Merlin Firmware for RT-AC68U: The Best Way to Enhance Your Asus Router Performance and Security
How to Download and Install Merlin Firmware on Asus RT-AC68U Router
If you own an Asus RT-AC68U router, you might be interested in upgrading its firmware to get more out of it. One of the best options for Asus routers is the Merlin firmware, which is a third-party alternative firmware that offers more features and fixes than the stock Asuswrt firmware. In this article, we will show you how to download and install Merlin firmware on your Asus RT-AC68U router, as well as how to configure it to suit your needs.
What is Merlin Firmware and Why Use It?
Merlin firmware is an enhanced version of Asuswrt firmware, which is the original firmware used by all recent Asus routers. The goal of Merlin firmware is to fix some of the known issues and limitations of Asuswrt firmware, while maintaining the same level of performance and compatibility. Merlin firmware also adds some new features that are not available in Asuswrt firmware, such as VPN customization, advanced network optimization, and support for Wi-Fi 6.
rt-ac68u merlin firmware download
Merlin Firmware is an Enhanced Version of Asuswrt Firmware
Merlin firmware is based on the official Asuswrt firmware, but with some modifications and improvements. The developer of Merlin firmware, Eric Sauvageau, also known as RMerlin, works closely with Asus to ensure that his firmware is compatible with their hardware and software. He also incorporates some of their updates and bug fixes into his firmware. This means that Merlin firmware retains the same user interface, functionality, and stability as Asuswrt firmware, but with some extra tweaks and enhancements.
Merlin Firmware Offers More Features and Fixes for Asus Routers
Merlin firmware contains many features and fixes that are not present in Asuswrt firmware, or that are only available in newer models. Some of these features and fixes include:
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Better security patches and updates
Improved wireless performance and stability
More options for QoS (Quality of Service) and bandwidth management
Better support for IPv6 (Internet Protocol version 6)
More options for DNS (Domain Name System) configuration
Better support for USB devices and storage
More options for logging and monitoring
Better support for custom scripts and configuration files
More options for Entware, which is a software repository for embedded devices
Merlin Firmware Supports Wi-Fi 6 and VPN Customization
One of the most notable features of Merlin firmware is that it supports Wi-Fi 6, which is the latest standard for wireless networking. Wi-Fi 6 offers faster speeds, lower latency, higher capacity, and better efficiency than previous standards. Wi-Fi 6 also supports WPA3, which is the latest security protocol for wireless networks. If you have a Wi-Fi 6 router, such as the Asus RT-AX86U or RT-AX88U, you can use Merlin firmware to enjoy the benefits of Wi-Fi 6.Another feature of Merlin firmware that sets it apart from Asuswrt firmware is the VPN director, which allows you to customize your VPN connection. VPN, or Virtual Private Network, is a service that encrypts and routes your internet traffic through a remote server, hiding your IP address and location, and bypassing geo-restrictions and censorship. VPN director lets you choose which devices or apps on your network use the VPN connection, and which ones use the regular internet connection. This way, you can optimize your speed and security, and avoid any conflicts or issues with your VPN service.
How to Download Merlin Firmware for Asus RT-AC68U Router
If you want to try Merlin firmware on your Asus RT-AC68U router, you need to download the firmware file from the official Asuswrt-Merlin website. Here are the steps to do so:
Visit the Official Asuswrt-Merlin Website
The official website of Asuswrt-Merlin is . This is where you can find all the information and downloads for Merlin firmware. You can also check the changelog, the documentation, the forum, and the donation page if you want to support the developer.
Select the RT-AC68U Model and the Latest Release
On the homepage of the website, you will see a list of supported Asus router models. Click on the RT-AC68U model to go to its download page. There, you will see a table with different firmware versions and release dates. Choose the latest stable release, which is usually at the top of the table. Avoid using beta or alpha versions, as they may contain bugs or errors.
Download the Zip File and Extract It
Once you have selected the firmware version you want, click on the download link to get the zip file. Save it to your computer and extract it using a program like WinZip or 7-Zip. You will get a folder with several files inside, but the one you need is the .trx file, which is the actual firmware file. Remember its location, as you will need it later.
How to Install Merlin Firmware on Asus RT-AC68U Router
After downloading the Merlin firmware file, you need to install it on your Asus RT-AC68U router. This is a simple process that should not take more than a few minutes. Here are the steps to do so:
Log in to Your Router's Web Interface
To access your router's web interface, you need to open a web browser on your computer and type in your router's IP address in the address bar. The default IP address for Asus routers is , but you can change it if you want. You will be prompted to enter your username and password, which are also set by default as admin/admin, but you can change them as well. Once you log in, you will see the Asuswrt web interface.
Go to Administration > Firmware Upgrade
On the left sidebar of the web interface, click on Administration, then click on Firmware Upgrade under Advanced Settings. You will see a page with information about your current firmware version and an option to check for new firmware online. However, since you already have the Merlin firmware file on your computer, you don't need to use this option.
Choose the Merlin Firmware File and Click Upload
Instead of checking for new firmware online, click on Browse under Manual Firmware Upgrade and locate the .trx file that you extracted earlier from the zip file. Select it and click Open. Then click Upload to start uploading the file to your router. You will see a progress bar showing how much of the file has been uploaded.
Wait for the Installation Process to Complete
Once the file has been uploaded, your router will automatically start installing it. Do not turn off or disconnect your router during this process, as it may cause damage or corruption to your device. Wait for about 5 minutes until the installation is complete. Your router will reboot itself and apply the new firmware settings.
How to Configure Merlin Firmware on Asus RT-AC68U Router
Congratulations! You have successfully installed Merlin firmware on your Asus RT-AC68U router. Now you can enjoy its features and benefits. However, before you start using it, you may want to configure some of its settings to suit your preferences and needs. Here are some tips on how to do so:
Explore the Familiar Interface with Enhanced Options
After installing Merlin firmware, you will notice that the web interface looks very similar to the Asuswrt firmware, with the same layout, menus, and icons. This is because Merlin firmware is designed to be compatible and familiar with Asuswrt firmware, so you don't have to learn a new interface. However, if you look closer, you will


What should I do if my Ruud Ultra Plug-in Heat Pump with HydroBoost (120V Shared Circuit) shows Alarm Code T009?
CAUTION: For your safety, DO NOT attempt repair of electrical wiring, controls, heating elements, or other safety devices. Refer repairs to qualified service personnel.
Possible Cause: Heating source defaults to elements due to compressor malfunction. What To Do:
- Check connections of the wiring and sensors.
- If you have a multimeter, get an Ohm reading on the thermistors. Refer to the Ohm chart for correct readings based on ambient temperature.
- On the display, navigate to Service –> Sensors. If the sensor shows -40°F, this indicates the circuit is open. A reading of +250°F signals that the circuit has shorted. To confirm this reading, power down the unit and unplug the thermistor from the board, then check the Ohm reading again.
This answer is applicable for the following model: Ruud Ultra Plug-in Heat Pump with HydroBoost (120V Shared Circuit).


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Apple CEO Tim Cook unveiled new iPhone models, including the iPhone 12, iPhone 12 mini, and iPhone 12 Pro, with support for the new 5G communication standard, allowing data transfer speeds of up to 4 Gbps. In Russia, 5G will not work on new iPhones: fifth-generation networks are not yet available, and government agencies have not yet prepared the necessary certification rules for these devices. Older iPhone models will cost from 99,990 rubles. And 109,990 rubles, and the younger ones – from 79,990 rubles. And 69,990 rubles. Respectively.
At its presentation in Cupertino, Apple unveiled a new line of iPhones, including the iPhone 12, iPhone 12 mini, and iPhone 12 Pro with support for the new 5G communication standard. The older model iPhone 12 Pro and Pro Max with the memory of 128 GB, 256 GB, and 512 GB will be available in graphite, silver, and gold and color “Pacific Blue” for 99,990 rubles. And 109,990 rubles. Respectively.
Younger models of the iPhone 12 and iPhone 12 mini will be presented in five colors (black, white, red, blue, and green) with the memory of 64 GB, 128 GB, and 256 GB for 79,990 rubles. And 69,990 rubles. respectively. iPhone 12 Pro and iPhone 12 models in Russia will be available on Apple and authorized retailers for pre-order from October 21 and on sale from Friday, October 23. Pre-orders for the iPhone 12 Pro Max and iPhone 12 mini will begin November 6 and sell on November 13.
All devices are equipped with an OLED display and ultra-durable Ceramic Shield glass and support fast wireless charging. For wireless charging, Apple also introduced a new accessory, the MagSafe wireless charger used in new silicone, leather, transparent cases, and leather wallet cases that easily attach to the iPhone’s back.
At the same time, headphones and wired charging adapters will no longer be included with the new iPhones.
The company will stop adding them to reduce its carbon footprint. The iPhone will now have a standard USB-C charging connector with a cable included.
Apple also unveiled the HomePod mini, a smart speaker with iPhone integration, and Siri voice assistant. It will be available in two colors – white and space gray and will retail for $ 99 in the US. The device will be available for pre-order in Australia, UK, Germany, Hong Kong, India, Spain, Canada, USA, France, and Japan starting November 6 and will go on sale on November 16. In China, Mexico, and Taiwan, HomePod mini will be on sale later this year; in Russia, the column will not be on sale.
Earlier, Apple presented an updated iPad tablet and smart watches Apple Watch, Kommersant reported on September 15. It also announced the consolidation of its services, including the Apple TV + online cinema and Apple Arcade gaming service, into an overall Apple One subscription.
Apple reports that the new iPhone 12 models support “most 5G bands.”
What specific bands will be supported is not specified, but models released for the US market will operate at millimeter waves (above 6 GHz). Under ideal conditions, the new iPhones’ data transfer rates will reach 4 Gbps, under normal conditions – 1 Gbps. The smartphone will also be able to switch between 5G and LTE to save battery automatically.
In Russia, 5G networks are not yet available, so this feature will not be supported on new iPhones.
So far, the development of 5G in Russia is hindered by a shortage of frequencies, which are now occupied by the special services and disagreements between departments around the cryptographic protection of new generation equipment.
For the certification of base stations and smartphones, the FSB and the Ministry of Digital Security require installing domestic crypto protection in them, Kommersant reported on October 8. Without agreeing on the rules for using base stations and smartphones for 5G, it will be impossible to certify these devices for Russia, explains Eldar Murtazin, a leading analyst at Mobile Research Group. “But if the user travels abroad, to countries where 5G is supported, the corresponding module will be turned on, and upon returning to Russia, it will turn off again,” he explains.


