The Impact of Technology on Online Slot Gameplay
Technology has had a profound effect on online slot gacor gaming. Gamification is a popular trend that has been used to enhance slot games by adding elements from video games such as rewards systems and leaderboards.
Modern online slots feature more visually attractive designs to attract and keep players interested. In addition, most devices can now load them quickly.
The Evolution of Online Slots From Mechanical to Digital
Online slot gambling has become one of the most beloved casino games online, taking full advantage of cutting-edge technological advances like virtual reality, blockchain, and artificial intelligence.
This technology empowers slots developers to create games that are more innovative and engaging for players while creating more themes and features in each slot game.
Augmented reality (AR), another technology revolutionizing slot gameplay, combines computer-generated images with the user’s perception of real life. While AR may not yet be widely adopted, its potential could transform future online gambling as this technology allows users to interact with casinos from any location – providing more convenient gambling sessions overall.
Online judi slot games have become increasingly popular around the world, and this is largely due to the way that technology has improved the graphics and sound effects of these games. Today’s online slots feature incredibly realistic sound effects and vibrant visuals that transport players to different worlds and provide an immersive experience.
Thanks to advancements in technology, the user interface of these games is now more intuitive than ever before, making it easy for players to quickly learn how to play and start enjoying the game.
One of the key advantages of playing online slot games is that they are accessible on any device, whether it be a smartphone, tablet, or computer. This is made possible by faster internet speeds, which allow players to enjoy their favorite games during their commute or lunch breaks without having to worry about slow download speeds.
The Impact of HTML5 and Mobile Technology on Online Slots
The technology behind online slots games has transformed their player experience, especially through virtual reality and AI integration into slot games. These technologies make creating more realistic slot experiences possible while reaching wider audiences.
Flash was initially used when online casinos first emerged; however, HTML5 is compatible with all operating systems and devices and allows developers to produce games or sites which can be accessed through mobile browsers rather than apps for increased security.
HTML5 is a programming language designed to let developers build interactive, dynamic, and customizable games more efficiently and cheaply than with other languages; furthermore, it’s simpler and cheaper than most besides supporting many cutting-edge technologies, including audio/video playback.
The Role of Artificial Intelligence and Machine Learning
Artificial Intelligence (AI) is making waves in online slot gaming. AI can help enhance player experiences by predicting when a slot will hit, analyzing player data to provide tailored experiences, and helping manage spending habits.
However, using AI does carry with it some potential pitfalls. For instance, predatory slots that exploit player weaknesses such as impulsiveness and gambling problems could occur as well as no such AI program ever be proven effective at beating online slots convincingly.
AI can also be utilized to ensure the fairness of online slot machines by analyzing data and recognizing patterns. AI also helps prevent fraud while increasing transparency within the industry and can also be utilized to create virtual reality and augmented reality experiences that more closely resemble casino visits than ever before.
Technological Advancements and the Future of Online Slots
Slot online games are continually adapting to meet the ever-evolving demands of their players, including technological advances that make for engaging experiences and quick payouts. As a result, these innovations have elevated online slots into some of the most beloved forms of gambling available today.
Gamification has revolutionized slots games by adding elements of video gaming like rewards systems and leaderboards – increasing player engagement and loyalty while simultaneously driving the growth of revenues for casinos.
Virtual reality technology can also play a key role in online gambling, providing an immersive virtual casino environment and improving the graphics and sound of online slot games. Virtual reality could become a key aspect of future online gambling; digital currencies like Bitcoin are already providing fast and secure transactions between players.
Also Read: What Are The Pin Up Casino Bonus Code?
In conclusion, technology has had a significant impact on online slot gaming, enhancing the gameplay experience and attracting a wider audience. Gamification has increased player engagement through rewards and leaderboards, while more visually attractive designs and faster loading times keep players interested.
The evolution of online slots from mechanical to digital has allowed for more innovative and engaging games, with the potential for future advances such as augmented reality. HTML5 and mobile technology have made online slots accessible on any device, while artificial intelligence can help predict player behavior and ensure fairness.
As technology continues to advance, online slots will continue to adapt and provide engaging and immersive experiences for players.


How do you appease a workforce that demands bring-your-own-device (BYOD) policies and anywhere access to corporate files, while also maintaining control over your critical company data?
Accessing corporate files through various types of apps and mobile devices creates an environment where data is easily leaked, lost or stolen.
Vaultize provides a mobile content management (MCM) platform facilitated through data access rights. This allows corporate IT to prevent data loss by controlling what users can do with files on their mobile devices.
Vaultize allows granular control over every file that passes through it, including whether files can be copied/pasted, shared, printed, emailed, opened in a third-party mobile app and more. This is possible through policy-driven control over the Vaultize mobile app and its built-in document editor.
