By now, you’ve likely heard the term “blockchain”, but do you know how it could impact your day-to-day operations? Blockchain technology has the potential to transform a wide range of industries—and the insurance industry is no exception.
While still in its infancy, many insurance experts believe blockchain could increase consumer privacy, minimize fraud, reduce operational expenses and more. And the market for blockchain is huge. According to a report from Global Market Insights, the blockchain market is expected to reach $16 billion by 2024.
What Is Blockchain?
Blockchain is a new type of shared, encrypted recordkeeping system that can be seen in real time by everyone involved in a supply chain or other business operation. These systems work by recording a separate record, or “block,” every time a process is updated.
Essentially, each block in the system serves as a digital puzzle piece that verifies the next record, creating a digital chain. Each block is encrypted and can’t be changed, since altering any information in the record would be like taking a piece out of a finished puzzle and trying to change its shape.
Here’s how blockchain works:
4 Ways Blockchain Technology Could Impact the Insurance Industry
There are countless ways blockchain technology could benefit the insurance industry, but here are four major trends we’ve identified.
As technology becomes more and more prevalent, more data is being collected by internet of things devices. While this data can help brokers and insurers calculate more accurate rates and provide faster customer service, it also opens the door to more data being compromised during a cyber attack or data breach. To protect this growing amount of data, many are looking to blockchain technology.
Because all blockchain records are verified with a cryptographic hash that cannot be altered, blockchain is very secure against tampering and cyber attacks. And even though blockchain networks are public, they cannot be altered or viewed without permission, helping to ensure consumer privacy. While this technology is still very much in its early stages, by leveraging blockchain technology in the future, brokers and insurers could reduce their risk of cyber attacks while promoting greater data transparency.
By improving the security and accuracy of information, blockchain technology also has the potential to significantly reduce insurance fraud. The FBI estimates that insurance fraud costs the United States approximately $30 billion a year, and much of this expense is passed onto consumers in the form of higher insurance premiums. This fraud can be very difficult and time-consuming to detect though.
Consider the car insurance industry for example. Right now, it’s possible for fraudsters to try to claim the same damage twice or for repair shops to overcharge on simple fixes. However, with blockchain technology, auto claims could be cross-referenced to previous claims, police reports, accident photos and more—making the verification process simple.
Since validation is at the core of its public database, all blockchain records could be encrypted, verified and shared between relevant parties—helping to eliminate any suspicious or duplicate transactions. This, in turn, could help automate fraud detection and significantly reduce the amount of time and resources the insurance industry spends combatting fraud.
However, in order for to this technology to work, brokers, insurance companies, customers and third parties would all need work together to share and verify information related to policies, purchased products, claims and more.
3. Smart Contracts
Another potential application for blockchain is the future of contracts. While the notion of smart contracts has been around for a while, it wasn’t until the emergence of blockchain that they really moved from an idea to potential reality.
Compared to the traditional contracts used today, smart contracts have the ability to include real-time information from multiple systems. With blockchain-based smart contracts, claims processing and payouts could become automatic. Blockchain could help validate transactions and trigger payment without the need for human review.
For example, within the life insurance industry, a smart contract could automatically be connected to death registries. With smart contracts, rather than wait for an individual to file a claim, a smart contract could verify coverage and automatically pay out a claim to a beneficiary upon receiving information about a person’s death.
On the P&C side, similar automation could happen with crop insurance for example. In the case of a serious drought or flood, payments could automatically be made. This, in turn, could accelerate the resolution of claims, saving insurers both time and money and boosting customer satisfaction in the process.
Another major way blockchain technology could impact the industry is when it comes to reinsurance. According to a report from PricewaterhouseCoopers, the cost savings for reinsurers from blockchain technology could exceed $5 billon.
With blockchain, insurers would know exactly how much money is available when it comes time to paying out claims. Blockchain would also allow them to more accurately rebalance their exposures against certain risks—allowing them to make smarter business decisions. Furthermore, since data is stored on a public ledger that each party has access to, data doesn’t need to be re-entered into multiple systems—helping to save time and reduce the chance of errors.
These are just a few of the ways that blockchain technology could impact the insurance industry. While this technology is very much in its early stages, the power for blockchain to transform the industry is undeniable.
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Homemade marine radio antenna
5,495 Followers, 135 Following, 522 Posts - See Instagram photos and videos from HothBricks (@hothbricks) A Pioneer radio, built in antenna, marine speakers, CD player, a console and connection to MP3, iPod and satellite radio. FREE mounting pad. Frugal Dougal's Golf Cart Accessories offers tops, solar roof panel, rear seat kits, windshields, radios, lift kits & more. Mar 17, 2014 · The radio is a brad new uniden radio, could something be wrong with it? or is it indeed the antenna ? How the eclectic or wireless communication devise effect the radio? what can I do to stop the constant static/ noise? TRAM 144MHz/430MHz Dual Band Magnet Antenna with SMA Female Connector (1081-FSMA) 2018 10000 SKU retail, Wholesale, surecom equipment ,located in HONG KONG,walkie talkies,radio,has been providing radio sales,ham radio outlet,Buy Cheap walkie talkie,network walkietalkie,DMR This weekend I disassembled a SHAKESPEARE brand 8-foot VHF Marine Band antenna. The antenna was the CENTENIAL 5101 model. This antenna is widely used and is well-known to boaters. Its is a tapering fiberglass mast with an attached chrome-plated mounting collar which is threaded internally to screw onto a 1-inch threaded antenna mount. Majestic Electronics always has new 12 Volt LED TV's, Antennas and much more being developed for the Caravan, RV, Motorhome and Marine industry. We always want our customers to be fully educated as to the superior difference in quality that we offer. 2018 10000 SKU retail, Wholesale, surecom equipment ,located in HONG KONG,walkie talkies,radio,has been providing radio sales,ham radio outlet,Buy Cheap walkie talkie,network walkietalkie,DMR Antennas A set of four antenna systems are deployed in the ISS Service Module supporting the current installation of the Kenwood D700 and D710 radios. Each of the four antennas can support amateur radio operations on multiple frequencies and allow for simultaneous automatic and crew-tended operations. Only RFID Journal provides you with the latest insights into what's happening with the technology and standards and inside the operations of leading early adopters across all industries and around the world. Find the perfect CB radio antenna for truck, Jeep, 4x4 or commercial vehicle. Fast Shipping, 120% Satisfaction Guarantee! This holiday season, online shopping volumes are at an all-time high. Video walk through with directions for an easy to build AM FM antenna.A simple antenna design I found on the internet, once you find the right spot you will ... The transmitting antenna sends the radio signal into space toward the receiving antenna. The path in space that the radio signal follows as it goes to the receiving antenna is the propagation path. The receiving antenna intercepts or receives the signal and sends it through a transmis-sion line to the receiver. Jan 09, 2020 · Choosing and Using the Best Marine VHF Antenna. Height and placement of your VHF antenna can affect range and clarity. By Chris Woodward. Updated: January 9, 2020. Antennas Antenna Performance Specialties APS-9B Antenna Performance Specialties APS-13 Antennacraft FM6 Antennacraft FM10 Antennacraft FM13 Channel Master Stereo Probe 9 Denny's Antenna Service FM 2500HD Finco FM-4 Finco FM-5 InnovAntennas FMDX-9 InnovAntennas 88-DES-14 Stellar Labs 30-2460 Triax FM 5 Triax FM 8S Winegard HD-6000 Winegard ... The team can, however, carry only the mast head and antenna sections, mounting these on wood poles or hanging them from trees; or, the team can make a complete expedient 292-type antenna (Figure 7-13), using WD-1, wire, and other readily available material. The team can also use almost any plastic, glass, or rubber objects for insulators. A Guide to Homemade FM Radio Antenna for All the Radio Lovers. Listening to the radio is a favorite pastime for many, besides the millions of others who love to have some music on, no matter what they are doing the whole day long. Sometimes, there might be interruptions while broadcasting radio programs. The transmatch, or ham radio antenna tuner, is a variable impedance matching device. It is used between the transmission line of an HF antenna system and a transceiver or transmitter. Its purpose is to make the antenna system "look like" a purely resistive load - usually 50 Ohms for the vast majority of ham radio transceivers or receivers nowadays. 2 Way Electronix, LLC is now N9TAX Labs. This is the new home for the N9TAX Line of Slim Jim antennas. Expect the same great products with a cleaner more secure site. We hope you find something you like. Please feel free to contact us via the form at the bottom of the page if you have any questions. The two launchers in the photo were used on Field Day 2003 to put up numerous antennas. Field Day is an Amateur Radio 'Emergency Drill' essentially, setting up and operating in field conditions for a couple of days. It is a lot of fun and a good test of our equipment and technique, both radio and Antenna Launching.
A crystal radio is a very simple radio that was popular in the early history of radios. It is an electrical circuit that can pick up and play sound from AM radio stations. . Rather than rely on outside electrical sources, like a batteries or plugs, crystal radios get their power directly from the radio wa
Feb 12, 2018 · This page details the construction of an easy-to-make collinear 360 degrees omni-directional, vertically polarised, antenna for 802.11b/g wireless networking. The antenna is very robust and compact, and has a gain of approximately 5-6dBi.
The coil on a CB antenna is the area where it most strongly receives and transmits a signal. In terms of mounting, it's important to make sure the antenna's coil clears the roofline. Otherwise, the most active part of the antenna will be blocked/hidden by the roof and performance will suffer.
The Wilson 2 Meter antenna out performs all similar types of small base loaded VHF antennas. It was designed specifically for users who want a high performance marine radio magnetic antenna at a low price. The Wilson tradition of designing an antenna that offers maximum efficiency for the cost is continued with the 2 meter antenna.
Vesper, Morad and Shakespeare make AIS-tuned antennas. If you are planning on using an antenna splitter consider matching it with the Vesper VA159 antenna or the Morad HD VHF 159 MHz Marine Antenna which are tuned at 159 MHz between the typical VHF radio frequencies and the AIS frequencies.
This weekend I disassembled a SHAKESPEARE brand 8-foot VHF Marine Band antenna. The antenna was the CENTENIAL 5101 model. This antenna is widely used and is well-known to boaters. Its is a tapering fiberglass mast with an attached chrome-plated mounting collar which is threaded internally to screw onto a 1-inch threaded antenna mount.
For any marine VHF radio to work correctly a suitable antenna is necessary. Your choice of antenna will play a large role in how well your radio's signal will be heard by other stations. Success in transferring energy from the radio's radio frequency power amplifier to the atmosphere depends on both the type of antenna you chose, and the ...
Nov 18, 2020 · Dipole antennas often are the easiest to build, and then turned into inverted V antennas by raising the center of the antennas up into the inverted V style. It's a good idea to have your antenna at least one half ( 1/2 ) wavelength of the antenna. one quarter (1/4) wave is the minimum height above ground for effective performance. Antennas are most efficient at sending out and capturing radio waves when the antenna's length is matched to specific fractions of the radio wave's length. For marine VHF (frequencies between 156 MHz to 163 MHz), a formula tells us the wavelength is about 1.91 metres. Many antenna designs exist, each emphasizing some important ...An antenna mounted up high can "see" farther over the horizon. Antenna gain is important. If several otherwise equal radios try to contact a single receiving radio, the higher gain antenna is the one the receiving radio will be more likely to hear. Problems with VHF Radio Antennas