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What is Cloud Computing actually 🤔???!
Cloud for raining on computers or...🤔
Hey Folks 👋🏼,
So today we will be discussing about Cloud Computing and what is it exactly :)
If you are not aware of the word "Cloud Computing", then maybe possible you may think about it like this way 👇👇 🤣
But actually it is like this 👇👇 😍
So, let us discuss about "What is Cloud Computing ??"
Cloud computing is a model for enabling ubiquitous, convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction.
Still confused? 😅
In short, the cloud is the Internet, and cloud computing is techspeak that describes software and services that run through the Internet (or an intranet) rather than on private servers and hard drives.
So now, let us understand "How Cloud Computing works??"👷♂
Cloud computing differs from traditional IT hosting services in that the consumer (whether that’s a business, organization, or individual user) generally doesn’t own the infrastructure needed to support the programs or applications they use.
Instead, those elements are owned and operated by a third party, and the end-user pays only for the services they use. In other words, cloud computing is an on-demand, utility-based model of computing.
Characteristics of cloud computing:
Broad network access
So for today, we have got enough info and will start getting hands dirty soon ⚡⚡
Till that time make sure to follow me and share this article / blog with your friends 💪💪


Computer glitch hits climate prediction project
Tiny software mistake puts results back by months.
A software error has hit one of the world's most sophisticated climate simulations. Participants in the BBC-sponsored project, which uses spare time on home computers to predict Britain's climate in 2080, will have to wait longer than expected to see their work on television.
The results, due to be presented as part of the BBC's "Climate Chaos" television season, will be delayed by about two months as experts at climateprediction.net, the research project based at the University of Oxford, reset the software.
Some 200,000 volunteers had pledged their computers to the effort, making it possibly the largest mass-participation climate experiment ever. The model aims to simulate the British climate from 1920 to 2080. But users found that the program was mysteriously crashing at 2013. What's more, the models were predicting far greater global warming up to that point than experts expected.
Researchers at climateprediction.net tracked the problem down to a mistake in how the predicted levels of sulphate aerosols — tiny particles that block sunlight and cause 'global dimming', cooling the Earth — were entered into the model. They told confused users that they would be have to start again from scratch.
Reset to zero
The project, launched in February 2006, was set to reveal its predictions next month. "We'll still be doing it, but it will be going out later," a spokeswoman for the BBC's factual programming department confirmed. "It's very important and very interesting - but we can't do it without the results."
The mistake probably happened, says Allen, because of the complexity of the model, which was designed at the Hadley Centre for Climate Prediction and Research in Exeter, UK. "These climate models are some of the most complicated pieces of software in the world," he says. "This model was designed to be the world's best, not to be an easy piece of software to run on a PC."
The simulation takes about three months to run on a home computer. The problem has therefore affected only "dedicated front-runners with souped-up machines", Allen says. "The vast majority will be re-running only a couple of decades," he adds.
Allen insists that the work done thus far has not been in vain. "Your crunching to date has absolutely not been wasted," he has told the project's volunteers. "In essence, what your models have done is show how much the world would have warmed up over the twentieth century if it weren't for the masking effect of global dimming."
Reactions on the project's message board range from "I can't believe that this program wasn't completely tested before being released to thousands of people," to "Whoops! Still, that's science for you...."
The release of aerosols climbed steadily in the twentieth century, but it is predicted to level off or fall in the future. But a coding error meant that the model's aerosol data began much later than the proper start date of 1920. When computers reached 2013, they found they had run out of aerosol data.
The data thus generated gives a picture of the world without taking into account the true impact of global dimming. This could be useful in evaluating the separate contribution of greenhouse gases to the climate, Allen says. "What we've done - albeit by mistake - is to evaluate the different climate forcings separately," he adds.
Previous studies by climateprediction.net have reported a possibility of more extreme global warming than seen with other simulations. A study involving some 90,000 users last year concluded that a doubling of carbon dioxide could result in a warming of anything from 2 ºC to 11 ºC (see ' Internet project forecasts global warming').
And although a two-month delay might be frustrating for television viewers, it's a blip in the world of climate number-crunching. "In the progress of science, believe me, it is the blink of an eye," Allen says.
Visit our newsblog to read and post comments about this story.


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In the field of electron beam lithography systems, in 1997 we developed an ultra-high-definition electron beam lithography system capable of writing lines 10 nm in width, which is 1/5 of the best specification of those days.
With the two CSs "Challenge and Speed" and "Customer Satisfaction" as our basic stance, we have always developed equipment ahead of our competitors, and we believe this is the reason why we have remained the top runner as a nanotechnology research equipment manufacturer.
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What is R?
R ( a free and open-source software!) is a simple and effective programming language as well as an environment for analyzing data and graphical visualization. R is highly extensible and is developing rapidly. R programming language is designed to facilitate the development of new scientific computational tools. Scientists and researches have implemended thousands of specielized procedures for a wide variety of applications as contributed packages, which integrated directly into R.
R is a command line based program, can be installed on different operating systems (i.e. Windiws, Linux, and Mac). R console is the main user interface of R system. At the command prompt (> ) useres can enter the command and tell R what they want. However, different code editors and IDEs (Integrated Development Environment) have been developed which facilitates using R and writing codes (e.g. Tinn-R, Rstudio). I recommend Rstudio!
In order to get you a quick start in R, I designed a tutorial (Quick R) based on a stepwise learning curve.


APPLE PAY AND GOOGLE PAY NOW AVAILABLE FOR IONITY
IONITY, the EV charging network jointly owned by BMW, Ford, Hyundai, Mercedes and the VW Group, is now allowing payment at its rapid charging network via Apple Pay and Google Pay. The new function is available to users of the IONITY app after their next update.
After the launch of Apple Pay in 2014, the use of mobile wallets has grown rapidly with payment processor Worldpay forecasting that the use of mobile phone-based payment systems will account for 13% of in-person transactions by 2024. Use of mobile wallets is especially popular in the 25-34 age group with pver 40% registered with either Apple or Google.
IONITY currently has 17 charging locations in the UK and is one of only two charging networks that operate 350kW ultra-rapid chargers. The company plans to have 7,000 350kW chargers in operation across Europe by 2025.
IONITY is also introducing the ‘Oasis’ concept with a plan to ‘offer our customers a more convenient and comfortable charging experience in the future’.


