependent)
RF Output Power: <10mW
Signal-to-noise ratio(1 mv, peak deviation) typ. 70 db(A)
Frequency Response: 20Hz~18Hz
S2 Wireless Monitor System for:
Recording studio monitoring, on stage monitoring
1.Using this system at excessive volumes can cause permanent hearing damage. Use as low volume as possiable.
2.When not using this system for a long time, please take out the batteries.
1x S2T Transmitter
1x S2R Receiver
1x DC 9V/300ma Power Adapter


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Effati, S. & Moghaddas, M. (2016). A novel neural network based on NCP function for solving constrained nonconvex optimization problems. Complexity, 21(6):130–141.
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Switch AC Adapter, Switch Charger - A great replacement or backup power supply for Switch.
Do you need an additional charger for your Switch when you are traveling or away from home? Charger for Switch, a great solution for Switch Player who is tired of plugging and unplugging the power cord from the switch dock to the console. You can get this with your previous to play games at home or go out, make your game unstoppable!
√ The length of the cable makes it easier to charge the switch while you play. You may find it more convenient to charge your switch.
√ Built-in "smart IC chip" and thermal material design protect your devices against overcurrent, overvoltage and overload.
√ You can take this switch charger wherever you go. It is portable and lightweight, which makes it fit in your bag or backpack.
√ The AC adapter provides enough power where the Switch can display with a portable HDMI / USB-C hub to a TV. Maintains proper nourishment when playing docked mode.
Works well for direct power and fast battery charging - just plug one end into your game console and the other end into a standard wall outlet.
Size: 7 x 3 x 5 cm.
Input: 100 - 240 V; 50/60 Hz; 1 A.
Output: 5.0 V - 3 A / 15 V - 2.6 A.
Cable length: 1.5 m.
Connector Type: Type C
1 AC adapter for Switch.
1 user manual.
This high-performance ac adapter adopts high-quality materials as a whole. In order to enhance its safety, we have carried out strict control and multiple tests on the materials of the adapted shell and cable, the bending lifespan reaches 5000+. The adapter built-in "smart IC chip" and thermal conductive material design, which can protect your device from overcurrent, overvoltage, and overcharge. So you don't have to worry about security issues during use.


Mobile Phones have changed the planet in a way weren’t aware of. From doing your banking utilizing your mobile, to watching movies and enjoying music. I seriously doubt anybody anticipated the growth and development in the cell phone market. The modern smartphone is capable of things that 4 decades ago might have needed a room full of computers. Besides just operating Gather Australia as phone, your mobile can send text messages, access the internet, run business applications, play games and even take high quality photos.
The very first radio phones were developed in the early Twentieth century. Reginald Fessenden, an American born in Canada, was a pioneer within this field. He was most likely the first person to ever successfully transit voice and music over radio waves. On the 23rd of December 1900, Fessenden was able to transmit speech over a 1600 yard distance, utilizing a high frequency spark transmitter. The sound quality was terrible, but the experiment showed that the concept of audio radio transmission was possible and even commercially viable with a bit of further development. This invention of Fessenden revolutionized the communication utilized by the military in The second world war. Fessenden was also notably responsible for groundbreaking research in the development of television and sonar.
Motorola was one of the first companies to produce a working handheld mobile phone. In 1973 their prototype weighed in at a whopping 2.2 pounds! Following 10 years of development and a 100 million dollars in development costs, their Dynatac-8000x was the first mobile phone available for sale to the public. The telephone was still extremely heavy weighing 2 pounds, and cost nearly 4000 dollars. The telephone took ten hours to charge, and after that the lucky user was left with a half hour of talk time. There was incredibly still a huge demand for the phone, despite it possessing a hefty cost and limited having a battery life. I think we can all be pretty thankful that both the size and value of phones have shrunk during the last two decades.
In the last 20 years mobile phone users have grown to a staggering 5.6 billion. What was first marketed as being a product for only the rich and privileged has become a regular used item around the world. Mobile phones are even used in some of the most underdeveloped countries in the world. Surveys show that between fifty and sixty percent of the global population use mobile phones. Some even declare that there are more mobile phones in the world than toothbrushes.
With the increase in the number of phone users there are also several new markets that are emerging. You will find huge advances being made in: Mobile Games; Mobile TV and Mobile Marketing. Considering you will find far more Mobile Phone users than online users, the Cell phone Marketing Market remains largely untapped. There are various Software For Mobile Marketing that could assist you to earn huge amounts of money.


What are the different types of forklift batteries?
1. Lead-Acid Batteries
2. Lithium-Ion Batteries
3. Nickel-Cadmium Batteries
4. Nickel-Metal Hydride Batteries
5. Gel Cell Batteries
6. Absorbed Glass Mat Batteries
1. What type of forklift battery should I use?
The type of forklift battery you should use depends on the type of forklift you are using and the application. Generally, most electric forklifts use either a lead-acid battery or a lithium-ion battery. Lead-acid batteries are more economical and can be used for most applications, while lithium-ion batteries are more expensive but offer longer run times and lighter weight. It is important to consult with a forklift specialist to determine the best option for your application.
2. How long does a forklift battery last?
Forklift batteries typically last between 1,500 and 2,000 charge cycles, depending on the battery's design, quality of maintenance, and use. This equates to between 3 and 5 years of life.
3. How do I charge a forklift battery?
1. Connect the battery charger to the forklift battery, making sure that the voltage and amperage are correctly matched.
2. Turn the charger on, and select the desired charging rate.
3. Monitor the charge level of the battery, and adjust the charging rate as necessary.
4. Once the battery is fully charged, turn the charger off, and disconnect it from the forklift battery.
4. How much does a forklift battery cost?
The cost of a forklift battery can vary greatly depending on the type and size of battery needed. Prices can range from a few hundred pounds for a small lead-acid battery to several thousand for a large lithium-ion battery.
5. How do I maintain a forklift battery?
1. Make sure to charge the battery regularly and completely.
2. Check the electrolyte level and top up with distilled water if necessary.
3. Clean the terminals and the top of the battery with a damp cloth.
4. Check the battery cables for any signs of damage or corrosion.
5. Check the overall condition of the battery and replace if necessary.
6. Use a battery charger that is specifically designed for the type of battery you are using.
7. Store the battery in a cool, dry place away from any direct heat sources.
8. Regularly check the water level and ensure that the cells are always completely filled.
6. What is the best way to store a forklift battery?
The best way to store a forklift battery is in a clean, dry, and well-ventilated area that is away from any sources of sparks or heat. The battery should also be placed on a flat, level surface and secured to prevent any movement. Furthermore, the battery should be inspected regularly to check for any signs of corrosion or damage.
7. How often should I check a forklift battery?
It is recommended that you check your forklift battery at least once a month. You should also check the battery before and after each use, to make sure that it is in good condition and that it has enough power to complete the job.
9. What is the difference between a wet and dry cell forklift battery?
A wet cell forklift battery is a traditional lead-acid battery filled with a liquid electrolyte solution, while a dry cell forklift battery is a maintenance-free, sealed, lead-acid battery that contains an absorbed electrolyte solution. Wet cell batteries require regular maintenance and inspection, while dry cell batteries are much easier to maintain, as they do not require any additional topping up of the electrolyte solution. Wet cell batteries tend to have a higher energy output and last longer than dry cell batteries, but they are also more expensive and require more maintenance.
10. What is the shelf life of a forklift battery?
The shelf life of a forklift battery can vary depending on the type, but generally it is between 3 and 5 years.