Blog provided by Act Data Services, Inc. 1-800-ACT-DATA
EDI or electronic data interchange technology has come a long way since its beginnings as military logistics technology. New EDI software has been developed to deal with the needs and demands of modern businesses. Since mobile phones have become capable of so many things, mobile-friendly EDI solutions have also been conceived to take advantage of their features.
EDI was developed to make logistics and communication easier. Its ability to record and translate data accurately ensures that business partners always have each other’s transaction information. It reduces human error by automating many data-related processes and gives businesses the information they need to optimize their supply chain activities. Because of modern technology’s advances, you can even access this information on your phone.
Web-based EDI can allow you to access all your essential data and transaction information using a mobile web browser. Though there are apps that have been developed for EDI, many web-based EDI providers allow you to access your data without making the use of an app necessary. Some businesses even use an EDI protocol known as DEX or Direct Exchange to scan barcodes with mobile devices and create electronic invoices using this method. In the future, this technology may develop even further, leading to new possibilities for mobile device integration.
If you’d like to learn more about EDI, how it works, and what you can accomplish with it, contact ACT Data. They can walk you through all the finer points of EDI technology and explain how it can help streamline your operations. ACT Data is a proud partner of world-renowned brands such as Wal-Mart, eBay, and Amazon. Contact them today to find out why they are a leader in the field of EDI.


Latest Technology Trends 2o21
In this latest technology era, enhancing and learning your skills at the workplace is essential. This will help you prepare yourself adequately for acquiring the best paying jobs in the area of your choice. And even if you’re already an established professional, learning tools and technologies will take you just an inch away from the lucrative promotion that you always so dreamt of.
One of the latest technology trends, which has gained popularity since its inception is data science. The discipline of data science is the application of scientific methods to unearth patterns and trends from massive amounts of data sets. This kind of research relies heavily on mathematical formulas, statistical tests, and the use of sophisticated computer programs. These programs utilize algorithms to sift through massive amounts of information to find anomalies that may prove useful and significant.
Computers have also been a major driving force behind these latest technology trends. The computer’s incredible capacity for storing and transferring massive amounts of information has made it incredibly efficient. Its ability to process information has also improved with the implementation of microprocessors and artificial intelligence. With artificial intelligence, computers can be taught to remember previously studied information and perform previously performed tasks, all with the click of a button. Data science experts believe this form of technology will continue to progress in the coming years.
Another one of the latest technology trends is the technology used by the RPA or the Remote Control Project. This refers to an internet application that runs entirely without a central server. Rather, users access and manipulate it from a remote location via a network or wireless connection. The concept is quite similar to that of decentralized control, or the notion that users work from a desktop instead of needing to login to a server. However, unlike decentralized control, which requires a high level of coordination and management, the RPA system allows users to log into the application at any time and as they wish.
One of the latest technology trends to come around the last few years has been virtual reality or VR. This is a technology that seeks to solve certain challenges associated with video gaming and to do so with the help of the internet. It was created with the intention of providing people with the ability to enjoy video games without actually having to purchase the game. Today, many people are enjoying video games for the first time with the help of the RPA method of VR. However, VR is not as simple as just turning on the game and watching it. Users are needed to configure their systems so that they can enjoy a virtual reality.
An additional trend that has become very popular in recent years has been augmented reality. Augmented reality refers to the use of digital information that overlays the user’s physical environment. This includes items such as real photos and images that are added to real-world places. For example, if you go shopping in a particular store, but you have a coupon for a particular item, then this may be “augmented” with the information that is on-screen. A similar trend can be found in the hospitality industry when it comes to implementing this trend into the industry.
Another one of the latest technology trends that is found in the hospitality industry is machine learning. Machine learning refers to the use of complicated computer algorithms to aid in the understanding and the completion of complicated tasks. These types of technologies allow for things such as identifying customers through various means. The use of voice recognition also has a role to play here. Many hotels already use this type of technology in order to help reduce customer assistance opportunities. Another application of these types of technologies is with the development of scheduling software.
In the near future, the biggest trend that will be affecting this industry is artificial intelligence. Artificial intelligence will be the next big thing in the IT world. This is because of the fact that computers and the systems that they run can process massive amounts of data and then use this information intelligently. Data mining was the previous trend that was in effect but artificial intelligence will surpass this in the future.


Understanding What IPTV Technology Really Is
IPTV technology has been the latest innovation made for the purpose of getting daily communications that everybody thrives on. You may have already heard of the famous Voice over Internet Protocol (VoIP) phone service that has been utilized by a lot of companies both big and small. Well, to make it a lot easier to understand what IPTV is, it's basically the same, only with the additional television over internet protocol, rather than the voice. Ultimately, we all know TV can be watched wherever there is broadband connection with IPTV, and that's what make it a lot popular for companies looking for the greatest as well as the latest technology. You may have already known that telecommunications companies are constantly searching for new revenue, and with this process, they were able to find it.
IPTV INSTALLATION technology is actually based around a system which is similar to that of cable. A computer or a set-top box will be needed in order for the images to be transmitted, decoded, and will then be sent out to be shown in a television format which is presented properly on a screen. The type of broadcasting used here can also be done using a simple broadcast or multicast whenever someone would try and get a channel out for everyone. However, you can also do this on an 'on demand' basis, by which anyone can stream material to a single or a couple of subscribers who were able to request the material or show in question.
There is so much work and technology involved when it comes to maintaining IPTV technology. Broadband streaming will have to be done with efficiency as well as in a format that is able to allow seamless transition every time the data is being sent. The process involved in IPTV include splitting, encoding, as well as distributing in an efficient way. When it comes to the provider end, it is quite very complicated, but for customers, it is designed to be a very simple tool to use. Selecting a channel in IPTV can be done by using a membership format which is call IPGMP, or the IP Group Membership Protocol. Because of the data transmission, this would make changing channels and sending multiple channel signals much simpler than it could possibly be if done otherwise.
Panasonic PBX Dubai technology is indeed quite new to the public, but it sure is a very popular item for companies that are looking forward to using the latest technology. This technology has been increasing in popularity and so does the number of those who are using it, and this just mean that both the quality and improvements of the provision of services will definitely follow suit.