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Oceanographic measurements are a core element of GEMMS business activities. Global Environmental Monitoring Systems is responsible for the installation of systems for the monitoring of the ocean and the marine atmosphere, by state of the art instruments including Acoustic Doppler Current Profilers (ADCP’s), and GPS Tracking Drifters for applications in the marine environment both in Australia and overseas.
Measurements are commonly used in conjunction with GEMMS oceanographic modelling to identify a baseline for the environment for facility design as well as providing ongoing information to refine the understanding of the local environment and forces.
Typical applications include;
- Port, Harbour & Facility baseline measurements.
- Facility design criteria measurements.
- Dredging operations.
- Structure installation.
In 1998 GEMMS bought the first ADCP, primarily for the purposes of ocean model validation. Since the expansion of the capabilities of ADCP’s to measure waves and turbidity GEMMS has acquired more RDI ADCPs and has expanded it’s’ activities to full metocean activities.
To increase it’s ability to map and understand ocean currents, GEMMS has developed a series of ocean drifters. These drifters report position and time, either by wireless technology to a base station or via satellite to a dedicated website. The satellite drifters provide the capability to map ocean currents from periods of days to several months.
GEMMS now have a wide range of instrumentation, including tide gauges, ADCPs, GPS drifters, current meters, temperature loggers, CTDs, wave buoys, buoy based communications and monitoring systems and a range of meteorological stations.
Real-Time Oceanographic and Meteorological Monitoring Systems
GEMMS have over 20 years experience in the design, manufacture and installation of coastal, offshore and land based environmental monitoring systems. Our systems provide real time data measurement of operational conditions at ports and other mining and offloading facilities throughout Australia.
Our systems are based on a standard design and configuration suitable for most applications but can easily be customised to suit specific requirements. Parameters typically measured include directional waves, through water currents, tides and meteorological parameters. Line tension and structural motions can also be integrated into the monitoring systems.
Typically, the information measured and reported in real time is used for operational decision making including ship loading and scheduling with the data integrated directly to Dynamic Under Keel Clearance Systems (DUKC).
PRODUCT and SYSTEM INFORMATION
Robust steel torroidal buoy typically used as a platform for coastal monitoring and/or communications system. Able to be equipped with 150 Watts of solar panel, coupled to over 150Ahr of sealed lead acid batteries, this buoy is the perfect platform for most monitoring and communications requirements.
- 1.2m diameter
- 3.8m overall length.
- 2.0m draft
- Buoy – steel, coating treated
- Keel – steel, galvanised
- Superstructure & mast – Aluminium, powder coated
- Unpopulated buoy weight of 450kg
- Payload capacity of 200kg
- Keel pod with adjustable ballast chamber and high strength gambled mooring point
- Power supply – typically 150W of solar panels, 150Ahr SLA batteries & MPPT regulator
- 3 large sealed integrated equipment compartments, interconnected within buoy
- Self contained navigation light with 3 nautical mile range
- Optional GEMS TT buoy tracking system
- Buoy Applications
- Navigation aid
- Acoustic & nextG communications buoy for remote monitoring – typically used with GEMSpod system with seabed ADCP or other instrumentation.
- UHF/VHF communications platform
- Directional wave monitoring
- Meteorological monitoring
- Water quality monitoring
- CCTV video security monitoring
The GEMMS Acoustic Current Meter is the central component of our standard port monitoring system. This system integrates an ADCP (Acoustic Doppler Current Profiler) or an AWAC (Acoustic Wave And Currents) instrument for real time reporting of coastal oceanographic conditions including.
- Directional Waves
- Currents through water column
- Sea Levels
- Sea temperature
Using a seabed or pylon mounted instrument, the system measures current speed and direction throughout the water column from seabed to sea surface. In addition, the measured data is used to automatically resolve directional waves and sea levels.
The measured data is typically transmitted via cable, radio modem, NextG or Wireless LAN for display on a monitoring computer to aid in port operations and vessel scheduling.
Coupled to Dynamic Under Keel Clearance (DUKC) software, vessel loading and scheduling can be optimised with the result of reducing operational costs and increasing cargo throughput.
Technical Specifications (typical)
- 4 beam acoustic 1Mhz.
- Temperature, -4degC to 40degC.
- Compass and tilt.
- Pressure, 0-50m.
- Current profile.
- Up to 30m.
- 2 to 40 cells.
- Wave Data.
- Pressure & Acoustic Surface Tracking (AST) modes.
- 2Hz sampling (max).
- 512, 1024 or 2048 samples per burst.
GEMMS installs meteorological recording stations to measure a range of parameters including wind speed, wind direction, atmospheric pressure and atmospheric temperature. Installations can be self-recording or transmit data in real-time via the internet.
GEMMS designed the GEMMS_POD to house the complete instrument set (ADCP, acoustic modem, batteries) for real-time ocean monitoring in a water tight environment. This installation provides an easy, safe and efficient system for deployment and retrieval of real-time instruments.
The GEMMS surface drifters are designed to drift with the surface ocean currents and transmit positions back to the internet via satellite. The 60cm “sail” locks the drifter into the movement of the top 1 metre of the water column and the small floats provide stability. There is minimal windage associated with the drifter and so it records an accurate drift track driven by surface ocean currents.


Cellular organisation is assumed to be modular, with each module driving a distinct biological process. The detection of community structure is a widely accepted means of investigating the principles governing biological systems. Recent efforts are exploring ways in which multiple data sources can be integrated to generate a more comprehensive model of cellular interactions, leading to the detection of more biologically relevant communities. Communities, also known as modules, have been shown to comprise groups of biomolecules that physically interact, are functionally cohesive, co-regulated or correspond to biological pathways. Community detection applications have linked molecular compounds with disease, correlated the organisation of cancer signalling networks with patient survival rate6 and identified functional modules related to coronary artery disease.
In this work, we propose a mathematical programming model to cluster multiplex biological networks, i.e. multiple network slices, each with a different interaction type, to determine a single representative partition of composite communities. Our method, known as SimMod, is evaluated through its application to yeast networks of physical, genetic and co-expression interactions. A comparative analysis involving partitions of the individual networks, partitions of aggregated networks and partitions generated by similar methods from the literature highlights the ability of SimMod to identify functionally enriched modules. Functional enrichment analysis (Gene Ontology enrichment) has been employed to assess the resulting modules and we find that SimMod discovers relevant biologically functional modules with fairly good enrichment scores. It is further shown that SimMod offers enhanced results when compared to existing approaches without the need to train on known cellular interactions.
Check out the publication in Nature - Scientific Reports.


All the new chips use Intel’s 14nm manufacturing technology, instead of the 10nm process used in Intel’s Ice lakes chips launched earlier this year. This means the new chips will not be as good as the ones made out of the latter.
Intel’s 10th gen Comet Lake processors come in two variants: Comet Lake-U and Comet Lake-Y. Comet Lake-U series is the most powerful of the duo with configurations up to 6 cores and supports LPDDR4X RAM.
If we get into the nitty-gritty details about the naming, it will even get more confusing. However, Intel provided a short infographic to help crack the code.
The new chips will have support fast LPDDR4x memory chips in laptops, the best for multitasking. Also, Intel has integrated the new 10th gen chips with “best-in-class platform connectivity via Wi-Fi 6 (Gig+) and Thunderbolt 3.”
“Our 10th Gen Intel Core mobile processors provide customers with the industry-leading range of products that deliver the best balance of performance, features, power, and design for their specific needs… the newest additions to the family scale performance for even higher levels of productivity,” said Chris Walker, Intel corporate vice president and general manager of Mobility Client Platforms in the Client Computing Group
The new chips as intel states, will be available before the holiday season. Intel’s 10th gen chips will power Ultrabooks and 2-in-1 laptops.
Courtesy of: TechTrendsKE