Users get seamless access to their files on mobile devices with the ability to edit Microsoft Office documents and annotate PDF documents through the built-in editor. They can collaborate with other users in organization as well as share the files with external users based on corporate policy. Users can control third-party access parameters through embedded digital rights management (DRM).
Patent-pending data containerization technology ensures that data is stored in a secure container on mobile devices to enable secure BYOD. The container is always kept encrypted to protect it from unauthorized access with the ability for IT to securely wipe its contents if the device is lost or the user leaves the organization. The container can be further protected using a PIN unique to the device.
Geo- and IP-fencing capabilities further protect the contents by wiping the container when the device leaves a pre-defined geography or IP range. All this combined with AES-256 encryption of in-transit data provides unmatched end-to-end security.


Our vineyard analysis sensor was born of a collaboration between Vivelys and Bloomfield Robotics, an American start-up specialising in artificial intelligence. It enables relevant decisions to be made to ensure the quality and quantity of wines produced in the vineyard.
- Over 10 yearsof AI expertise for Bloomfield Robotics
- 3 countriesTesting in real-life conditions (USA, France, Italy)
- 2264Hectares surveyed
- + / - 10%Current error rate
A powerful sensor for a comprehensive assessment
With cameras fitted to all types of vineyard machinery, this sensor takes thousands of images from one row to the next. The algorithm then takes over and analyses the data before sending it to the producer via an interactive web platform in just a few hours.
This truly innovative sensor can be used for the early detection of failures, certain diseases, and, more generally, the health of the vines plot by plot. It can even be used to estimate yields.
Information displayed on a specially designed platform
- Berries (quantity and colouring)
What do you need to know?
Vivelys and Bloomfield
In 2022, Vivelys invested in Bloomfield Robotics through its parent company Oeneo. Since then, the two companies have been working together to develop a new global vineyard analysis tool to address climate change issues. This new tool is a sensor with the primary role of determining the yield of a vineyard plot.
How does it work?
The images taken by the camera are processed by Deep Learning AI systems. This is a branch of AI capable of analysing unstructured data such as images, videos, or text.
It is a system based on several layers of interconnected artificial neural networks, like a human brain. These networks are made up of dozens or even hundreds of 'layers' of neurons, each receiving and interpreting information from the previous layer. The more layers there are, the deeper the learning process.
What type of camera is used?
The sensor features of a stereo camera and active lighting that film the entire plant to provide an accurate assessment of its key characteristics throughout the season.
Stereo camera: this is a type of camera with two or more lenses and a separate image sensor or film frame for each lens. As a result, the camera can simulate human binocular vision and capture 3D images.
What type of vehicle can it be fitted to?
With the right fittings, the sensor can be attached to any type of viticultural vehicle, tractor, straddle tractor, quad, etc.
At what speed can it be used?
It can be used day and night at speeds of up to 20 km/h. It surveys 10-15 ha/day (30 to 50% of the area covered). 30% is the minimum recommended for accurate estimates.
Our other products
- Native yeast selection
VIVELYS is by your side from the pre-selection of yeasts in the vineyard, right through to the pitching in the cellar and the conservation of the leaven from one year to the next.
Monitor the ripeness of your grapes:
Dyostem® is an excellent tool for monitoring grape ripeness that facilitates your interpretation of the specific conditions of each vintage.
High-performance leaven production:
Ecolys® enables the production of high cell-concentration leaven thanks to easy-to-use equipment and full access to our expertise.