Data analytics has been a critical practice for many organizations for several years now. However, with the advent of Artificial Intelligence (AI), companies are now able to extract insights from their data more effectively than ever before. The unprecedented increase in data volume and detail has posed ever more challenging questions to traditional analytical procedures, which are increasingly inadequate for the mass of information they are expected to process. AI is a technology that utilizes advanced algorithms and computational power to tap into data, which is loaded with lots of useful information but can create obstacles to the distillation of accurate knowledge. This all-inclusive overview will reveal the variety of AI applications in data analytics and explore methods, limitations, and future possible developments.
The Landscape of Data Analytics:
Data Analytics is a comprehensive process of examining data to derive logical conclusions. The conventional evaluation tools used have been descriptive and diagnostic assessments, which answer the questions “what” and “why”. However, with the emergence of AI, analytics has evolved to include predictive and prescriptive analytics, which provide organizations with a nuanced approach to gaining a future-oriented perspective and selecting actions that will have the maximum impact and effect.
Applications of AI in Data Analytics:
1. Machine Learning (ML):
ML holds the crucial spot among AI-driven electronic systems, allowing devices to learn without being explicitly scripted. ML facilitates intelligent analysis, including identification, prediction, and learning, drawing on powerful data for making complex decisions across finance, healthcare, marketing, and manufacturing domains.
2. Natural Language Processing (NLP):
Due to heavy volumes generated through chat messages, e-mails, tweets, and the like, NLP has emerged as an integral instrument for AI. By allowing machines to decipher and comprehend human language, NLP algorithms make this possible: sentiment analysis, entity identification, text summarization, all the way to solving language translation, are just examples of the valuable insights we can get from textual data sources.
3. Computer Vision:
Today, as we all know, visual data is everywhere. It is found in a variety of forms, like images, and videos, as well as captured by surveillance cameras or Internet of Things (IoT) devices reaching the sensor level. AI-enhanced computer vision tools can detect and identify various kinds of objects and sceneries like plants, buildings, and vehicles and even classify them based on their specificities.
4. Deep Learning Algorithms
A subset of ML, deep learning involves neural networks with multiple layers, inspired by the structure of the human brain. Deep learning algorithms excel in tasks such as image and speech recognition, recommendation systems, autonomous vehicles, and medical diagnosis, offering unparalleled accuracy in complex data analysis tasks.
Techniques Empowered by AI:
1. Anomaly Detection:
Anomalies or outliers in data can signify critical events or irregularities that require attention, such as fraud detection, network intrusions, and equipment failures. AI-driven anomaly detection techniques, including statistical methods, clustering algorithms, and deep learning models, enable organizations to identify and mitigate abnormal patterns in their data.
2. Clustering and Segmentation:
Grouping similar data points into clusters is essential for various applications such as customer segmentation, market analysis, and recommendation systems. AI-powered clustering algorithms like K-means, hierarchical clustering, and density-based spatial clustering of applications with noise (DBSCAN) can automatically categorize data points based on their similarities, revealing hidden patterns and relationships.
3. Time Series Forecasting:
Predicting future trends based on historical data is crucial for decision-making in domains such as finance, supply chain management, energy demand forecasting, and weather prediction. AI techniques like Autoregressive Integrated Moving Average (ARIMA), Long Short-Term Memory (LSTM) networks, and Prophet enable organizations to analyze time series data and make accurate predictions by capturing seasonality, trends, and irregularities.
4. Reinforcement Learning (RL):
RL is a branch of AI concerned with learning optimal decision-making policies in dynamic environments where actions influence future states. RL algorithms, inspired by behavioural psychology, enable applications such as autonomous vehicles, robotics, game-playing, and personalized recommendation systems by learning from trial-and-error interactions with the environment.
Challenges and Future Prospects:
Despite the promising capabilities of AI in data analytics, several challenges must be addressed to realize its full potential:
1. Data Privacy and Ethics:
The increasing use of AI in data analytics raises concerns about data privacy, security, and ethical considerations. Organizations must adopt robust privacy-preserving techniques and adhere to ethical guidelines to ensure responsible and transparent use of AI technologies.
2. Algorithmic Bias:
AI algorithms are susceptible to bias, leading to unfair or discriminatory outcomes, particularly in sensitive domains such as hiring, lending, and criminal justice. Addressing algorithmic bias requires careful data preprocessing, algorithm design, and ongoing monitoring to mitigate biases and promote fairness and equity.
3. Interpretability and Explainability:
The opacity of AI models poses challenges for interpreting their decisions and explanations, especially in high-stakes applications like healthcare and finance. Advancements in Explainable AI (XAI) techniques aim to enhance the interpretability and transparency of AI models, enabling users to understand and trust their decisions.
4. Data Quality and Integration:
AI algorithms heavily rely on the quality and diversity of input data. Ensuring data quality, completeness, and consistency is essential for the success of AI-driven analytics initiatives. Organizations must invest in data governance, data integration, and data management practices to harness the full potential of AI in data analytics.
In conclusion, Artificial Intelligence is revolutionizing the field of data analytics, offering unprecedented opportunities to extract insights, drive innovation, and create value from vast and diverse datasets. With applications spanning machine learning, natural language processing, computer vision, and deep learning, AI empowers organizations to make data-driven decisions and gain a competitive edge in today’s rapidly evolving digital landscape.
However, addressing challenges related to data privacy, algorithmic bias, interpretability, and data quality is essential to ensure AI’s responsible and ethical use in data analytics. Looking ahead, the future of AI in data analytics holds immense promise, with advancements in AI technologies, automation, domain-specific applications, and human-AI collaboration poised to shape the next frontier of data-driven innovation.


It is our great pleasure to invite you to join our international conference on Smart Energy Grid Engineering (SEGE), which is sponsored by IEEE. This event will provide unique opportunity to have fruitful discussions about smart energy grid infrastructures, technologies, engineering design methods, and best practices that address industrial challenges. The event includes large number of speakers and quality papers that cover energy generation, transmission and distribution infrastructures, energy storage, electrification, information and communications, and security. We look forward to welcoming you at UOIT, Ontario, Canada.
Dr. Hossam A.Gabbar (UOIT),
Founder and General Chair of IEEE SEGE
Smart Energy Grids are energy networks that promise to enhance the operational efficiency of nationwide energy and power supply via distributed generation with bi-directional energy and electricity flow. This objective is achieved by allowing intelligent monitoring and control of different components within the distribution and transmission lines as well as other systems from utilities of natural gas, thermal energy, electricity, and water on the one side to the end user on the other side, while maintaining the energy and power quality, security, reliability and safety with minimum environmental impacts. Governments around the world are investing heavily in smart energy grids to ensure optimum energy use and supply, enable better planning for outage responses and recovery, and facilitate the integration of heterogeneous technologies such as renewable energy systems, electrical vehicle networks, and smart homes around the grid. Smart Energy Grids present enormous engineering challenges in the design and integration of energy and electrical grids with communication and network technologies, along with substantial questions of security and privacy of different components within the grid.
The SEGE conference aims at providing an opportunity to discuss various engineering challenges of smart energy grid design and operation by focusing on advanced methods and practices for designing different components and their integration within the grid. It also provides a forum for researchers from academia and professionals from industry, as well as government regulators to tackle these challenges, and discuss and exchange knowledge and best practices about design and implementation of Smart Energy Grids.
Papers with registration will be published in IEEE Xplore, subject to proper submission and formatting, before the specified deadline
Notice: Please submit an abstract first, after the abstract be accepted, we will inform you to submit the full paper.
● Please log in the Electronic Submission System; ( .pdf only) to submit your full paper.
Any questions, please feel free to contact with email@example.com.
● Each paper should be more than 4 pages normally,including all figures, tables, and references.
2017-08-28, Good News!
SEGE 2017 has come to a successful end. We appreciate the participation and support of every keynote speaker, author, technical committee member, reviewer and volunteer. (Check)
2017-08-07, Important News!
The detaild conference program is available now. (Check)
SPANS 2017 Photo Gallery
SPANS 2017 photos are available here (Check).
18 August, 2017, UOIT, Oshawa, Canada
22 December, 2016, UOIT, Oshawa, Canada
IEEE SEGE 2015
17-19 August, 2015, UOIT, Oshawa, Canada (check)
Conference Porceeding online here.
IEEE SEGE 2014
11-13 August, 2014, UOIT, Oshawa, Canada (check)
Conference Porceeding online here.


out of South Korea is reporting that Samsung will begin producing a premium lineup of smartphones, starting next year. The devices, which currently assume the codename "Project F”, will be coming to retail in March of 2014, according to Japanese blog rbmen.
The devices, which are said to be the next iteration of the Galaxy S4 and Note line of devices, will not only up the ante on specs, but make a radical departure in regard to Samsung’s tried-and-true build quality. Said to have a "metal chassis” like the HTC One, the devices could also have a 5-inch screen and optical image stabilization in the camera. ETNews also notes a 1600 million pixel camera, but that is probably going to be a 16MP shooter that has been lost in Google translation.
ETNews went on to mention the devices will run Android
Jelly Bean, but that seems unlikely if it’s set for a March 2014 launch. An Exynos processor and flexible display are also rumored to be included, but the latter seems unlikely.
These devices are not meant to replace the Galaxy or Note lines as we know them, but add to the lineup. Samsung wants to increase their market saturation, and have devices at an increased variety of price points.
This adds an interesting wrinkle to Samsung’s attitude toward building devices. They’ve previously been very indignant regarding their plastic devices, but could be reacting to a trend in the market.