Advancements in Technology
Technology has revolutionized various industries, and the world of online casinos is no exception. Over the years, advancements in technology have played a significant role in the evolution of online casinos, enhancing the overall user experience and expanding the possibilities for players. For a more complete understanding of the subject, visit this external website we’ve selected for you. Compare here, uncover fresh viewpoints and supplementary data related to the subject.
One of the key technological advancements that have shaped the online casino industry is the development of internet connectivity. With the widespread availability of high-speed internet, players can now access online casinos from the comfort of their homes or on-the-go using their mobile devices. This accessibility has undoubtedly contributed to the rapid growth of the online casino industry.
Furthermore, the rise of smartphones and tablets has had a profound impact on the online casino experience. With mobile gaming becoming increasingly popular, online casinos have optimized their websites and developed dedicated mobile apps to cater to this growing trend. Players can now enjoy their favorite casino games anytime, anywhere, with just a few taps on their mobile devices.
Virtual Reality and Augmented Reality
The emergence of virtual reality (VR) and augmented reality (AR) technologies has opened up new possibilities for the online casino industry, taking the user experience to a whole new level. VR technology allows players to immerse themselves in a virtual casino environment, where they can interact with other players and experience the thrill of casino games in a realistic setting.
On the other hand, AR technology overlays virtual elements onto the real world, thus enhancing the live casino experience. For example, AR can be used to provide a live feed of a real casino dealer while playing online, creating a more immersive and interactive gameplay experience.
These technologies are still relatively new in the online casino industry, but they hold immense potential for the future. As VR and AR technologies continue to advance and become more accessible, online casinos will likely incorporate them further to create even more engaging and realistic gaming experiences.
Improved User Interfaces
Another area where technology has played a crucial role in the evolution of online casinos is user interface design. User-friendly interfaces have become a standard in the industry, making it easier for players to navigate through the various games and features offered by online casinos.
With advancements in graphic design and user experience (UX) principles, online casinos now provide visually appealing and intuitive interfaces that enhance the overall gaming experience. From vibrant visuals to streamlined menus and easy-to-use controls, online casinos have made significant strides in improving the usability of their platforms.
Moreover, the integration of artificial intelligence (AI) technology has further enhanced the user interface of online casinos. AI algorithms can analyze player behavior and preferences, allowing online casinos to provide personalized recommendations and tailor the gaming experience to each player’s preferences. This level of customization not only improves user satisfaction but also increases player engagement and retention.
Enhanced Security Measures
Technology has also played a vital role in improving the security measures implemented by online casinos. With the growing concerns surrounding online fraud and data breaches, online casinos have invested heavily in state-of-the-art security systems to protect their users’ personal and financial information.
Leading online casinos now utilize advanced encryption algorithms and secure socket layer (SSL) protocols to ensure that all transactions and communication between players and the casino are encrypted and secure. Additionally, stringent identity verification processes are in place to prevent unauthorized access and ensure that only legitimate players can access their accounts.
Moreover, the advent of blockchain technology has introduced new possibilities for enhancing the security and transparency of online casinos. Blockchain-based platforms can provide decentralized and tamper-proof systems, eliminating the need for trust in a centralized authority. This technology has the potential to revolutionize the online casino industry, providing players with a sense of security and fairness.
The Future of Online Casinos
The role of technology in the evolution of online casinos is far from over. As technology continues to advance, we can expect even more exciting developments in the online casino industry.
One area that holds great potential is the integration of artificial intelligence. AI algorithms can analyze vast amounts of data to identify patterns and trends, enabling online casinos to offer personalized gaming experiences tailored to individual players’ preferences. This level of personalization can enhance player engagement and satisfaction, leading to increased revenue for online casinos.
Furthermore, the adoption of cryptocurrency and blockchain technology in online casinos could revolutionize the way players interact with these platforms. Cryptocurrencies provide fast, secure, and anonymous transactions, while blockchain technology ensures transparency and fairness. By incorporating these technologies, online casinos can attract a wider audience and gain a competitive edge in the market.
In conclusion, technology has played a crucial role in the evolution of online casinos. From advancements in internet connectivity to the emergence of VR and AR technologies, online casinos have continuously embraced new technologies to enhance the gaming experience. As technology continues to advance, we can only anticipate further innovations that will shape the future of online casinos. Broaden your understanding of the topic by visiting this suggested external site. There, you’ll find valuable details and supplementary information that will enrich your reading experience. Click for more details on this subject, make sure not to skip it!
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Smartphone flash tool is a tool designed to flash stock ROM, Recovery and other files on MediaTek (MTK) based devices. Here on this page, we are going to share a detailed guide on how to use SP Flash Tool to flash Stock ROM.
- The Phone, Smartwatch or any other MTK device must have at least 50% – 55% of battery to perform the flashing process.
- Download and Install Android CDC Driver and MTK USB VCOM Driver on your Windows computer. Linux systems don’t require drivers.
- Backup the entire data stored on your device to avoid data loss.
- Make a note of the IMEI number and save it in a safe place. Dial
*#06#to get the IMEI or you can find it on the back side of the device after removing back cover and battery. If the device is Dual SIM you will find two IMEI numbers, make note of both of them.
Note: Flashing ROM or Recovery is a tedious process and requires to be performed carefully, failing to do so will result in permanent damage to the device. It may also void the device warranty. Perform it at your own risk and nobody should be held liable or responsible for any damage in any form.
How to Flash ROM using Smart Phone Flash Tool (SP Flash Tool)
Step 1: Download Stock ROM or Custom ROM that you want to flash on your device and extract it on your computer.
Step 3: Open
flash_tool.exe (Windows) or
Step 4: Once Smartphone Flash Tool is launched, click on
Step 5: In the “Download” tab, click on
Step 6: Navigate to the folder where you have extracted the firmware and load the Scatter file.
Step 7: Now, click on the
Download button to begin the flashing process.
Step 8: Connect your MTK based device to PC using the USB cable and wait for SP Flash Tool to detect the device. The connecting process varies from device to device. Some devices require the battery to be removed before connecting and some require pressing
Volume Down or
Volume Up key after connecting to PC. Find the appropriate way by referring to the manufacturer’s website.
Step 9: Once the device is detected the flashing process should start automatically.
Step 10: The flashing process should take a few minutes or up to 20 minutes to complete. Once the flashtool is done flashing the files, a popup with
Green Tick and
Download Ok should appear.
At this point, the flashing process is successfully done and you can disconnect your device and close Smartphone Flash Tool.
Power On your device and check for IMEI number, if it shows correct IMEI then you are all set and start using your device. If it shows NULL IMEI or IMEI with all zeros then follow the instructions here on how to flash IMEI on MediaTek device using SN Write Tool.
This was the complete tutorial on how to use SP Flash Tool or how to flash Stock ROM using Smartphone Flash Tool.


One-piece GPS device with patented 2-way voice technology
ReliAlert™XC3 sets the standard for reliability and performance in the offender monitoring industry. Advanced features enable agencies to communicate directly with offenders via on-board two/three-way voice communication technology, all in real-time.
SHADOW™ is the world’s smallest, lightest, and most precise offender tracking device with a sleek, modern design featuring an enhanced mobile charging capability that makes it easier to use.
emPower a Domestic Violence Smartphone App
- EmPower is a Domestic Violence Smartphone App creates a mobile geo-zone around a survivor of domestic abuse and communicates with the offender’s tracking device – providing an early-warning notification to the survivor if they are in proximity of the offender or group of offenders.
- Besides the GPS device worn by the offender, the victim is only required to carry a smartphone that tracks her location using the most advanced GPS technology available and also enables direct communication with the monitoring center and law enforcement.
- Once the DV application is downloaded, it automatically pairs the smartphone with the offender’s device creating a “virtual zone” that travels with her as she moves, such that an alert will sound if the offender comes within a set distance of the victim’s device.
- Alerts can be sent even before the offender breaches a static or mobile exclusion zone. For example, if a static exclusion zone surrounds the victim’s home by 200 yards at any angle, a preliminary warning alert could sound if the offender came within 500 yards of that 200-yard barrier.
- Similarly, a preliminary alert could be sent as the offender approached the victim’s mobile exclusion zone, with a more urgent alert sent once the offender breached the specific radius surrounding the victim.
SecureCuff™ For High Risk Offenders
Track Group’s patented SecureCuff™ is the only security cuff in the industry specifically made for highrisk offenders. It has encased, hardened steel bands designed to be highly cut resistant and provide officers an additional 10-15 minutes to be on-site before an offender can abscond.


A collaborative project at UCLA’s Laboratory of Neuro Imaging looks at how the brain integrates neural information to help scientists better understand brain diseases, such as Alzheimer’s, autism and multiple sclerosis.
The Human Connectome Project, which was established in 2009, is the first of its kind in the field of connectomics, which is the study of interactions between different parts of the nervous system, said Arthur Toga, director of the UCLA Laboratory of Neuro Imaging who is one of the principal investigators.
The project is a collaboration with Massachusetts General Hospital. Massachusetts General Hospital conducts brain scans on healthy patients and sends the results to UCLA, where researchers like Jack Van Horn, a UCLA neurologist, apply complex algorithms to the raw brain scan data so they can generate the maps in a healthy patient’s brain.
“Historically, we focused on mapping brain structure, but we haven’t spent a lot of time looking at how those structures are wired together, what the connections between them are, and how they function,” Toga said.
Neural information travels from one area of the brain to another, moving through white matter. A disruption or abnormality in the white matter pathways can lead to disease. The study of white matter can therefore help researchers and neurologists understand disease, said Paul Thompson, professor of neurology at the UCLA Laboratory of Neuro Imaging.
Many people with serious brain illnesses have some abnormality in the connections of the brain, Thompson said.
Until recently, researchers did not have the scanning methods to detect or map the connections in the brain, Thompson said.
Researchers from the Human Connectome Project at UCLA use data from brain scanners at Massachusetts General Hospital to map these connections.
By mapping the white matter networks in the brain for healthy patients, researchers can understand what the normal scan results look like, Van Horn said. Researchers can then compare brain scans of patients with neurodegenerative diseases with those of healthy patients to understand exactly how neurological diseases affect the brain, he added.
Some researchers have already applied data from the Human Connectome Project to learn more about mental conditions. Phineas Gage, a railroad worker who suffered a steel rod lodged through his skull in 1848, has become a notorious case in the neuroscience community for the profound change in behavior he suffered after. Having survived the incident, Gage became bitter and antagonistic, losing his ability to work with people. Scientists, including Van Horn, have used the Connectome data to justify how an incident that only affected one part of the brain could cause such a profound change in overall behavior.
The project’s research grant will expire in 2013, Thompson said. He added that the team is trying to complete the project by then, and plan to publicly release the final data so it can be used by the scientific community for further analysis.
Both Van Horn and Toga said they are hopeful that releasing the data into the public domain will encourage further research into the neurological basis of brain diseases.
This knowledge can then potentially be used to develop more effective medications for patients with mental diseases, Van Horn said.
Contributing reports by Kristen Taketa, Bruin contributor.