84. LED Rated Life … Your recently viewed items and featured recommendations, Select the department you want to search in. Then the minimum load would be reached, but this mixed operation is not a nice solution. Choose the Reveal® HD+ LED for you: Explore the full HD light family. Sold by shopnships. You can edit your question or post anyway. Transform every room in your home from ordinary to extraordinary with Reveal bulbs. Reveal's unique neodymium glass filters out dull, yellow rays, unlike regular soft white bulbs, leaving you with enhanced, vivid surroundings. Offering brighter and vibrant colors, the technology in GE Reveal LED light bulbs allows users to upgrade to great energy savings without losing the familiar GE Reveal color rendering. LED Lighting Rocks! © 2008-2020, Amazon.com, Inc. or its affiliates. If the LED lights on the transformer flicker, the minimum load is significantly lower. For hard-to-reach downlight application fixtures, GE's dimmable 7-watt LED PAR20 lamp is the ideal solution. After viewing product detail pages, look here to find an easy way to navigate back to pages that interest you. Highlights: Dimmable Type: BR40 Watt: 13 Lumens: 800 Reveal clean, beautiful light Rated for 15,000 hours 65 watt replacement. Its warm tone perfectly creates the cozy atmosphere you need. The GE Reveal has a colored film over the bulb to create more color contrast. $21.00. These bulbs' funnel shape and reflective coating help direct light where it is needed better than a standard incandescent bulb. The GE Reveal BR30 LED compensates for this by upping the wattage to get that brightness back up where it should be. Sold by shopnships. GE Reveal HD+ LED 85-Watt Replacement R40 Indoor Floodlight bulbs provide pure, clean light. 4.2 out of 5 stars 36. Use GE reveal® indoor floodlights in indoor recessed track and recessed fixtures to create broad beams of light and make colors and patterns pop. Reveal … Home; Home » reviews » Top 9 Br40 Led Bulbs Ge. There was a problem completing your request. This makes for a light that's slightly less efficient than other LEDs. Unlike CFL bulbs, GE Reveal LED HD+ bulbs feature exceptional color, instant full brightness and are free of Mercury. GE’s third bulb, Reveal, is tuned to 2850K, it emits just 570 lumens, though like both Relax and Refresh it draws just 10.5 watts of power. You could now replace one or two LED lamps with the old ones. 2700K, 3000K & 5000K frosted, with white housing, cULus Listed, Energy Star ® Certified, Dimmable, 5-year limited warranty. Current Price $12.84 $ 12. GE reveal® technology filters out dull, yellow rays, bringing out colors and patterns that go unnoticed under regular incandescent light. Fast, FREE delivery, video streaming, music, and much more. yr. energy class. GE Lighting Reveal HD LED13-watt (65-watt Replacement), 800-Lumen R40 Light Bulb with Medium Base, 1-Pack – 68575 GE Reveal 2-Pack 50 W Equivalent Dimmable Color-Enhancing Par20 LED Light Fixture Light Bulbs GE LED BR30 Indoor Floodlight Bulb (8 Pack) – Energy Star Certified GE Relax 2-Pack 65 W Equivalent Dimmable Warm White Br40 LED … GE Lot of (3) - GE Lighting 37304 40W Reveal LED G25 Dimmable Light Bulb Long Life. Reveal Reveal HD+ LED 85-Watt Replacement R40 Indoor Floodlight bulbs provide pure, clean light. Please make sure that you've entered a valid question. ge led br30; ge led light bulbs; ge smart light bulbs ; daylight led … Average Rating: (3.0) out of 5 stars 1 ratings, based on 1 reviews. on orders $35+ Gift eligible. Explore. Screw-In Dimmable . Ge 45694 Br40 Reveal Led Indoor Flood Light Bulb, 13 Watt. GE Lighting 89941 Energy-Smart BR40 LED Light Bulb, Soft White 13W, 1070 Lumen. GE LED Light Bulb (64176) 13 watt - 120 volt - BR40 - Medium Screw (E26) Base - 2,700K - Dimmable - Reflector Flood. Prime members enjoy Free Two-Day Shipping, Free Same-Day or One-Day Delivery to select areas, Prime Video, Prime Music, Prime Reading, and more. It made colors appear more saturated in our tests, which we liked. | Free shipping on many items! GE Lighting ProLine 65 Watt BR40 … | Browse our daily deals for even more savings! GE … $13.50 +$5.75 shipping. Free shipping. Relax™ HD. Refresh™ HD. GE LED Reveal BR40 65W Dimmable Indoor Floodlight 2700K. Top 9 Br40 Led Bulbs Ge… Specifications; Additional Content; GENERAL CHARACTERISTICS: Base Description. reviews Tools & Home Improvement. $19.90. GE reveal® technology filters out dull, yellow rays, bringing out colors and patterns that go unnoticed under regular incandescent light. 3.5 out of 5 stars (4) 4 product ratings - GE Lighting 87904 65-Watt BR40 Reveal Floodlight, 1-Pack. It has a lighting cycle of 25,000 hours, making it a practical investment. Medium Screw Base Type. Please try your search again later. Replace CFL and incandescent light bulbs with GE Reveal HD+ LED R30 (3-3 with 4-inch diameter) Indoor Floodlight bulbs in indoor track lighting and recessed lighting fixtures, including damp locations. Philips 5-6" Downlight LED 10w 800 Lumens Daylight 5000k Dimmable - 65w equiv SKU: 800060 Philips $ 4 99 $18.99 Choose from contactless Same Day Delivery, Drive Up and more. These bulbs' funnel shape and reflective coating help direct light where it is needed better than a standard incandescent bulb. Yes Primary Application. 