A security alarm will alert the monitoring company when your home/commercial site has been broken into. There are many benefits to having your alarm monitored. Here are a few different scenarios, and the reasons why you should have a monitored security alarm:
This will depend on the layout of your site or the level of security you require, for example – is there a crawl space within the ceiling for running wires or do we have to use wireless equipment? Our Watchdog Security Advisers can work with you to find the system that best fits your requirements whether that be for a residential or commercial site.
We advise clients to have their alarms serviced annually. For commercial sites with smoke alarms, where there is a lot of sawdust or similar material in the atmosphere, we advise this be done bi-annually to ensure the sensors are not clogged and are functioning properly.
If your alarm is under warranty, it is best to check with the supplier who holds the warranty to ensure that the warranty is not voided by having someone other than the initial installer servicing your alarm. If the equipment is out of warranty, then you have the choice of using whomever you wish. Also ask your technician for the master code for your alarm, as in the future you may wish to use a different company to work on your alarm and this is information they will require for programming.
When the technician does a service of your alarm, they are there to check the wiring is not damaged (ie. Rodents have not chewed the wiring), that the sensors are clean of dust and grime, and that the backup battery is in good condition, and that the keypad is in good condition and buttons are not sticking. The time onsite will depend on how many sensors you have, the location of them (as this can vary between Residential and Commercial sites) and also if they find anything that needs to be fixed or replace.
There are a variety of types of sensors, with different degrees of coverage and range and environmental conditions, but they all fall into either the hardwired or wireless category.
Hardwired: These sensors are direct wired back to the control panel (the white box about the size of the a briefcase which houses the brains of the alarm), either through the ceiling or along the wall.
Wireless: These sensors have a transmitter which sends the signal as a radio transmission back to the control panel. No wires need to be run. They are used in situations where there is no ceiling space for running wires (ie: Brick or Lockwood houses) or an area where you require coverage but are unable to trench to run wires like a freestanding garage or shed.
With a wide range of sensors on the market, one of our Security Technicians /Consultants will be able to advise you of which type of sensor will be best for your situation, and upon discussion with you what level of protection you require.
Unlike a battery powered smoke detector, a monitored smoke sensor is integrated with your security system and directly connected to the monitoring station. The sensor runs off mains power thereby eliminating the need to change batteries every six months.
At the first hint of smoke being detected by the sensor, a signal is sent to the monitoring station and the fire brigade are dispatched immediately to your site minimising the damage on site.
A glass break sensors detects the vibration and sound of breaking glass. With their high-performance microphones and advanced microprocessor based digital sound analysis they can detect the different types of framed glass - plate, laminated, tempered and safety.
Remotes are small wireless devices which can be used for a number of functions. They fit in the palm of the hand and can be attached to a keyring or neck strap. To use a remote you need to ensure your alarm has the appropriate receiver for wireless devices. The remote cam come in either a one button (for panic), two button or four button. The remote can be used for setting or unsetting the alarm, a panic button function, or opening and closing automatic garage doors depending on your garage model.
A reed switch or door contact is a device which attaches to either door/ranch slider/windows which communicate with the control panel and sets off a chime or alarm if contact is broken.
For Residential situations - some alarm systems can be programmed to chime if a door/window is opened even though the alarm may be unset. This is a useful feature for mums with toddlers at home and you want to know if they go out a door.
In the Commercial sector, a reed switch will trigger an alarm if a contact is broken when the alarm is set and can also be used in a situation whereby they wish to know if someone goes through a door which they wish to keep secure, ie: fire exit door.
Intercoms – there are many applications to use this type of technology, from a simple two-way intercom to a more sophisticated multi tenant video door entry video. In Residential situations it can be used for gate access or apartment living. They can either come with or without a viewing screen with a hands-free and push to talk option or a telephone type situation. A door release button is pressed to allow access to a site. Internal communication is also available.
Access Control – Access Control Systems can range from a basic keypad, to magnetic card readers, proximity devices all the way up to multi-door PC Based systems providing total control and monitoring for protected areas of your business premises. They can log who opened the door with a time/date stamp and even monitor if the door is left open too long. You can either have a swipe card which passes through a reader or have a proximity card which is waved in front of the reader.
Point to point beams are used for external perimeter protection. These come in either freestanding or fixed to the side of the premises giving external protection before someone has got close enough to gain entry. An audible alarm function on some models deters would-be intruders from continuing their break-in attempt. Our security consultant would be able to advise you of the best options for your situation.
There are several options available to you:
Option 1 - Radio monitoring: A radio unit is connected to a security alarm control panel. This unit transmits via the VHF frequency. It will poll hourly to the monitoring station confirming that it is communicating. It can be used as a backup unit in the event of phone line trouble at a site or as a stand alone unit where there is no phone line. There are two models of Radio units. One will only send a timer test and activations, the other, an Enterprise unit will send all signals the security alarm control panel is set up to transmit. Ie: sets, unsets, activations, power loss
Option 2 - GSM Unit: this is a unit which transmits on the GSM network (Vodafone) and has a sim card installed. There are also two models of GSM units. One is a stand alone unit which is connected to a security alarm control panel and sends all signals from the alarm via the GSM network to the monitoring station or a cell phone. (Please note, the client is responsible for ensuring that the sim-card has sufficient credit for transmitting the signals.) The second GSM unit is used as a backup unit to an existing security alarm. In the event of phone line failure, the GSM unit will take over sending the signals via the GSM network. This unit also has a sim card but will only be used if and when the phone line fails. (The client is also responsible for ensuring the sim card has sufficient credit)
Option 3 - IP monitoring: This unit transmits via the internet. The advantage of IP monitoring is that you can have more frequent test signals which allows for greater integrity of the system due to high confirmation test numbers. This unit is used for full monitoring and is an alternative to phone line monitoring. With IP monitoring you will require a router UPS backup to be connected to the PC hard drive to ensure that the internet will continue to work in the event of power loss to the site. The UPS router is sold separately from the IP monitoring unit.
It is a good idea to have a back up system for your site security. Not very long ago, there were a professional gang of burglars who were scoping sites prior to a burglary and were cutting the phone lines, which disables the alarm from communicating to the monitoring station. It could possibly be anything up to 24 hours before the monitoring station was aware that the site has stopped communicating with them, depending on when the alarm last did a timer test.
Gate or Perimeter beams will alert you to any person or vehicle that passes between the photo-electric beams (like a laser). The units are wireless.
The point to point transmitters can be internal or external as they come with waterproof fully enclosed casings. Being wireless, they come with solar panels for recharging the batteries enclosed. In low light areas, extra panels can be added. The width range between beams is up to 50 m with a radio range typically 300 – 400m but can be extended to 2.5km’s in some circumstances. Extra security beams can be added for more than one point of entry point. The beams can be incorporated into a security alarm system, ideal for out-buildings. A chime/siren will sound when contact is broken, and if you are away from the site (up to 100m open air from base receiver) and wish to know if someone has come through an entry point, you can have a remote device which can clip on to your belt to receive any signals.
There are an array of cameras on the market, basically you get what you pay for. There are indoor, outdoor, covert (hidden) or dome, fixed or pan tilt options. Depending on the application of what you wish to see or cover, it is best to go through the various options with our Security Technician/ Consultant.


Wednesday, October 7, 2009
See the funny shaped cloud behind the two cute girls in the picture above? That's the plume of the Lunar Recon Observer riding on an Atlas 5 Rocket. This was the first rocket that NASA has sent to the moon since Apollo 17. The idea is to use this rocket to place a small satellite into lunar orbit. Once there it's going to look for a good place for humans to set up base. But it's also doing something very remarkable. It's going to release an impact device and send it straight into a dark crater near the lunar south pole. The idea is to blast lunar material into the moon sky and see what's there. Scientists are hoping to see traces of pretty, sparkly, ICE. Very cool. I'm glad we were there to watch it launch. Here is a really cool video animation of the mission profile.


Neural NetworksThis theme is coordinated by Filipe Aires ()
Artificial Neural Network (NN) techniques have emerged this last deceny as
a practical tool with many successful applications in meteorology and
climatology fields. The NN theory deals with a general set of statistical
non-linear models (Multi-Layered Perceptron, Kohonen Maps, Support Vector
Machines, etc.) used to analyze or simulate complex phenomena.
They can be used as a function approximation tool, for non-linear regression, to solve inverse problems, for classification tasks or for clustering.
In meteorology, they are used in satellite remote sensing to retrieve atmospheric (temperature, water vapor) or surface variables (skin temperature, emissivities) from the radiances measured by the satellite. They are also used to classify observations (vegetation index, wetlands detection, ocean color).
Another branch of applications deals with the analysis of the climate system: NN can be used to analyze feedback process in the climate, define a statistical modeling of dynamical systems such as the El Nino phenomenon, to extract independent climate modes of variability in big datasets of observations or model simulations.


The resonant circuits were coils of copper wire which resonated with their internal capacitance dotted capacitors at 10 MHz.
Wireless Electricity Transmission Magnetic induction is a technology that you will probably remember from your physics classes at high school.
You need two coils, a transmitter coil and a receiver coil. An alternating current in the transmitter coil generates a magnetic field which induces a voltage in the receiver coil. This voltage can be used to power a mobile device or charge a battery.
The presentation below shows how to build a wireless charging system using magnetic induction. You will see that products need more than coils and alternatining currents.
For energy-efficient power transfer the phone must be able to shut down the transmitter when the battery is full. The phone, therefore, needs to send control signals to the charging station. The presentation is also available as PDF download.
The kitchen is the centerpiece of living spaces. Read more The Value of Qi Certification Wireless charging has been gaining popularity and more companies are realizing its potential.
However, the rapid growth of wireless charging adoption has led to many low-quality, counterfeit products that are potentially unsafe. This is where the value of Qi certification comes in.
Read more IFA Fulfillment by Amazon (FBA) is a service we offer sellers that lets them store their products in Amazon's fulfillment centers, and we directly pack, ship, and provide customer service for these products.
Oct 28, · Illustration: Randy Lyhus The Next Big thing? The memristor, a microscopic component that can "remember" electrical states even when turned off. It's .
The Wireless Power Consortium is a non-profit group with limited resources and we cannot provide technical support. Comments and questions are welcome, but we cannot guarantee that all technical questions will be answered.
Wireless Power Week (WPW) will bring together three major wireless power events, namely IEEE MTT-S Wireless Power Transfer Conference (WPTC), IEEE PELS Workshop on Emerging Technologies: Wireless Power (WoW), and Wireless Power Congress of the Wireless Power Consortium (WPC).
Wireless Power ICs to Meet Your Needs. IDT is a leader in wireless power ICs for wireless power transfer systems. IDT’s broad portfolio of wireless power ICs consists of both transmitters and receivers that offer distinct advantages in physical size, power efficiency, and flexibility.
Wireless power transfer (WPT), wireless power transmission, wireless energy transmission (WET), or electromagnetic power transfer is the transmission of electrical energy without wires as a physical link.
In a wireless power transmission system, a transmitter device, driven by electric power from a power source, generates a time-varying electromagnetic field, which transmits power across space.