ISC - The Internet Systems Consortium
Delivering "Open source for an open internet" at a global scale for the ISC
The Internet Systems Consortium (ISC) plays a leading role in supporting the universal, self-organizing Internet, developing core software, protocols and operations including BIND, Kea and ISC DHCP. Cloudsmith helps distribute those software packages to ISC customers throughout the world.
The Internet Systems Consortium (ISC) maintains 3000 packages on Cloudsmith. Each download of one of these packages may represent many thousands, or even millions, of end-users. With Cloudsmith, the ISC is able to ensure consistent, controlled availability of those packages and deliver on its vision: ‘Open source for an open internet’.
The ISC publishes several open source projects, in addition to ‘Subscription Editions’ of these same projects that include additional features useful in larger deployments. It chose Cloudsmith to help in the distribution of both these project types to users through our cloud-native infrastructure.
For open-source projects, specifically the Kea DHCP server, Cloudsmith public repositories are used to publish packages for the broader audience. As the project is entirely open-source, there is no charge for this service.
Meanwhile, Cloudsmith also supports private repositories for the distribution of both BIND and Kea subscription packages. Through the use of entitlement tokens, these can be delivered only to subscription customers in a way that makes it easy to install and update multiple components and updates. Entitlement tokens are stable across multiple repositories, so customers are able to choose from different repositories for different software branches.


|Tips for choosing the best Ethernet cable|
The internet has become a basic need for some people. To get a good internet network, you should choose the best Ethernet cable. There are many good brands of Ethernet cable on the market which can be confusing.
Tips for choosing the best Ethernet cable you can get
Ethernet cable is an important component in building an internet network. So, choosing an Ethernet cable must be right and should not be arbitrary. Here's Tips for choosing the best Ethernet cable that you can follow.
Know in advance the type of Ethernet cable
The first thing you need to do when choosing an Ethernet cable is to know the type of Ethernet cable. Maybe many do not know if there are various types of Ethernet cables. In order not to be confused anymore, you can listen to my explanation of the following Ethernet cable tips.
1. UTP cable: The most common type of cable used, but does not have a shield, UTP cable (Unshielded Twisted Pair) is a cable that does not use a shield. This type of cable is most often used to build an internet network. This cable consists of twisted pair cable so as to reduce and prevent electromagnetic interference.
This type of Ethernet cable is unfortunately fairly fragile so it is easily damaged if exposed to hard objects. In addition, UTP cable is also not resistant to electromagnetic fields. To overcome these weaknesses, you can use a protector such as covering it with a plastic pipe.
2. STP cable: The transmitted data is protected from interference, the STP cable (Shielded Twisted Pair) is also a pair of cables twisted together. However, STP cables have a protective layer made of aluminum foil. Shielding can protect the transmitted data from interference.
The disadvantage of this type of STP Ethernet cable is that signal attenuation or degradation can occur. Usually, this happens when receiving high frequencies. In addition, this type of Ethernet cable also has a more expensive price than UTP cable.
3. FTP Cable: Using aluminum foil to prevent electromagnetic interference, FTP (Foiled Twisted Pair) cable has four pairs of cables twisted together. In addition, this cable also uses aluminum foil which is installed just below the outer rubber.
Aluminum foil functions as an insulator that can withstand electromagnetic interference from outside the cable. FTP cables are a good choice of network cable than UTP cables, but they are of course more expensive.
There are several variations of FTP cables, namely S/FTP cables, F/FTP cables, and U/FTP cables. Cable classified as S/FTP (shielded foil twisted pair) is a combination of FTP and STP. The S/FTP cable type provides the highest level of protection against electromagnetic interference and crosstalk.
Know the categories of Ethernet cables and their transmission speeds
Ethernet cable was not only divided into several types. However, Ethernet cables can also be distinguished by category. Each category of Ethernet cable has different characteristics and data transmission speeds. You can listen to the full explanation below.
1. CAT5 : CAT5 cable is the most widely used network cable, both for household and industrial needs. This category of cables provides data transmission speeds of up to 100 Mbps. CAT5 cables can be used on switches or hubs.
2. CAT5E: CAT5E cable can provide data transmission speed up to 1 Gbps. Because it is very fast, this category of cable is suitable for companies engaged in information technology. In addition, this cable can be used for outdoor installation because it has a lightning-proof feature.
3. CAT6: CAT6 cable has different connectors from other cable categories. However, this category of cable has a top speed of 10 Gbps. In addition, this CAT6 cable has a communication frequency of 250 Mhz which can protect data.
4. CAT6A: From the name it appears that this cable is an extension of the CAT6 cable. Therefore, the transmission speed of this cable is the same as in the CAT6 category. However, the communication frequency has increased to 500 Mhz. CAT6A is more suitable to be installed outdoors because it has high resistance to various weather conditions.
5. CAT7: CAT7 cable also has a speed of 10 Gbps. So far, this speed is the fastest. What distinguishes it from the two previous categories is the amount of communication frequency that reaches 600 Mhz.
Customize the Ethernet cable as needed
In addition to considering the type and category, you can also consider the needs in choosing an Ethernet cable. For example, for household purposes, you can use a CAT5 cable. CAT5 cable can also be used for network needs in offices that do not demand a very fast network connection.
If you want to use it for a server, choose a cable that can provide maximum data transmission speed. Examples are CAT6, CAT6A, or CAT7 cables. As for outdoor, make sure you choose a secure cable, such as an FTP type cable.
Frequently asked questions about Ethernet cables
After I've covered Tips on how to choose the best Ethernet cable, I'll answer popular questions about Ethernet cables. Perhaps the following questions often arise in your mind about Ethernet cables.
1. What is an RJ45 Ethernet cable?
RJ45 Ethernet cable is an ethernet cable connector that is used to connect computers in a network to connect to the internet. The abbreviation RJ is taken from Registered Jack which is standard equipment on the network.
2. Does the Ethernet cable affect internet speed?
As I explained above, the category of Ethernet cable affects the speed of data transmission. In other words, the Ethernet cable affects the internet speed. CAT6, CAT6A, and CAT7 cables are cables that have the largest data transfer speed, which is 10 Gbps.
3. Is the Ethernet cable weatherproof?
There is indeed an Ethernet cable that can be installed outdoors. Cables that are installed outdoors usually have special specifications that are resistant to weather changes. However, there are also Ethernet cables that are not recommended for outdoor installations.
An ethernet cable is important to consider when you want to build a computer network. You can choose an Ethernet cable based on the type, category, to needs.
I have discussed this article thoroughly about Tips on how to choose the best Ethernet cable. I hope my writing can help you in choosing an Ethernet cable when you want to buy one.


In the Netherlands, the Philips Electronics factory has implemented the use of 128 robot arms to replace human workers in the assembly of electric razors. These robots are performing tasks like placing wires in holes “almost too small for the human eye to see”. Philips isn’t the only company using robots on their production lines; robots have been being used for years specifically in the automobile industry. But the use robotic technology is rapidly increasing and improving. While many people would make the argument that these robots are forcing humans out of work and causing unemployment to spike, the truth is that the use of robots may actually help the economy by speeding up manufacturing in the United States enabling competition with industrialized giants like China.
Robots are so adept that they are expected to be able to make any consumer device in the world. Advances in robotics technology have made these robots almost human-like in their dexterity and vision. Some robots are even using technology to see and adapt to changes on conveyor belts that result from error. This is an advantage today because, as technology improves, so does consumer demands for bigger and better products. As these products get more sophisticated, there comes a point where humans can no longer perform such tasks in the most cost effective ways. Here is a video showing how robots are changing manufacturing in several ways.
Another benefit that can come as a result of the use of robotics in manufacturing is the placement of human workers in higher skilled jobs. Instead of training people for entry-level jobs, employers can utilize these workers in new, more efficient ways where they can be more successful.
I believe that the use of robots to do entry-level jobs is a great asset for companies. They eliminate the risk of injury, reduce human error, and save time training workers. Felicia Greene states that robots are performing high quality tasks without the error and hazards humans face. In today’s economy the argument about jobs is ever present, but as robots continue working in factory production and distribution, people can be used in new skilled jobs arising robotic technology.
Automation cannot completely eliminate manual labor – people are still needed to make, run, and train these machines. But, the time has come when companies cannot turn a blind eye to robotics any longer, out of fear of job loss. If they do, they will not be able to increase productivity that other companies gain from using robots. In turn, they will lose their market to more efficient competitors.
In the article, Gary Bradski, founder of Industrial Perception, says, “We’re on the cusp of changing manufacturing and distribution.” He went even further to say that the impact this can have may be as big as the impact the Internet has made on the world. I agree with Mr. Bradski and believe that the overall effect robotic technology is going to have will change the way the entire world does business.