23-watt LED BR40 Lamp - with 1750 delivered lumens. Replace ordinary bulbs with Reveal light to see vivid colors and vibrant whites in high Unable to add item to Wish List. $17.95. GE reveal® bulbs fill your rooms with clean, beautiful light®. Track & Recessed Product Color. The best solution is to replace the old transformer with a new LED transformer like a … 92174 GE LED13DBR40/5K-2P 5000K BR40 … Its cool and energizing tone invigorates the spaces you need to be more active. Enjoy a daylight glow, or dim the light to any desired effect. Your question might be answered by sellers, manufacturers, or customers who bought this product. Product Title Sunco Lighting 4 Pack BR40 LED … To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. Use them … Low-Cost Operation. $15.19 Quantity: Qty: Add to Cart: In Stock - Ships Fast! They’re dimmable and illuminate your home with … GE 14016 65-watt Medium Base (E26) BR40 Incandescent lamp sustains a life up to 1.8 years Based on ravage use of 3 hrs/day. Find answers in product info, Q&As, reviews. Product Title GE LED 13W (65W Equivalent) HD Reveal Color, Large BR40 Flood Light Bulb, Dimmable, Medium Base, 1pk. 640 reviews analysed Rank Product Name Score Best value 1 GE Reveal 2-Pack 85 W Equivalent Dimmable Color-Enhancing Br40 LED Light Fixture Light Bulbs By . 4.8 out of 5 stars with 49 reviews. With a 110-degree beam angle, the 17 W day light bulb can accommodate varying room … Reveal is GE's best light, filtering dull yellow light to give you the incredible color contrast plus whiter whites for exceptional clarity. $46.49. The advanced technology enhances colors plus whitens white for exceptional clarity. GE Relax 2-Pack 65 W Equivalent Dimmable Warm White Br40 LED Light Fixture Light Bulb. GE Reveal LED lighting technology finally comes to LED lamps. or Best Offer . In the case of the A19 lamps, … Experience the difference with bolder colors and enhanced contrast vs. standard GE LED bulbs. Keep combustible materials away from lamp. Replace ordinary light bulbs with GE's Flood and Spotlight in all your track and recessed lighting … GE Reveal HD+ LED Flood Light Bulb, 65W Replacement, BR40 LED … FREE Shipping on orders over $25 shipped by Amazon. 2-day delivery. The advanced technology enhances colors plus whitens white for exceptional clarity. Watch. $24.00. ... General Electric 2pk 40W Reveal A15 CF Clear LED Light Bulb White. Download PDF. of 14. Please try again. GE LED Lamp PAR20 GE LED Lamp PAR20. Replaces a … 49. GE Reveal HD Flood Light Bulbs, BR40 Flood Light (65 Watt Light Bulbs), 360 Lumen, Medium Base Light Bulbs, 1-Pack Floodlights. 99. GE Reveal 2-Pack 45 W Equivalent Dimmable Soft White R20 LED Light Fixture Light Bulbs Medium Base E26. Target.com, by Lucy. GE reveal® color-enhanced full-spectrum bulbs create enhanced, vivid surroundings in rooms and spaces throughout your home. reveal ® TriGain™ TriGain™ Phosphor ... GE LED BR40. Maintain proper lighting in the house or at work by choosing this dimmable LED bulb from Luminus.


With advances in technology, healthcare organizations are now able to use artificial intelligence (AI) to help improve patient outcomes, increase efficiency, and reduce medical costs. AI has the potential to revolutionize the healthcare industry, but there are risks we must consider as well.
What is Artificial Intelligence and How Does it Work?
Before we take a look at how AI is being used in healthcare today and what some of the pros and cons of its implementation may be, it’s important to understand how AI works.
“When we talk about artificial intelligence, it really is about a machine that's imitating intelligent human behavior.” – David (CareTalk).
Artificial Intelligence (AI), in its simplest definition, is intelligence emulated by machines that rival human intelligence. It entails the development of computer systems to think and react in a manner comparable or beyond that of a human operator. AI works by processing data through a variety of algorithms and methods such as deep learning, natural language processing, and machine learning to enable computers to carry out complex rules to solve problems.
From AI-assisted healthcare diagnoses to self-driving cars, AI has rapidly extended its reach across many industries with varying levels of sophistication. By leveraging powerful computational resources, AI will certainly continue to offer unparalleled opportunities for a wide range of applications while blurring the lines between science fiction and everyday life.
How AI is Used in Healthcare
AI has a variety of applications within healthcare. It can be used for administrative tasks such as managing patient records and scheduling appointments. AI can also help improve accuracy when it comes to diagnosing illnesses by analyzing imaging data more quickly than humans can. AI-enabled robots can also be used for surgical operations, allowing for more precise incisions and quicker recovery times for patients.
Will AI Revolutionize the Healthcare Industry?