The Logitech G Pro Wireless Mouse: Little-Known Features
The Logitech G Pro Wireless Mouse is a highly regarded device among gamers and professionals, renowned for its precision and comfort. But beyond what is commonly known, this mouse has some hidden elements that make it even more exceptional.
One remarkable hidden fact about the Logitech G Pro Wireless Mouse is its compact design. Weighing only 80g, it’s one of the most lightweight gaming mice available. This makes it easy to use for prolonged gaming periods, reducing the likelihood of hand and wrist fatigue.
Customizable RGB Illumination
Another hidden aspect of the Logitech G Pro Wireless Mouse is its customizable RGB illumination. The mouse features RGB lighting on its logo and scroll wheel, and users can alter the color and lighting effects to suit their setup or preferences. The Logitech G HUB software makes customization a breeze, and you can even program macros and profiles specifically for different games.
HERO 25K Sensor Technology
The Logitech G Pro Wireless Mouse is fitted with the advanced HERO 25K sensor, which provides precision and accuracy. The sensor’s maximum sensitivity is 16,000 DPI and can be adjusted in 50 DPI increments. The HERO 25K sensor is also energy-efficient, allowing the mouse to last for up to 60 hours on a single charge.
PowerPlay Wireless Charging System Compatible
Finally, the Logitech G Pro Wireless Mouse is compatible with the Logitech PowerPlay Wireless Charging System. This system offers seamless and constant wireless charging, eliminating the worry of running out of battery life. The PowerPlay system also boasts an optimized surface for maximum tracking accuracy, making it the ideal partner for the Logitech G Pro Wireless Mouse.
More hidden facts about the Logitech G Pro Wireless Mouse:
- Onboard Memory: The mouse features onboard memory, which allows you to save your preferred settings, macros, and profiles directly on the mouse. This means you can use your settings on any computer, without having to reconfigure the mouse each time.
- Programmable Buttons: The Logitech G Pro Wireless Mouse has six programmable buttons, which can be customized using the Logitech G HUB software. You can assign macros, shortcuts, or other functions to the buttons, allowing for a more personalized and efficient gaming experience.
- Durable Build: Despite its lightweight design, the Logitech G Pro Wireless Mouse is built to last. It features a durable, high-quality construction that can withstand the rigors of intense gaming sessions.
- Fast Report Rate: The mouse has a fast report rate of 1000 Hz, which provides near-instant response time. This helps to ensure that your movements are registered accurately and quickly, giving you an edge in fast-paced games.
- Power-Saving Mode: The Logitech G Pro Wireless Mouse has a power-saving mode that automatically switches off the mouse after eight minutes of inactivity. This helps to conserve battery life and ensures that the mouse is ready when you need it.
In addition to these hidden facts, the Logitech G Pro Wireless Mouse also offers a comfortable and ergonomic design, making it easy to use for extended periods. With its combination of precision, customization, and convenience, it’s no wonder that the Logitech G Pro Wireless Mouse is a popular choice among gamers and professionals alike.
In conclusion, the Logitech G Pro Wireless Mouse is a multifaceted and high-performance mouse that has many hidden features and capabilities. From its compact design and customizable RGB illumination to its HERO 25K sensor and compatibility with the PowerPlay Wireless Charging System, it provides both precision and convenience. Whether you’re a gamer or professional, the Logitech G Pro Wireless Mouse is an excellent choice.


- The CPU constant was not calculated the first time Robocode was started up.
- Removed ^M characters from the buildJikes.sh file so that the Jikes compiler can be built under Unix, Linux and Mac OS X.
- A new package named robocode.robotinterfaces has been introduced, which contains pure Java robot interfaces for basic, advanced, interactive, junior and team robots. See the Javadocs (HTML) documentation for more details about these new interfaces.
- The main purpose robot interfaces is to make it possible for developers to create robots with other programming languages that requires interfaces instead of classes. However, the provided robot interfaces obeys the rules within Robocode. But it is possible to create new robot types with other methods names etc. from the robot interfaces, and it is also possible to create ordinary robots based directly on the robot interfaces.
- See the new 'sampleex' directory for some examples of how to use these new interfaces in Java.
- The introduction of the new robot interfaces required a great deal of changes and cleanup of the internal structures of Robocode, but for the better.
- A new command line option has been made for Robocode named EXPERIMENTAL, which must be set to true in order to allow the robots to access the internal robot peer with the robot interfaces for performing robot operations. If this flag is not set, you'll get a SecurityException in your robot if it is inherited from a robot interface. This option must be set in the robocode.bat/robocode.sh like -DEXPERIMENTAL=true
- Note that this experimental option might be removed in the future so that robots are always allowed to access the robot peer from the new robot interfaces.
- Most work with the robot interfaces were performed by Pavel Savara that has joined the development of Robocode, and which has done a tremendous job with the new robot interfaces.
- Fixed a security issue, where robot was able to access the internals of the Robocode game thru the AWT Event Queue.
- Robots that try to access the AWT Event Queue will be disabled
- Added a "Make all bullets white" option to the Rendering Options.
- When this option is enabled, all bullets on the battle field will be painted in white. Use this options when you need to see all bullets on the battle field, i.e. when bullet colors are almost invisible.
- Lots of the Javadoc (HTML) documentation for the Robocode APIs were updated.


Identifying any defect or loss on a wafer immediately is a critical part of labs and manufacturers. Wafer mapping systems help Si wafer measurement in real-time and understanding the wafer characteristics at a glance by visualizing the results in a color-coded grid.
3 types of the stage - Rθ, XY and RθXY - can be mounted on this system:
SF-3Rθ performs at high speed up to 12-inch wafer. Pattern matching and X-Y motion reproducibility are possible with either SF-3AA or SF-300AAF.
|Type||Rθ mapping system||high precision|
X-Y mapping system
|Integration mapping system|
|Stage type||Rθ stage||X-Y stage||RθXY stage|
|Measurement system||probe||probe||microscope head|
|Max. wafer size||up to 300mm||up to 300mm||300mm|
|Wafer angle correction function||X||O||O|
|Pattern alignment function||X||O||O|
|Wafer thickness range||SF-3 thickness sensor specification|
|Size||body||465(W) x 615(D) x 540(H)mm||570(W) x 700(D) x 680(H)mm||475(W) x 555(D) x 1,620(H)mm|
|controller||430(W) x 430(D) x 210(H)mm||500(W) x 177(D) x 273(H)mm|
Rθ stage X-Y stage
> SF-3Rθ Bonded wafer(Si / bonding / support substrate)
Si film thickness distribution(approx. 775μm) Bonding film thickness distribution(approx. 15μm)
> SF-3AA / SF-300AAF Bonded wafer(Si / bonding / support substrate)
Bonding film thickness distribution(approx. 25μm)
6F, 41, Seongnam-daero 925beon-gil, Bundang-gu, Seongnam-si, Gyeonggi-do, 13496, Republic of Korea
Copyright ⓒ 2020 Otsuka Electronics Korea | 한국오츠카전자 All rights reserved.