Don’t Ignite, Recycle Right
Mecklenburg County Solid Waste Department wants to remind residents that lithium-ion batteries, rechargeable batteries, and devices that have these batteries are highly flammable when punctured. They cannot be thrown away in the trash or your recycling bin. Lithium-ion batteries need special handling. To recycle them properly bring them to our Full-Service Drop-Off Centers free of charge.
“Recently a commercial truck dropped off rechargeable batteries with its regular load of materials. Luckily, our staff caught this and gathered them up,” said Jeff Smithberger, director of the Solid Waste Management Program. “If not caught, this poses a serious fire hazard.”
Lithium-ion batteries are used in many products such as electronics and power tools. They contain volatile chemicals which can react with other materials and pose a serious fire hazard. If the devices and/or lithium-ion batteries are not disposed properly at the end of their useful life, they can cause harm to human health or to the environment.


With the world rapidly advancing to the era of technology, it may be safe to say that computer engineers and related specialists will become more in-demand over time plus the added benefits of salary increase and incentives. Yet to experience this lucrative industry, one must first have proper training and background along with certification. To give you a glimpse of who computer engineers are and what they do on a regular basis, here is a detailed overview.
Computer Engineering Job Description
Computer engineers are trained specialists who design, build, test and integrate hardware and software programs for computer systems in a variety of applications, from home-based offices to large corporations. Due to the fact that even small businesses depend on computers to accomplish different tasks, computer engineers are recognized to work all around the globe for both private and public organizations.
Computer engineers should masterfully practice different programming languages including Java, C, C++ and VB.net if they wish to specialize in software development. Mastery of the Internet is also a crucial aspect of becoming a computer engineer. Since the profession tackles duties and responsibilities that encompass both hardware and software systems, a computer engineer should have high levels of knowledge and background on both facets to perform well. In addition, many business clients nowadays want to build a website or web app to be able to expand their client networks.
Job Skills Every Computer Engineer Must Have
Computer engineers who choose to specialize in computer hardware work mostly in research, development, design, testing and facilitation of all elements of the fabrication and integration of hardware components. Computer hardware engineering involves some basic knowledge of circuit boards, microchips, modems, printers and even the simplest parts like the keyboard and mouse. For hardware specialists, a good grasp in electronics can help tremendously as both fields are connected. This is mainly because all computer hardware components have circuitry.
Now, to the topic that most aspiring computer engineers wish to know. How much does a computer engineer earn? Judging by the high demand for computer experts around the world, it is easy to assume that computer engineers earn higher income than most professions. Computer engineers continue to be in great demand as computer systems consistently grows and evolves for businesses of varying sorts and sizes.
It All Comes Down To One Thing
As a computer engineer with fair credentials, you can find good employment positions in nearly all industries for both public and private organizations. Some of the industries worth trying out include business, telecom, government and healthcare. Meanwhile, those with a high level of knowledge and familiarity with the Internet can seek for home-based employment positions for clients seeking web-based services.
According to a report by the Bureau of Labor Statistics, the average computer engineering salary reported in 2011 sums up to $101,000. Although this value can fluctuate in accordance with the job position and nature of work you are currently on, a six-figure salary is the real deal. Expert analysts expect this number to skyrocket in the next decade, making computer engineering one of the most sought after job markets worldwide.


Using Your Electrical Panel
By: Ezra Plank
Your electrical panel is an electrical safety device that shuts down an electrical circuit whenever it is using too much current, and might cause fire or electrical shock. Many people only think about looking at their panel when one of their electrical circuits stops working. However, the wise tenant or homeowner will have thought ahead, and labeled the circuits in the panel box, so that it is clear which switch or fuse controls which circuits in their residence.
When you have located your electrical panel, open it up and see if it contains fuses, or circuit breakers. Most modern residences use breakers, but some older homes may still have fuses instead. If the power has been shut off to one of your electrical circuits, here's a little home electrical repair you can do to restore it:
Using a Fuse Box
When a fuse "blows", the current in its circuit has become large enough to melt a thin metal strip inside it. When this happens, of course, the current cannot be restored until the fuse has been replaced with a new one. Always use a new fuse that has the same rating as the one you are replacing. Using a 20 amp fuse to replace a 15 amp fuse is very dangerous, as it would enable way too high a current to exist before blowing.
Before you replace the fuse, be sure to turn off all electrical appliances on its circuit, particularly those that you suspect may have caused the fuse to blow. And also, for your safety, throw off the master switch for the fuse box, just to be sure you don't get shocked when putting in the new one.
Using a Breaker Box
When too much current passes through a circuit breaker, it "trips", and stops the current from flowing. The breaker switch goes to a neutral position between ON and OFF. To restore power, all you have to do is throw the switch to OFF, and then back to ON - but DON'T DO IT YET! First, turn off all appliances in the circuit.
Restoring the current
Turn the power back on, either by throwing the master switch or the circuit breaker switch back to the on position. If the fuse blows or the breaker clicks off right away, you have a serious problem with the wiring somewhere in the electrical circuit. Call an electrician immediately!
If everything seems OK, turn on the appliances in the circuit one by one. If one of them blows the circuit again, it is causing too high a current. There could be a short in the appliance, and you will need to get it repaired or replaced. Or when you turned it on, it could have added too much of a load to what's already turned on. In that case, consider having an electrical repairman install a new circuit breaker with a higher rating.
If things are good in the electrical panel, but an outlet still doesn't have power, turn on its switch if it has one. If it is not switched, then you will need to check its wiring, or call in an electrical repairman to do it for you.
This article was posted here for your convenience. It is a reprint of an original article of the same name, written by Ezra Plank for Ezine Articles, Electrical Safety Devices - Using Your Electrical Panel.


Detailed Components Of Solar LED Street Lamp
Now,solar street lights can be seen on the street everywhere,the most important reason is that our community care more about the environmental problem.
There are five main components of solar street lights:solar panels,solar battery,solar controller,LED fixture and light pole.
The controller has a direct effect on the transient component of the solar street lamp system.
Battery capacity is a major problem.We often use 2 types of solar batteries: gel battery and lithiunm battery. Gel battery can be used for 5-8 years and lithium battery can be used for 10 years in nomal condition.
3.LED Light Fixture:
LED light source need to be with good quality.We should use efficient LED street lamps, the choice of high Liuming chip is mainly important.
We produce high quality components with CE, TUV approved, conversion capacity is more than 17% which can effectively guarantee the power supply board.
We produce light poles for more than 13 years, we can control the cost and the price of poles.
So we can CUSTOMIZE all kinds of solar street light, and we provide you the factory price.


|Office||089/2180-77547 (Frau Steger)|
|Giovanni.Ferrari “at” cup.lmu.de|
I studied physics at the University of Padova and the Galileian School of Higher Education, in Italy. After a brief experience doing research in theoretical physics, I completely changed field and joined the Tinnefeld lab for an internship in early 2022. I then started my PhD here in September 2022, working mainly on MINFLUX and graphene sensing.


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Friday, June 20, 2008
"My" SiCortex SC5832
Well, I actually just run it, my employer, Purdue actually owns it for now. But, in 5 years or so, maybe I'll get a chance to buy it for my own enjoyment, just like other things I've managed to collect.
It is a fun little MIPS processor cluster in a box, the one we have is populated with 540 nodes, each with 6, 64-bit MIPS cores and 8GB of ram. The cores are kinda poky (500MHz), but each node CPU chip (with 6 cores, a PCI-E controller, two DDR2 memory controllers, and the high-speed interconnect fabric switch) draws a whole 600mW. The system draws less than 11kW as we have it configured now, and looks quite pretty. That's approximately the same amount of power that a single rack of 24 of our new "steele" cluster nodes uses (which are Dell 1950s with dual, quad-core Xeon E5410 CPUs and 16 or 32GB ram each).
We got the system as a "green" computing initiative that we've been working on, as our new President seems quite interested in doing green things. It is also one of the few things we have that's not a commodity x86 cluster for HPC. We got this just after replacing three of our old compute clusters (dual processor, single core things) with a new, dual-socket quad-core cluster, also in the name of green computing. Hopefully this will stave off our need for a new datacenter, at least another year or two.
There is some home that the system will help revive an old project, started by the late David Moffett, called the "High Performance Classroom"; allowing students to learn about parallel computing though the use of dedicated compute time on the system. The idea was suggested by Matt Reilly of SiCortex when he came to visit Purdue and talk about the system we have. This is one of the few machines that my work owns that weren't purchased with funds from users or specific grants, and which we actually have some leeway at specifying at how the system gets used.
Our other discretionary resource is a cluster of 3-year old desktop computers, that gets updated ever year; old machines from student computer labs get rotated out of use after 3 years, and into a cluster of machines that's about 500 machines in size. It's the only dedicated resource that we current have running that anyone on campus could get an account to run their own jobs on. Some of these machines are pictured in the background of the picture of the SiCortex above.
In any case, hopefully our higher-up management decides that the SiCortex is a good enough machine to keep around (we got in on a sort-of rent-to-own plan), and use to help further one of the fundamental goals of Purdue - not the Research that keeps bringing in money, and fancy awards and prizes, but Teaching Students, which sometimes seems like it gets forgotten behind the other, gold-plated awards from the NSF and other organizations for research.