Artificial intelligence (AI) has immense potential in the field of healthcare. If AI is used with ethics and caution, it could be revolutionary in transforming healthcare delivery. It could automate routine tasks, freeing up physicians and other healthcare personnel to focus more of their time on human interaction with patients. AI applications such as predictive analytics can be used to detect diseases earlier and enable precision medicine by helping to identify treatment outcomes based on individual patient data sets.
By providing detailed analysis of large sets of medical data, AI can assist in early disease detection, helping improve prognoses for patients and cutting down the cost for both patients and the healthcare system. There is also potential for intelligent automation systems powered by AI that can be used in a wide variety of areas such as diagnostics, drug development, clinical trials management and more.
Ultimately, the introduction of AI in healthcare may lead to improved access to care and better health outcomes for patients worldwide.
Benefits of AI in Healthcare
The use of AI in healthcare has numerous advantages. For one thing, it helps reduce errors associated with manual data entry or interpretation of imaging results by medical professionals—both of which can lead to incorrect diagnoses or incorrect treatments being prescribed.
Additionally, since AI can process data 1000x’s faster than humans, it can provide medical professionals with real-time insights into their patients’ conditions that they might not have had access to before.
Finally, using AI-enabled robots for surgery eliminates human error during the operation itself and makes the entire process much quicker overall.
Cons and Challenges of AI in Healthcare
While there are obvious benefits associated with using AI in healthcare, there are also risks to consider. For example, since machines don’t have the same level of intuition or problem solving abilities that humans do, they may miss important details when making decisions related to patient care or treatment plans.
“I think one of the other dangers of AI in healthcare is that it is meant to do basic things, like process automation and answering so-called basic questions. However, patient care cannot be treated like a basic question.” – John (CareTalk)
Additionally, if an algorithm is programmed incorrectly or if there is bias built into an algorithm’s training data set, this could lead to incorrect decisions being made about patients’ health or treatments that could potentially be harmful. Finally, if algorithms become too reliant on machine learning techniques such as deep learning networks then they may become difficult for medical personnel to understand how decisions were arrived at—making it difficult for them to adjust treatments accordingly should something go wrong during a procedure or treatment plan execution.
The Future of AI in Healthcare
Artificial intelligence has tremendous potential within the healthcare industry but also carries its own set of risks that must be carefully considered before implementation takes place. By understanding both the advantages and disadvantages associated with using AI in healthcare settings we can ensure that these technologies are used responsibly and safely so that they benefit both medical professionals and their patients alike.
CareTalk is the only healthcare podcast that tells it like it is. Join hosts John Driscoll (President U.S. Healthcare and EVP, Walgreens Boots Alliance) and David Williams (President, Health Business Group) as they provide an incisive, no B.S. view of the US healthcare industry.


A one day seminar just for your organization in the privacy of your own premises. All our own expenses included within Europe.
THE SEMINAR TOPICS
The Seminar will cover Advanced Computational Techniques such as Data Mining, Artificial Intelligence Process Optimization using Genetic Algorithms and Expert Systems for process control
Data Mining Using Neural Networks
Data mining is an attempt to build a model of the brain using a computer program and “training” that model to recognize certain patterns in the data you have collected from your processes.
Generally, data mining (sometimes called data or knowledge discovery) is the process of analyzing data from different perspectives and summarizing it into useful information i.e. information that can be used to improve industrial energy efficiency and / or improve production and product quality.
Data mining software is one of a number of advanced analytical tools for analyzing data. It allows users to analyze data from many different dimensions or angles, to categorize the data and summarize the relationships identified. Technically, data mining is the process of finding correlations or patterns among dozens of fields in large relational databases.
It’s the technology we’ve all been waiting for, like the spreadsheet was back in the early 80’s. Just how could you live without spreadsheet today?
Process Control, Optimisation and Expert Systems
This topic combines the techniques of data mining using artificial neural networks, genetic algorithms, and knowledge-based expert systems to provide for better process control and optimization, in both advisory open loop format and closed loop automatic control.
Genetic algorithms are inspired by Darwin’s theory of evolution. They are computer programs that “evolve” ever better solutions to complex problems (especially problems that are intractable using other methods), such as process optimizations and cost minimization even with multiple constraints and limitations.
Expert systems are artificial intelligence applications that retain the knowledge of experts and can help in the control, monitoring and debugging of process operations.
Who Should Attend
The seminar is suitable for beginners in the area of data mining and other artificial intelligence techniques. The seminar will be of considerable interest to process engineers, energy managers and energy consultants including energy analysts and energy planners. Other organizations such as state energy authorities responsible for energy efficiency program development, energy research organizations and energy center personnel will find the seminar of interest as another approach to energy systems capacity building.