Welcome to using Sysview
Updated at Sep 09 ,2017
Thank you for your interest in our digital signage software. Sysview is a cloud-based, multi-award winning digital signage solution, which from your internet browser allows you to manage and update any digital signage device.
Getting started with Sysview
Android player or Android tablet or smart TV or Any Brand smart phone beside iPhone For best results.
Google Chrome( for windows PC)or Safari(for Apple PC).
If you are using smart phone or Android tablet, skip this step.
If you are using Android player, connect the player with the power and connect the player to the display screen via HDMI cable.
2. Connect the hardware to the network
Connect the hardware to network via Wifi or LAN.
Set Wifi user name and password per the network request, as below:
3 Download APP
In your computer, login http://www.sysembed.com/portal.html by Google Chrome or Safari , create your own account or use your existing account , then login Sysview software with your account.
Click Help/ Android App download to download lastest APP
Or you may download it from Android market by below address: https://play.google.com/store/apps/developer?id=Sysview+digital+signage+software&hl=zh&gl=US
4. Install and configuration
Copy the APP to Android player/ Android smart phone/Android TV/ Android tablet, double click the APP to install it.
In the Android player/ Android smart phone/Android TV/ Android tablet,after installation below a popup menu shows ,include IP ,port and hardware key ,as below: Record the hardware Key, as we will use it in next step.
5. Find and activate your player
In your computer ,logon to the Sysview software, click screen button.
In hardware key volume ,find the device with the hardware key which you recorded on just now. This is your player in the Sysview system.
Click the enable button to activate your player.
After the device is activated, the red button change to green, as below :
You may rename the player at this step also.
6. Create a new ad
You can create a new ad, and send it to the display terminal to play it. An ad interface can be divided into several regions, each region can play different pictures, videos, text and web pages, etc..
Step 6.2 Fill in the advertising program
Select the correct template based on the screen parameters of your terminal device.
Step6.3 And then we get a blank ad program
Step 6.4: Create a new display area on the empty program
Click on the "add new" button, and a new area appears in the upper left corner of the advertising board.
Step 6.5 Moving and stretching area
We can move this area to the right position by the mouse on the bottom plate, and we can also change the size of the area by the mouse
The method of moving area: the cursor stays in the new area, hold down the left mouse button and move the mouse.
Zoom in: click on the triangle icon in the lower right corner of the new area, and then drag the icon.
Step 6 .6 Assign multimedia material to this area
Click the <drop-down> button, and select < Assign Content> button
In < Add Material > column, click on the corresponding type.
save and close
Click on send to screen button,
Set the playback time, check the name of your device, save
Set the playback time, check the name of your device, save Now, we finish sending an advertisement to the player .
As long as the terminal is open, it will automatically connect to the central server, and automatically download the ad program, and then the terminal display the advertisement content per your schedule.
More technical support material is available at Help submenu/document center, video tutorial ,as below:
How do you connect with Support?
The Sysview Support Team are available between 9am to 6pm Monday to Friday (HongKong Time) and can be contacted through any of the following methods:
Telephone: 0086 136 128 048 46


STORE LED DISPLAY
About Store Led Display;
Store LED display technology is among the most preferred led screens in advertising. The LED display products that are placed on the interior of the showcases or on the walls of the store either as recessed or mounted are the most important advertising source in the shopping sector. Thanks to these LED screens, store owners can easily promote their products without the need to change the showcase continuously. In this way, it is ensured that the stores are constantly up-to-date by saving both time and energy. Store LED screen models are a very popular promotion method not only for stores but also in different business sectors. It is known that the led screens on the shop windows or shop facades affect the sales positively. This increases the preference.
What are the Features of Store Led Display?
The store LED screen option, which is preferred for the promotion of store products and campaigns to the customer mass, is one of the most preferred methods in the advertising field. LEDs, which can be preferred in different sizes, manage to attract the attention of customers in terms of both appearance and function. The main features of the most preferred store led display technology today are; It has the equipment that can easily attract the attention of the active customer base of the relevant stores. It provides the opportunity to convey more information about the stores in a short time, and to deliver product and campaign announcements to the customers more economically. Led screens are resistant to impacts and are very suitable for 24-hour use. LED lights can be adjusted as desired in order to further reduce the energy consumption of the screens. In an environment with dim lights, the lively LED lights will help to attract more attention. It will be sufficient to change the designs on the led screen instead of changing the showcase to change the mood of the shop window.
What Are Store Led Display Prices?
Store LED display technologies, which have a very popular area in the advertising sector, are frequently used both in showcases and on store exteriors. The fact that the light energy of the LED screens produced according to the desired dimensions is higher than the ordinary panels is one of the most preferred reasons. Store led screen prices also vary depending on the area of use and size. Every company is looking for the best way to market their products to their customers. LED screens, which are very common and effective in the advertising industry, are the ideal way to represent companies in the best way. Each company desires to increase its customer base by promoting its products in the best way. The store led display price is directly proportional to its function. It is much easier to attract the attention of the target customer thanks to the LED screens with good image and light quality. Choosing the right size of the LED screens to be preferred according to the area of use is one of the most important issues. Fenova Led Display Technologies aims to bring its customers together with A quality and most reliable store led displays.


Transformer Testing and Maintenance
Transformer maintenance has seen a move toward reliability and condition based maintenance schedules. To assist and support transformer owners and manufacturers AFRIGRID provides transformer testing and maintenance services using the latest test and diagnostic equipment to ensure our clients' assets' health is kept in check.
Monitoring and maintaining of transformer oil quality is essential in ensuring the reliable operation of electrical equipment. One of the fundamental tests of oil quality is the breakdown of voltage test, which is a measure of the oil's ability to withstand electric stress.
SFRA test techniques for transformers is based on comparisons between measured curves which allows variations to be detected. SFRA tests reveals whether the mechanical or electrical integrity of the transformer has been compromised. FDS transformer test establish the moisture content in the transformer, and reveals the dielectric properties of the insulation over a range of frequencies.
The following additional transformer tests are available in order to provide information about the presense, location and type of faults:
• Sweep Frequency Response Analyses (SFRA)
• Frequency Domain Spectroscopy (FDS)


"Sankhya Sutra" is Sanskrit for Numerical Algorithms. At SankhyaSutra Labs,
we are revolutionising the world of simulation by striving for "Drik Ganita Aikya":
our computational results precisely match your experimental observations. Our
slew of innovations - from efficient algorithms all the way down to high
performance code optimisation - open up a whole world of possibilities for highly
accurate simulations. As a consequence, direct numerical simulation of fluid dynamics
for industrial problems is now feasible.
SankhyaSutra Labs is incubated at the Jawaharlal Nehru Centre for Advanced Scientific
Research (JNCASR), Bengaluru. We leverage the path-breaking simulation methodology
developed in the mesoscale simulation lab of Prof. Santosh Ansumali.
If you are modelling a multiphysics phenomenon and have your partial differential equations
(PDEs) formulated, our simulations will give you highly reliable results.
And we do that without needing tens of petaflops of computing power.
Our flagship offering is Fluid Dynamics Simulation. We provide highly accurate results
because we do not use any explicit turbulence models. The results of our
simulations are therefore intrinsically reliable. We also provide packages
for fluid simulation coupled with thermal and electrical solvers. Additionally, we provide a
generic tool that allows you to write your own parallel PDE solvers in simple and familiar mathematical
notation, while our algorithms work behind the scenes to churn out a highly optimised code which
scales over large number of processors and is fit for running in distributed computing environments.
Please write to us to know more about these exciting offerings.
Sunil D. Sherlekar
Chairman and Chief Executive Officer
Chief Operating Officer
Chief Technical Advisor
Business Head - Europe
13th Floor, M2 Block, North Avenue
Manyata Embassy Business Park
Outer Ring Road, Nagavara
Bengaluru, Karnataka 560045, India


Cathy Slesnick & Francis O’Donovan
We are both astronomers turned data scientists. In our previous astronomy lives, Cathy studied how stars form, and Francis looked for planets around stars outside of our solar system. We both spent a lot of time staying up all night at telescopes to take pictures of space.
We left academy after our post-docs and each of us now leads a team of data scientists at our respective companies. Francis’ team uses data to develop models that help hospitals run more efficiently. Cathy’s team uses data to build models that help drivers who break down get the help they need from a tow truck as quickly as possible. It may seem like what we do now is very different from astronomy but in terms of day-to-day work, it is not. In both parts of our career we have focused on using data, combined with math, statistics and computer programming, to better understand the world (or universe) around us.