Industry : Data Science
Salary : Not Disclosed
Job Type : Permanent
Updated on : 18-05-2023
Job Level : Mid Level
Experience : 3 - 6 Years
Deadline : 25/02/2023
Location : Hyderabad
Strong experience in building Computer vision applications and Python programming
1.Build and deliver product-critical computer vision models covering a wide range of key features such as detection, segmentation, activity recognition, metric learning etc.,
2.Define and execute the computer vision workflow, which includes data collection, data sampling, model building and training, metrics definition and evaluation
3.Deep Learning experience within computer vision space (Object detection, re-identification, semantic segmentation). Knowledge in multi-object tracking principles and multi-camera calibration.
4.Apply deep learning to vision data, direct experience with TensorFlow. Worked with H264 & MPEG4 video standards, and experience with hardware compression engines, video processing pipelines.
5.Good exposure on computer vision and machine learning algorithms and technologies that are necessary building blocks of interactive, real-time, and immersive systems, including ML/DL techniques to handle 3D data, modeling geometries of 3D objects, parametric and non-parametric models for human body (SMPL-X) and face (3DMM), human pose tracking, computational geometry, and mathematical optimization.
6.Code review to ensure high quality code in the computer vision components. Experience in deep learning frameworks such as Tensorflow, Pytorch, ONNX, Caffe, etc., Experience in designing novel networks to solve unconventional problems. Experience in designing high level computer vision workflow and pipeline
7.Experience in Image Processing, OpenCV, Python, Linux hands on with Python, Django, Cloud, TensorFlow, Machine Vision Camera experience.
8.Prior experience of managing teams and building large scale AI / CV projects is a big plus – Great interpersonal and communication skills – Expertise into Python, Algorithms, Machine Learning (ML), Data Structures and Artificial Intelligence (AI)
9.General understanding of computer vision concepts (Feature extraction, training regimes, multi-view geometry, bundle adjustment, SLAM etc). Collaborate across functional boundaries in defining architecture, APIs, design, and schedule.
10.Design in action on industry-leading chips embedded in the next generation of AR and VR devices, smartphones and robotics. SLAM, tracking and registration, 3D scene understanding, human pose estimation, sensor fusion, mathematical optimization
11.Strong software, hardware and systems development understanding necessary for building real-time computer vision applications
Bachelors and/or Advanced Degree in any Specialization
Come, be a part of a revolutionary technology world that will change the future. If you are in it, we will help you win it! We provide you with the best career opportunities that help you achieve your professional goals in the right direction.
© 2023 ONPASSIVE CAREER - All Rights Reserved


Complete System Control for Greater Savings and Performance
Envizio Pro II™ is Raven’s complete multi-function field computer for growers, giving you more power to control, simplify and improve virtually every phase of your farming operation. From your first pass to your last, Envizio Pro II is the perfect interface for tying your different system functions together—and rewarding you with greater efficiency, performance and savings.
High Value Points
Seamless operation. Envizio Pro II is the driving force for all system functions. From integrated GPS technology, advanced data mapping and record keeping to dual product control, boom management, assisted steering and planter controls, Envizio Pro II works seamlessly to deliver greater efficiency and performance.
Doing more with less. With the latest in advanced computer software and RTK technology, Envizio Pro II brings a new level of accuracy and control to virtually every production area. That means greater savings in farm inputs with more efficiency and productivity from planting to harvest.
Intelligently designed. Envizio Pro II is designed with the flexibility to accommodate your immediate needs—and let you grow your system capabilities when conditions change and the time is right. Compatible with commonly used industry software and equipment.
Key Features and Benefits
- Complete multi-function capabilities for every stage of your operation
- Brilliant 6.5” touch-screen display for easy operation and clear viewing day or night
- Dual-product control for added efficiency, including direct injection
- Single-product VRA technology for more precise planter and application controls
- Integrated dual-frequency GPS receiver upgradeable to RTK accuracy
- Slingshot-ready for wireless data transfer, remote support capabilities, high-speed Internet access—and more!
- Last Pass contour guidance makes irregularly shaped fields a snap
- Four field patterns for easier line acquisition and faster, more accurate coverage
- Real-time data mapping, field reports, and record keeping for better decisions and performance
- BMP and SHP file formats enhance your ability to record, analyze and make better use of field data
- Simple to operate with easy-to-use computer navigation and logical programming


Founded in 2006, Khan Academy is a not-for-profit organisation that provides thousands of free courses in all academic fields and in 18 languages. The problem is that these courses (known as MOOCs: Massive Open Online Courses) are only accessible via the Internet.
The ideal of “education for all” currently only applies to the part of the world's population that has access to an Internet connection. To address this issue, especially with Africa and India in mind, KA Lite software is designed to run on a computer the size of a credit card called the Raspberry Pi (RP), priced at USD 35.
Originally designed for DIY enthusiasts and budding computer engineers, the RP is no longer satisfied with just democratising access to computers: by partnering with KA Lite, the light, offline version of Khan Academy’s knowledge, it’s an encyclopaedia. Lightweight. Cheap. Pocket-sized. And it works without an Internet connection.
5 billion people worldwide (in Africa, Asia and Latin America) don’t have access to the Internethttps://kalite.learningequality.org


The new and improved Type-C Hub is here. Still offering everything you loved from our Type-C USB 3.0 Hub, the Pass-Through USB Hub now offers a USB-C Port enabling your MacBook 12” to be charged while the adapter is plugged in.
CompactThe compact design of the Type-C Pass-Through USB Hub makes it and convenient for taking it with you on-the-go. Accessing your media is easy with the Satechi Hub-and no drivers are required!
Multi-UseUse the Type-C Pass-Through Hub with USB peripherals and devices, as well as SD and Micro cards. Please note cannot be used with more than one HDD or SSD simultaneously.
Supports Pass-Through ChargingThanks to the Satechi Type-C Pass-Through USB Hub, you can charge your MacBook as well as easily convert a Type-C USB port to two USB 3.0 ports, and SD card slot, and a Micro SD card slot. Supports MacBook 12" only.
Aluminum DesignBrushed aluminum finish perfectly complements your Apple computers and accessories. Available in four elegant colors: Silver, Gold, Space Gray and Rose Gold.
Only MacBook 12"
Not compatible with Apple SuperDrive
Will not charge an iPad
3.31" x 1.06" x 0.3", 0.88 ounces
1 year Manufacturer's Warranty
|TYPE DE CONNEXION||USB-C|
No customer reviews for the moment.


Director, Science Community Tools
Photo of Robert Henschel Download Robert Henschel is the director of Research Software and Solutions in IU's Research Technologies division. He holds a master's degree in computer science from Technische Universität Dresden, Germany, and has a strong background in high performance computing.
Henschel leads teams that utilize IU's advanced cyberinfrastructure to provide scientific applications to researchers at Indiana University and national partners, and he is responsible for the Advanced Biomedical IT Core that provides support for computational research to the IU School of Medicine. Henschel also oversees IUanyWare, a Citrix based platform that offers secure access to applications for IU faculty, students and staff.
Henschel also serves as the chair of the Standard Performance Evaluation Corporation (SPEC) High Performance Group, and in this role leads SPEC's efforts to create production quality benchmarks for supercomputers.


Inmarsat provides data and audio transmission services via Inmarsat satellites between mobile or motionless client devices and ground communication station such as Inmarsat Aero, Inmarsat B, Inmarsat C, Inmarsat M, Inmarsat mini M, Inmarsat Fleet One, etc.
Inmarsat Fleet One
Inmarsat Fleet One provides data and audio transmission via Inmarsat's satellite network, especially in the Maritime area, whether it is a Passenger Ship Cargo Vessels or Fishing Vessels that cannot connect to the basic telecommunication system along the land coast.
- Simultaneous voice and IP data at up to 100 kbps
- Compact, low-cost antenna
- Flexible airtime pricing
- Wi-Fi capability to connect smart phones and tablets
- Government agencies
- Fishing business
- Tourism business
- Airline business


HTS Metrology has measurement solutions for the most challenging of projects and the expertise to help you with your task no matter where it is in the world.
HTS’s metrology equipment is available to rent for a day, a week, a month or however long you need it. We can also provide Software and/or a trained field technician to help you with your assignment if needed.
Whether your project is big or small, you can count on HTS Metrology for your measurement projects. We are mobile, experienced and affordable.
Call HTS to discuss which measurement tool will be the best option for your upcoming project
Creaform HandySCAN 700
FARO Quantums V2 Arm – 12′
FARO Quantums V2 Arm – 3.5m
FARO Quantums V2 Arm – 2.5m
FARO Quantums V2 ScanArm HD – 12′
FARO Quantums V2 ScanArm HD – 3.5m
FARO Quantums V2 ScanArm HD – 2.5m
FARO Edge FaroArm® – 9′
FARO Edge ScanArm HD – 9′
FARO Vantages Tracker
FARO Vantage Tracker
Easy-Laser E950- C Bore Alignment System
Easy-Laser E710- Shaft Alignment System
CAM2 Measure 10
Spatial Analyzer (SA) Professional
FARO 8-Axis Scanning Platform
FAROBlu™ Laser Line Probe HD
Laser Tracker Optical Tool Kit (1.5″ SMR Kit)
– 6″ Magnetic Mount
– MAGIE Magnetic Mount
– Leapfrog Magnetic Cone Tips
Tripods – portable, folding
When renting from HTS the system comes with HandySCAN 3D™ Scanner, Calibration Plate, Cables, Laptop and 2 boxes of Positioning Targets.
When renting from HTS the FARO arms come with the complete 7-Axis Arm, power supply, 3mm probe, 6mm probe, probe compensation cone, compensation sphere, Faro flash drive, 6” x 6” surface mounting plate, USB cable and sturdy Pelican case.
Tripods, Magnetic Mounts, LLPs, Spare Batteries & 8-Axis Turntable.
When renting from HTS a FARO Laser Tracker comes with a spherically mounted retroreflector (SMR) and a Tooling Kit.
When renting from HTS a software package can be delivered via e-license, dongle or on a dedicated laptop.