The seminar will explain of technologies involved in data mining and artificial intelligence as applied to energy and related fields. The Seminar will be explained in simple terms well within the knowledge domain of engineers and others operating in the energy sphere.
The tools available in these areas have developed over the years to be much more user-friendly and intuitive and many such tools are now available to operate in environments familiar to engineers – such as excel. They are in essence another tool for engineers to use.
The Seminar Presenter
Gerard McNulty B.A,.B.A.I., F.I.E.I International Sustainable Energy Expert, holds an honors degree in Engineering Science and a degree in Mathematical and Computer Sciences from Trinity College Dublin. He is a Chartered Engineer and a Fellow of the Institute of Engineers of Ireland and an International Energy expert with 36 years of experience in industrial energy auditing covering hundreds of energy audits in all sectors of industry. Gerard has given talks on the topics of artificial intelligence, data mining and energy efficiency in the industrial sector since 1997, in diverse places such as for example in Ireland, Russia, Kazakhstan, Uzbekistan, Bahamas.
Gerard is also the inventor of an intelligent agent-based system that uses artificial intelligent systems for control of HVAC systems in large buildings. This system has been applied to buildings in Ireland and the UK and has provided an average saving of 20%.
Gerard has worked in many countries on various international assignments with donor organizations such as The World Bank, European Bank for Development and Reconstruction (EBRD), The Asian Development Bank (ADB) and as a specialist Thematic Expert on EU energy research projects associated with the 4th, 5th, and 6th Energy Research Programs. He has also worked as an Energy Expert associated with the Eurostars EU energy program and the Marie Curie Post Fellowship Awards Program.
Savings Potential Typically Identified In Industry Using Data Mining And Artificial Intelligence
- Low-cost savings with payback periods less than 1 year – between 3%-5%
- Medium-cost savings with payback periods less than 2 years – between 5%-10%
- Higher-cost savings with payback periods less than 3 years – between 10%-20%
We have accumulated over 20 man-years of experience in the industrial sector in all aspects and applications of data mining and artificial Intelligence (AI) techniques.
Objectives Of The Seminar Include The Following
- Provide insights into the use of data mining techniques to uncover hidden patterns in energy usage when applied to large data sets. These insights will help process engineers and others identify the actions required to realize energy savings many of which may cost nothing or little to implement
- Provide insights into using artificial intelligent techniques to optimize production related attributes such as increased production output, reduce process variability and hence reduce process specific energy usage in industries such as oil refining, metals including aluminum and steel, chemical, pharmaceutical, manufacturing, food and drinks and much more
- Data mining and other optimization techniques can seem like very complex technologies, however the tools used today are far easier to use, more intuitive and do more of the hard work for you. Some software even comes as an Excel add-in allowing you to import your data as various familiar Excel file formats
Benefits Of Attending Our Seminar
- Learn advanced data analysis to understand process and reduce process variability
- Uncover the most critical variables affecting process operations
- Identify low-cost energy improvement measures
- Optimise production systems to minimise costs
- Using AI techniques and expert systems to provide for advanced control to reduce process variability and hence improve product quality
- Learn how data mining can be used for deploying a predictive maintenance system strategy
Combined Heat and Power Systems
- Understand production, equipment, environmental and contractual constraints
- Produce heat and power cost effectively
- Discover key operational variables that need maintenance more oversight
- Learn now neural networks can be used to model CHP systems and provide what-if query ability for improved approach
Energy Saving Validation
- Use data mining techniques for validation of energy savings before and after improvement
Renewable Energy Systems
- Learn how wind and solar form designers can optimisation the design and the operations of their windmills using naturally inspired algorithms and generation output forecasting
- Learn how conditioning monitoring using intelligence systems can reduce downtime and increase output of wind turbines systems
Electric Power Supply and Utility Sector
- Energy demand and predictive applications with artificial intelligence systems
- Smart meters and data mining for discovery of customer usage characteristics
THE SEMINAR AGENDA
8.30 am – 9 am Registration and coffee
Morning session – Artificial intelligence and energy savings in the industrial, power/electric utility and renewable energy sectors.