Is it possible to mine bitcoin by implementing Grover’s algorithm on a quantum computerSettembre 28, 2022
An explanation of the threat posed to Bitcoin by future advancements in quantum computing and the solutions that can keep Bitcoin secure even after those advancements take place. At the beginning of 2022, a total of 3,539,375 bitcoins worth over $140 billion sat in accounts that had been inactive for at least eight years. Many of these accounts were created by people who are either deceased or lost their private keys. The financial effect of nearly 17 percent of Bitcoin’s total supply suddenly hitting the market could be significant.
But that doesn’t address another critical issue faced by quantum computers. “The algorithmic speed-up is unlikely to make up for the considerably slower clock cycle times relative to state of the art classical computing for the foreseeable future,” according to the paper. The proof-of-work consensus mechanism refers to the special system certain blockchains employ to select honest participants to perform the important role of proposing new blocks of transaction data to be added to the blockchain. Because there is no single authority governing a blockchain, it must rely on an automated system coded into the protocol to filter out dishonest users who might attempt to corrupt the blockchain with invalid transactions.
How long would it take to crack Bitcoin?
Quantum computers would need to become about a million times larger than they are today in order to break the algorithm that secures bitcoin, which would put the cryptocurrency at risk from hackers. Additionally, Bitcoin mining difficulty recently jumped to an all-time high following the release of the 19th million Bitcoin into circulation. The fear around quantum computing arises from the fact that an entity that hypothetically controls more than half of the mining network using quantum computers could use that control for any number of nefarious purposes. On the other hand, Professor Sarma of the University of Maryland suggests that the concept of quantum computing is currently more hype than substance due to the small matter of quantum error correction.
We can finance or refinance our home with a fixed 30-year loan at the lowest possible rate. We’ll be paying back the loan over time with inflated dollars , and we can invest the money that we didn’t put into the house to make higher returns. Real assets, like property, are always a good store of value in inflationary times. I foresee a multiyear window where people could “return” their bills in exchange for digital dollars. And with the ability to lease time on a quantum computer, these kinds of resources are actually widely available today.
Scientists estimate that quantum computers may become powerful enough to crack the Bitcoin encryption in a decade
Specifically, a well-known theoretical computer algorithm called the Shor function, when implemented by a quantum computer, can, in theory, solve for the prime factors that are currently concealed by elliptic-curve multiplication. This is a form of multiplication used for hashing that is nearly impossible to reverse (i.e. discover the original numbers that were multiplied together to form the private key). To answer this question, we must look at the health of the Bitcoin network today. As previously mentioned, executing a 51 percent attack on the Bitcoin network is a reasonably expensive task today, and it will only become increasingly expensive with BTC’s rising adoption and usage. Further, Bitcoin is the most decentralized blockchain by far, making it all the more difficult for any nefarious elements to execute an attack.
In our case, there can be many such s, and therefore we do not know exactly how many times to apply the inversion so as not to start working to harm. Grover’s algorithm increases the amplitude only when applied a certain number of times, then the reverse effect begins. This can be compared with the rotation of a vector – you rotate it each time by a certain amount and as soon as it passes the angle we need, the vector is already starting to move away from the correct solution. The third problem of applying the Grover algorithm to the mining problem is the possible existence of a set of solutions. But this advantage will go away immediately after the first application of the inversion relative to the average – we make the same transformations over all states simultaneously, and so the zero amplitudes are also inverted and will be nonzero.
The government wouldn’t want bills and coins to be used for any transaction. In time, our smartphones will take a back seat to our augmented reality eyewear powered by artificial intelligence and coupled with some form of wearable technology to enhance our ability to interact. In our case, after evaluating the value of hash, the nonce register becomes entangled with the hash register, which in turn is confused with the service register. All these connections must be broken each time before applying the inversion relative to the mean. We know the exact number of iterations of the Grover algorithm for the maximum amplitude increase, but this number is calculated from the assumption that our solution is unique.
How much Bitcoin can one computer mine in a day?
There are currently 6.25 bitcoins produced in each block, and a block is produced every 10 minutes. This means that there are 6.25 (Bitcoins per block) x 6 (blocks per hour) x 24 (hours per day) = 900 bitcoins produced each day. How many of these you get depends on the percentage of hash power you control.
Impressive as this is, the improvement in conventional computer https://www.beaxy.com/ing power is limited by Moore’s Law – predicting the number of transistors on microchips will double every two years. In an adversarial world protecting information is critical to security, which is why governments invest heavily in information intelligence. Historians believe that the outcome of World War II was influenced by the British cracking the Nazi’s machine for encrypted communication called ‘Enigma’.
IBM is confident that it can exponentially increase the qubit number in the next few years, and we could see a processor with millions of qubits in at most 5 years, but reaching billions of qubits may take double that time. There is no immediate threat for the Bitcoin network, yet core developers should consider upgrading the encryption code to make it quantum-resistant by the end of this decade. The most efficient theoretical implementation of a quantum computer to detect a SHA-256 collision is actually less efficient than the theorized classical implementation for breaking the standard. The wallet file in the original Bitcoin client is using SHA-512 (a more secure version than SHA-256) to help encrypt private keys.
Also, there has been a significant activity in the startup scene, where companies like Quantum Circuits are expecting to achieve crucial breakthroughs in the coming days. How this upgrade would be introduced is subject to debate, but one method would be through a soft fork upgrade. This results in the creation of a new address type which users would send their bitcoins to in order to achieve quantum security. Users who don’t send their coins to the new, quantum-resistant wallet type would leave their funds vulnerable to theft. The Hyperledger Foundation, the technology BNB behind the QUANT token, is working on post-quantum cryptography as part of its Ursa project, a library of cryptography software available for Hyperledger projects. Eventually, currently used encryption schemes must be replaced by new ones that are quantum-resistant.
Checking if the site connection is secure
‘Quantum Supremacy’ makes challenges that because of time constraints are simply unfeasible for existing chip-based computers suddenly within reach. But even when applying randomness, standard computer processing power can crack an eight-letter password in lower case and containing no special characters in 8.5hrs, while a Super Computer making 1 billion guesses a second can do that instantly. AES has never been hacked, but its predecessor DES, introduced in 1976, used 56bit keys which can now be broken within a few hours. The limitation with symmetric algorithms is how to deliver the single key, with the most analogue solution being a suitcase handcuffed to a secret service agent. In bitcoin-mining it will not be pre-image, thus will be even trickier because block data always changes.
And before we turn to tohow fast could a quantum computer mine bitcoin’s mailbag, I’d like to share one more reminder with readers that a replay of my special event this past Wednesday evening is available for just a short time. According to IBM specialists, one gate per quantum computer requires about 1 nanosecond. Given the parallel operation on a quantum computer, we get almost identical speed. The solution of the third problem is the selection of the complexity of the network. The transition to an alternative solution is to search only for the value of nonce, without hash. A quantum computer has to perform better at some minute and trivial task that might seem impressive but completely useless — in much the same way a Turing test of machine-generated English might fool a Ukrainian child with no fluency in the language.
Breaking this form of encryption would mean a person could ascertain someone’s private key from that person’s public key, which is freely broadcasted to the entire network each time that wallet makes a transaction. Accessing a private key is like identifying a person’s password and would give the attacker complete control over any funds held in the wallet address. One of the most obvious ways to maintain Bitcoin’s security in a future with more powerful quantum computers would be to upgrade the Bitcoin network to a stronger form of encryption — often called “quantum-resistant encryption”. Some alternative quantum-resistant encryption algorithms already exist, and the main selection criteria for developers would be to use one which is efficient and wouldn’t be memory intensive. Estimates on when quantum computers could achieve the necessary qubit processing power to attack Bitcoin range from several years to a few decades.
As CoinTelegraph discusses, quantum computers could break through the SHA-256 hashing algorithm that Bitcoin and many other blockchains rely on for producing blocks and signing transactions. If this happened, then a quantum computer could forge transaction signatures, recover private keys from public keys, change data in the blockchain’s history, outpace all the miners/validators in the network and completely hijack the blockchain. Since BNB the Decentralized Finance sector holds many billions of dollars in value , there is a tremendous economic gain for anyone who can crack the blockchain’s cryptography. Quantum computing’s impact on cryptography will also likely spread to the cryptocurrency industry. Every crypto project today uses cryptography to secure its network and validate block transactions, generate a hash number, verify transaction completion, and so on. However, with efficient quantum computers in place, many crypto projects could pose an existential threat if they do not continually advance their security mechanisms in tandem.
How fast can a quantum computer crack a password?
One study suggests that encryption using a 2048-bit key could be cracked in 8 hours using a quantum computer.


SUOWEI ELECTRIC EQIPMENT TECHNLOGY ZHEJIANG CO. ，LTD.
suowei electric equipment technology zhejiang co., Itd. is established in 2006, whichis a professional manufacturer engaged in developing and manufacturing industrialcontrol products. The main products include LED indicator lamp, push button switch,buzzer,warning light and LED components, etc., which are widely used in machinery,machine tool,electric power automation, control cabinet, power distribution cabinet,instrument cabinet and other industries.
The company has accumulated rich experience in product design and manufacturing. Inaddition to the product model and technical parameters provided by the company, thecompany also can design and manufacture according to the needs of customers and adaptto various requirements of customers.
We solemnly promise: we not only provide products, but also supply best solutions andperfect after-sales service. Customer satisfaction is always our goal and direction.


This function makes AZDOME GS63H more convenient to use
Not long ago, AZDOME launched the world's first 4k dash cam GS63H, the device is equipped with Novatek96660 chipset and OV4689 Sensor, supports 1920*1080P 60fps, and max supports 2880*2160P 24fps, besides, it is also with built-in GPS function.
WIFI function is one of the advantages of GS63H, we can operate GS63H in cellphone through WIFI connection, for example, we can switch between the video and photo mode, record and stop, and download the recorded video without using the cellphone data, which brings much convenience to us, however, many people may not be familiar with usage of the WIFI function.
Today, AZDOME specially created a demonstration video of WIFI function, we can see directly the operation interface and the related parameters of GS63H from the video, the corresponding ID and password will appear after opening the WIFI function of GS63H, the default initial password is 12345678, you can enter into the operation interface by connecting WIFI with the cellphone, it is really easy and fast to operate.
Before using the WIFI function of GS63H, you need to download a Luckycam APP in Google Play or Apple Store.


Future-proof smart charging for the forward thinking EV driver. Meet the EO Genius.
- Compatible with all plug-in vehicle brands
- Power ratings: 3.6kW, 7kW, 11kW & 22kW
- 3-year product warrant
- Available in White
- Universal Type 2 socket as standard
- Eligible for £500 OLEV grant
- Size: 360mm(H) x 165m(W) x 155mm (D)
Connect the EO Hub to a Genius charger and unlock smart-charging technology. Control your vehicle charge through our app and monitor energy usage using the EO Cloud. Soon you’ll be able to integrate your charger with battery storage and solar PV.
Want to know more about the EO Hub?