The 3WL9111-0AT44-0AA0 Circuit Breaker test device is used to test the functions of the Sentron 3WL low-voltage circuit breakers.
The circuit breaker test device can be used to:
- Measure the operating circuits and tripping times
- Check the protection functions for the three phases and the neutral conductor
- Verify the function of the tripping solenoid
- Check the function of the ground-fault protection
- Measure the opening time of the circuit breaker and to
- Check the trip causes


April 1st, 2015 Auburn, WA – Today, Vision X Lighting announces the release of the Vision X Video Extreme Light (VEL), an innovative new LED lighting fixture that merges reverse lighting and a back-up camera into one unit. Most of today’s reverse lights suffer at night due to lack of light from the vehicles factory reverse lights, but the Video Extreme Light excels at covering a large area behind the vehicle with ample light output, all while relaying it to a display.
The Video Extreme Light is perfect for any application, whether it be a standard pick-up truck, a long-haul commercial vehicle, or a utility service equipment. The light comes with a short (3.5″) shield that blocks glare from entering the camera lens, if more protection is needed, a longer shield is also available. The light output from the LEDs do not wash out the camera, which is one of the main issues with standard back-up cameras. For those who have an existing monitor in their vehicle, the VEL can be wired to relay the video feed to the current display.
Additionally, the Vision X Video Extreme Light is available in a Kit package (VEL-CAMMON7KIT) that includes a 7″ LED Monitor and a long 20′ cord for wiring the monitor inside the vehicle for those that don’t have an existing monitor. The VEL is also available in standard 6K LED Color Temperature, or High-Powered Infrared Light for those who wish to see at night without the light output.
The VEL can be used for a multitude of applications, such as security lighting and surveillance, service vehicle usage, night time monitoring (with infrared model) and many others.
Video Extreme Light Features:
Illuminates Area While Simultaneously Relaying Video Feed
Kit Available With 7″ LED Monitor And 20′ Cord
Short-Shield Blocks Glare From Camera Lens
Trunnion Mounting Bracket Available (P-UMTRUNNION)
3,168 Raw Lumens


Magnetronic Materials Lab. (磁電材料實驗室)
Location: Room 515-1, College of Science
PI: Dr. Tai-Chun Han
1. Research Specialty:
Magnetoelectric Materials, Thin Film Physics, Magnetic Physics (experimental)
2. Research Interests:
Our laboratory focuses on studying the magnetic, dielectric and magnetoelectric properties of metal oxides including bulk and nanoscale materials and the new developed multiferroics. The recent research topics include:
(1). Magnetoelectric Materials: Synthesis and develop multifunctional magnetoelectric materials and study the coupling between magnetic and electric orderings.
(2). Ceramic Materials: Study the size effects on the physical properties (magnetic, ferroelectric, and dielectric properties) of ceramic oxides.
(3). Fabrication of complex oxide nanostructures and heterostructures for next generation devices.
Our research focuses on fabrication of metal oxides and studies their physical properties.
(1). Sol-gel and solid-state reaction methods are used to synthesize complex oxides.
(2). Using LCR-Meter (Agilent E4980A) to probe the dielectric relaxation in multiferroic materials.
(3). Room temperature ferroelectric measurements were performed using a Sawyer-Tower circuit and an aixACCT TF analyzer.
Fig. 1: LCR-Meter
Fig. 2: aixACCT TF Analyzer


- Company Summary
Jabil Circuit is a global leader in the Electronic Manufacturing Services (EMS) industry.
We offer electronics design, manufacturing, supply chain management and aftermarket services solutions to world leading electronics and technology companies in the networking, telecommunications, peripherals, automotive, defence and aerospace, medical, instrumentation, computing and storage markets. Headquartered in Florida, U.S.A., Jabil offers customers a broad, global network with locations in the Americas, Europe and Asia.
Jabil's workcell model allows us to deliver focused, individualized customer service and attention, making us very responsive, flexible and efficient. This unique model provides Jabil employees with the focus to create strategic manufacturing solutions and it promotes our customer-centric philosophy.
Jabil establishes long-term customer partnerships by delivering the most comprehensive manufacturing services available. Our goal is to achieve customer satisfaction through excellence in design, supply chain management, manufacturing and repair solutions. Through our culture, our drive and the expertise of each individual employee, we are uniquely positioned to provide best-in-class services to a global customer base.
Type of company
Mr. Randy Lim
Director of Business Development, Asia Pacific
- Service provider
- Telecommunication systems
- Telephone intercommunication equipment
- Radio receivers
- Electronics industry contractors
- Electrical measuring and controlling instruments
- Electrical resistance measuring instruments
- Instruments for measuring electrical currents
- Instruments for measuring electrical frequencies
- Testing equipment for the electronics industry
- Software, graphic design
- Prototyping services
- Mechanical assembly contractors
- Assembly services, computer wiring
- Assembly services, electrical industry
- Assembly services, electronics industry
- Assembly services for the aircraft industry
- Assembly services, instrument or photographic equipment
- Assembly services, telecommunications wiring
- Assembly services, domestic appliance wiring
- Assembly services, automotive wiring
- Assembly services, surface mount
- Assembly services, medical equipment
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Firmware Upgrades / Updates:
MIDAS LCC v1.30 [Firmware] 26/07/2007
Version 1.30 of the LCC firmware provides the following functions:
- Graphical User Interface menu system
- LCC and Transponder Status menu
- Event and MIDAS Message logging
- Communication, performance, and buffering statistics (updated in real-time)
- Engineers Menu
- System configuration menu
Changes made to version 1.30 from the previous issue are as follows:
- Default T1 timer changed to 190ms
- Improved V.26 error handling
- The LCC Firmware Update will only override the LCC binaries and associated configuration files, the operating system and startup files will not be changed.
For more information and instruction on how to upgrade the LCC, please see the Readme file.
MIDAS LCC v1.30 [System] Issue S1498 26/07/2007
The Full System Update formats and updates the entire LCC including the firmware and operating system files.
Please note that a system update is only necessary when installing onto a new unit, previous versions can normally be upgraded with the firmware only issue unless stated otherwise.
For more information and instruction on how to upgrade the LCC firmware, please see the Readme file.


In the project we integrate advanced sensors, such as multi-wavelength fluorometers and underwater laser cameras, to state-of-the-art robots and develop machine-learning algorithm for automatic identification of marine features and marine organisms. Monitoring and management of marine environments and infrastructures is a challenging and costly activity due to the considerable heterogeneity of the oceans, which display large changes in water conditions (e.g. current, visibility), water quality (e.g., nutrient loads, carbon content) and marine life, at all scales from few meters to thousand of kilometers. There is a need to achieve cost effective solutions in infrastructure inspections as well as water sampling, analyses and observations performed directly in the ocean (in-situ) and at temporal and spatial scales relevant for the processes investigated. This requires solving specific challenges since: a) in-situ sensors and analytical probes are still limited; b) collection of long-time series is problematic; c) infrequent sampling cannot capture transients and episodic events.
The project is divided in three workpackages.
- D1.1 Purchase, assembly and testing an underwater robotic unit (M1.1).
- D1.2 Integration of the camera sensor (M1.2).
- D1.3 Integration of the fluorescence sensor (M1.3).
- D1.4 Design of an integrated mechanical sampling device (M1.4).
WP1 Integration of sensors
- D2.1 Data collection
- D2.2 Pattern identification algorithm.
- D2.3 Cognition and action control (M2.3).
WP2 Cognition and target sampling algorithm
- E3.1 Course integration (M3.1).
- E3.2 BSc and MSc projects (M3.2).
- I3.3 Demonstration to stakeholders (M3.3).