9.00 am – 10.00 am – Introduction and overview of topics below
- Introduction to seminar and history of data in the decision-making process
- Overview of industry 4.0 opportunities and its implications for the industrial sector
- An Introduction to Data Mining and Artificial Intelligence
10.00 am – 11.15 am – Intelligent systems overview
- Expert systems for capturing process knowledge and for control of various processes
- Advanced controls using artificial intelligence techniques
11.15 am – 11.35 am – Coffee break
11.35 am – 1.00 pm – Data mining in practice
- Data Mining and techniques
- Neural networks
- Crisp data mining standard
1:00 pm – 2:00 pm – Lunch break
2.00 pm – 3:00 pm – Overview of data mining opportunities in the industrial manufacturing, utility and renewable energy sectors
- A review of naturally inspired algorithms for optimisation – How we can learn from the bird, bees, ants, termites and even the invasive weed to help solve complex optimisation problems associated with energy systems
- Data mining for energy savings in the industrial manufacturing sectors
- Data mining and smart metering in the electric power supply utility business sector
- The use of artificial intelligence techniques in the wind and solar power sector
3:00 pm – 3:45 pm – Data mining and Artificial Intelligence Application opportunities in industrial utility and energy generation systems including the following:
- HVAC systems
- Boiler plant optimisation
- Refrigeration systems
- CHP plant optimisation
- Anaerobic digestion systems
3:45 pm – 4.00 pm – Coffee break
4.00 pm – 4.45 pm – Intelligent energy management systems
- The intelligent approach to energy savings and energy management
- Assessing potential and benefits for the implementation of artificial intelligent techniques in a range of industrial processes and utility systems
4:45 pm – 5.00 pm
Discussion and closing remarks


Finally, the Google smart phone – Pixel – is here. Its hardware and software are both designed by Google. Some of you may remember the name ‘Pixel’, as Google used it in past, for its consumer hardware products however, this phone is a completely different and separate entity.
Though, Google has partnered with various smart phone makers, over the years and around the globe, to provide you with the best smart phone technology, like Android operating systems, and then there is Nexus, the phone Google has closely been associated with.
Now, Google has taken its involvement with smart phones to the next level, by introducing a completely in-house developed smart phone. Pixel has great specifications, which will make your experience a dream come true. Below are some of its features:
- Grip – it comes with rounded corners and a carefully sculpted surface, to make it easier to grip and hold
- Front Display Screen – it is fitted with 2.5D Corning Gorilla Glass 4 on the front display – that mean the front display has the best protection possible for a smart phone.
- Back – it has a glass to give this phone an aerospace aluminum grade finish body
- New Pixel Imprint – the back glass also has the fingerprint sensor, which is conveniently placed to ensure your finger can easily find it. This fingerprint sensor can also be used to swipe, so you can access your notifications
- Battery – this phone has a powerful battery with long sand by and usage time. It can be charged in fifteen minutes and will last for about seven hours
- Camera – This phone comes with a power camera of 12.3 MP. In fact, it is the highest rated camera in smart phones so far. As a free added feature, you will get an unlimited storage space on Google Photos for videos and photos
Pixel comes with built in Google Assistant. This tool is designed to make your life easy. For example, you can order your Google Assistant to give you a brief on traffic or on your calendar for the day or the week; you can even use it for entertainment or to search things online. In other words, you can have a natural conversation with Google, by simply giving commands in your chosen language.
Pixel also comes with the latest version of Android 7.1 Nougat, and being a Google product, they will get the security and software updated, the moment they are available. Also, these updates will install in the background and you will still be able to use the phone while the update is going on.
For now, Pixel is available in 5’’ and 5.5’’ screen sizes with a memory configuration of 32 GB and 128 GB.


BingNano Research Group (Nanomaterials and Emerging Devices):
We seek to understand and explore the characteristics of emerging nanomaterials with large aspect ratios such as fibers, tubes and sheets and their hybrids. We are interested in the nanoscale fundamental science and the large-scale applications through nanomanufacturing. Our aim is to use rationale assembly to manipulate electrons, ions, photons, phonons and mechanical properties toward multi-functionalities. Our current research interest include: (1) nanoscale materials synthesis and nanomanufacturing; (2) emerging energy storages beyond Li-ion; (3) flexible electronics.
Professor Liangbing (Bing) Hu:
- Born in Hubei Providence, China in 1982.
- Obtained his BS in Physics from University of Science and Technology of China (USTC) in 2002, where he worked on colossal magnetoresistance (CMR) materials.
- Got his PhD in Physics from UCLA with George Gruner in 2007, where he worked on nanoelectronics with carbon nanotubes.
- Co-funded Unidym Inc in 2006 and continued working there until 2009 as a scientist, where he led the effort on roll-to-roll coating and devices integrations of transparent carbon nanotube films.
- Did his Postdoc in Stanford MSE from 2009-2011 with Yi Cui, where he worked on electrochemical energy storages.
- Started his career as an assistant professor at MSE and Energy Research Center at University of Maryland College Park in 2011, where he is leading a group focusing on nanomaterials and emerging devices.