TS-253Be 2-Bay Professional NAS. Intel Celeron Apollo Lake J3455 Quad-core CPU with Hardware Encryption. Intel Celeron J3455 quad-core 1. 5GHz (up to 2. 3GHz), 2GB DDR3L RAM (max 8GB), SATA 6G, 2xGbE, Pie slot for 10GbE or 2 more Gbe, AES-NI encryption, 4K hardware transcoding, dual 4K HDMI v1. 4b, max 1 UX-800P/UX-500P expansion unit, built-in speaker, 1x Line out
Make sure this fits by entering your model number.
4TB Seagate Iron Wolf Drives Pre-Installed and Pre-Configured with RAID 1
Intel Celeron J3455 quad-core 1. 5GHz (up to 2. 3GHz), 2GB DDR3L RAM (max 8GB), SATA 6Gb/s. Total memory storage: 2, SODIMM DDR3L-1600. For dual-DIMM configurations, you must use a pair of identical DDR3L modules
2xGbE, AES-NI hardware encryption, hardware transcoding up to 4K H. 264, 4K HDMI with Codi player, 2xHDMI, Virtualization Station, Surveillance Station, max 1 UX expansion unit, 2x 6. 3mmMIC In, 1x Line out
Dual HDMI outputs for switching between mirroring and extended desktop options. A hybrid approach to virtualization in one NAS: Virtualization Station & Container Station
Supports 4K hardware decoding, and transcodes 4K (H. 264) videos on-the-fly or offline. Build a personal karaoke system with high-quality audio output and the new OceanKTV app. Quickly find specific files by real-time, natural search with Qsirch 2. 1


Description:DB9 connector for PCs and servers,D-sub connector,9pin
connector,IDC connector flat cable to D-sub 9in
What is a DB9 Connector?
The term "DB9" refers to a common connector type, one of the
D-Subminiature or D-Sub types of connectors. DB9 has the smallest
"footprint" of the D-Subminiature connectors, and houses 9 pins
(for the male connector) or 9 holes (for the female connector).
Where are DB9 Connectors used?
DB9 connectors were once very common on PCs and servers. DB9
connectors are designed to work with the EIA/TIA 232 serial
interface standard, which determined the function of all nine pins
as a standard, so that multiple companies could design them into
their products. DB9 connectors were commonly used for serial
peripheral devices like keyboards, mice, joysticks, etc. Also they
are used on DB9 cable assemblies for data connectivity.
Why Elete connector?
We specialize in housing injection mold, pressing, punching,
Our products are widely used in such field as home appliances
digital cameras, car acoustics, computer peripheries
Cost-saving solution to the customers
Excellent after-sales service team
Large-scale production capacity and complete connector production
Small order is acceptable
Co-operated with world famous company:
Aoto electronics, Honeywell, Jabil, Liteon, Asus, AC, Flextronics,
All products are RoHS Directive-compliant,
UL, REACH, SGS
We can serve 5-10 pieces free samples for you testing before mass
Above specifications are reference only, we can accept the
For more details please feel free to contact with us.


Dust being ejected by stars leads to an interesting multi-physics problem. We simulate the transport of this dust and track the hydrodynamic development of the gas and dust over large domains and time periods.
Stellar luminosity variations and dust hydrodynamics in Asymptotic Giant Branch (AGB) stars, and the consequences for dust survival and mass-loss, remain elusive. We broadly investigate the role of dust and radiation hydrodynamics in the formation of dust and gas structures, heterogeneous clumps, observable in AGB remnants, and planetary nebulae (PNe). Spatial perturbations arise due to luminosity variations from turbulent thermal convection within the star and stellar atmosphere. These variations in the radiation field drive spatial perturbations of the dust and gas field and may be responsible for the formation of larger clumps, such as cometary knots, seen in the PNe phase. We use FLASH for studying this problem at large length and time scales. Simulations are performed in 2D solving the Euler equations with source terms resulting from the particle phase, represented by free Lagrangian points. We implement radiation coupling for the particle phase, modeling radiation heating and acceleration of the particles, and subsequent coupling to the gas phase through non-continuum heat and momentum transfer models.
Research is done in conjunction with Dr. Angela Speck at the University of Texas, San Antonio.


IF YOU SUFFER FROM HYPERPIGMENTATION. LED THERAPY IS FOR YOU. Current studies show that Invisable red light therapy and infrared light improves melanocyte activity in the skin. In this package you receive unlimited light therapy sessions and one express facial, which focuses on hyper pigmentation. ( this facial treatment time is 20 minutes the appointment time is 30 minutes, so this part of the package must be scheduled with your practitioner separately. During the LED facial sessions you will simply sit in the treatment room listening to relaxing music while the LED device is treating your skin. Each session look forward to improved skin tone! LED is also proven to boost collagen and elastin production so it also diminishes fine lines.


Price does not include sales tax and shipping.
PET EEG 2 channel Neurofeedback equipment (5-leads)
The PET EEG 2.0 channel has:
- 5 active electrodes (2 +, 2 - and 1 ground, bipolar channels)
- The PET EEG is suitable for wireless measuring of EEG, EMG or ECG
- When you order the PET 2.0 the package includes: 1 PET 2.0 hardware body + plug, 1 bluetooth receiver, 1 battery, 1 arm band, 1 installation manual and suitcase
- The PET wireless Neurofeedback equipment is compatible with the BioExplorer software.
Wireless bluetooth connection
The EEG hardware transmits the data to a PC, laptop or mobile device wireless with a bluetooth connection: this is wireless Neurofeedback! Due to our patented design, EEG can be measured in a user friendly way.
The Brainquiry PET 2.0 is based on a DC-Amplifier (instead of more common AC amplifier) Due to the high quality components, the PET 2.0 shows good performance showing the lower brain frequencies like Slow Cortical Potentials and Brain Computer Interfaces (BCI).
Compatible softwareThe PET EEG 2.0 is compatible with BioExplorer and BioEra. We are currently working on new (mobile app) software solutions.
For all our Brainquiry EEG hardware equipment we offer interfacing software such as an API or ANSI-C code to use the equipment with your own (research) software.


Retrieval and Redeployment of Metocean Equipment (Wave Buoy)
As per NTM/003 v2.0 (issued 27.08.20), a Floating LiDAR system and wave buoy were successfully deployed within the Project Erebus site on the 30th August 2020.
Unfortunately, data from instrumentation on the buoy has confirmed that the Wave Buoy broke free of its moorings sometime in the last 24hrs. It has now been recovered.
It is expected the Wave Buoy will be inspected and then redeployed within the next 10 days. It will be redeployed at the same location (see attachment for coordinates). This is within the boundary of the proposed Erebus Floating Offshore Wind Farm (FLOW) project site.


Microphones should be simple.
Of course, in the best of all possible worlds, everything should be simple. As a former radioman might tell you though, nothing is ever as simple as it seems, and not all microphones are the same.
The M1-DC headset mic shown above has a built in amplifier. The small screw visible in the picture is a gain adjustment screw. Turning the screw "up" makes the wearer "louder". A better use for this adjustment is to balance the microphone output to match other microphones or systems requirements. A technician can match A radio to A microphone, or in the case of the microphone above, A microphone to A radio. When you start mixing a bunch of different mics with a bunch of different radios, you don't always get good results. That is where standardization becomes necessary.
The recent installation of a new radio/intercom system in the Mi-2 brought attention to cabin noise levels and balancing different microphone inputs. One pilot's mic (Mike's mic) had significantly more gain than the others and background (turbine) noise was strongly amplified during the flight.
Recent experience with piston helicopters at the Cold War Air Museum has been at much lower ambient noise levels and hot mikes or voice activated intercoms have given good performance. Because of high noise levels, most military helicopters have push to talk intercoms. But we are still working towards the convenience of voice activated systems in the Mi-2, at least for the pilots.
Although a subjective evaluation can be made during flight tests, it is expensive to experiment with different settings and equipment while burning 2-3 liters of Jet-A per minute. So evaluation and testing is done on the ground when possible.
Although classic shop equipment is available, testing has been made easier by the availability of plug in analyzers for laptops computers. After a series of ground tests, we can focus further in-flight tests on specific noise issues associated with the Mi-2.
This gaggle of headsets represents some of the headsets used by our associates. ANR's from Bose and Lightspeed as well as passives from Peltor and David Clark, including the 10-46, 10-56 and 10-66 are shown. Each has a different microphone.
Although all are "GA Helicopter" headsets, microphone outputs varied by 3:1 across the group. While the human ear can easily compensate for this kind of difference, an automatic squelch or background noise adjusting circuit has a much more difficult time.


The Mobile Video Explosion
Thanks to the proliferation of mobile devices such as tablets and smartphones, the mobile video market is widely expected to really take off in the next few years.
In terms of traffic, video currently accounts for up to 60% of mobile data traffic, according to the latest Mobile Analytics report from Bytemobile.
Cisco in its latest report on mobile traffic* confirms this trend, but to a smaller extent. Indeed, Cisco is currently forecasting that global mobile video traffic will exceed 50% for the first time in 2011 and will account for some 66% of global mobile data traffic by the end of 2015.
In terms of revenues, the global mobile video market is expected to increase at a Compound Annual Growth Rate of 24% between 2010 and 2015 which will result in expected revenues reaching $12.6 billion, according to the report issued in June 2011 by IDATE.
The rising use of mobile video and more generally of mobile drives new measurement tools such as:
• M³, launched in June 2011 by Ipsos Media CT, using Zokem’s mobile measurement app to track smartphone and tablet usage.
• Device Essentials, introduced in June 2011 by comScore which measures digital traffic from all devices, including mobile phones and tablets.
*Cisco Visual Networking Index: Global Mobile Data Traffic Forecast Update, 2010–2015