▪ 2015 Maryland Academy of Science Outstanding Young Engineer Award
▪ 2014 Invention of Year 2013 (Physical Science), UMD
▪ 2014 Campus Star, the American Society for Engineering Education (ASEE)
▪ 2013 Air Force Young Investigator Award
▪ 2012 Minta Martin Award
▪ 2012 Nominated by UMD for Packard Foundation Fellowship
▪ 2010 Innovation Award, Society of Manufacturing Engineer, Nashville, Tennessee
▪ 2006 Outstanding Teaching Fellow, Department of Physics, UCLA
▪ 2005 Best Poster Award, California NanoSystems Institute (CNSI)
▪ 1999-2002 Excellent Student Fellowship, USTC
▪ 2014 Steve Lacey (Department of Materials Science and Engineering Student Research Award)
▪ 2014 Kathleen Rohrbach (MSE Chairmans’s Outstanding Senior Award)
▪ 2013 Jiayu Wan (Future Faculty Program)
▪ 2013 Nick Weadock (Hertz Graduate Fellowship – First round interviewee, Department of Materials Science and Engineering Student Research Award
▪ 2012 Sepideh Parvinian (the Fall Technical Symposium Research Poster Contest at University of Maryland, College Park)
▪ 2012 Nick Weadock (Dinah Berman Memorial Award, Awarded to one undergraduate engineering student for academic excellence, leadership, and service to the Clark School of Engineering)
▪ 2012 Sepi Parvinian (IMAPS Best Student Poster Award)
▪ Editorial Board of Scientific Report
▪ Editorial Board of Frontiers in Energy Storage
▪ Editorial Board of Supercapacitor
▪ Symposium Co-Organizer, Two-dimensional Materials for Energy and Fuel, 247th ACS National Meeting, Dallas, Texas-Division of Energy and Fuel, 2014
▪ Symposium Lead-Organizer, 3rd International Symposium on Graphene for Energy and Fuels, 248th ACS National Meeting, San Francisco, California-Division of Energy and Fuel, 2014
▪ Symposium Lead-Organizer, Applications and Manufacturing of Devices on Paper and Textiles, 61th AVS National Meeting, Baltimore, Maryland, 2014
▪ Symposium Co-Organizer, ISDRS 2013 International Semiconductor Device Research, 2013, Hyatt Regency Bethesda, Maryland
▪ Symposium Lead-Organizer, Materials Challenges and Integration Strategies for Flexible Energy Devices and Systems, MRS Spring, San Francisco, 2014
▪ Symposium Co-Organizer, Capacitors and Related Systems for Energy Storage, 245th ACS National Meeting, New Orleans-Division of Energy and Fuel, 2013
Symposium Co-Organizer, 2nd International Symposium on Graphene for Energy and Fuels, Indianapolis, Indiana, 2013
Dr. Liangbing (Bing) Hu’s
1208 Engineering Lab Building (Building 89)
University of Maryland College Park 20742
Email: binghu AT umd DOT edu
1147 Engineering Lab Building (Building 89)
University of Maryland College Park 20742


The Exploratorium Science Museum
The Exploratorium has a web site of over 15,000 web pages exploring science, art, and
technology including science experiments and activities.
Science Fair Project Resource Guide
Find out how to do a science fair project and get ideas of different projects you can
Science News for Kids
Science news, games and information to keep you up to date on science in the news.
The Why Files
Find out the science behind the headlines.
Thousands of pages of resources on astronomy, planets, comets, astronauts and new
discoveries of the National Aeronautics and Space Administration.
Air and Water Chemistry for Kids
A lot of chemistry is best learned through experimentation. Begin your journey by trying out some online games, reading up on chemistry basics, and conducting a few simple experiments of your own. (Thanks to Julia for recommending this site!)
The Science Behind Glass
Glass is all around us: Get to know the science behind it.


Logistic Regression using Single Layer Perceptron Neural Network (SLPNN) ... which is also called the logistic function. Neural Network Input. The input to the Neural network is the weighted sum of the inputs Xi: Activation function. The input is transformed using the activation function which generates values as probabilities from 0 to 1: The mathematical equation that describes. We will help you become good at Deep Learning. In five courses, you will learn the foundations of Deep Learning, understand how to build neural networks, and learn how to lead successful machine learning projects. You will learn about Convolutional networks, RNNs, LSTM, Adam, Dropout, BatchNorm, Xavier/He initialization, and more.


Printed circuit boards have been widely used nowadays, but its concept dates back from the early days of the 20th century. Various inventors from all around the world such as Albert Hanson, Thomas Alva Edison, and Paul Eisler experimented with the idea of a conductive metal mounted on a non-conductive backing material.
However, it was only during the Second World War that printed circuit boards were extensively used by the military.
Apparently, the United States Army required an electronic circuit that can be easily produced en masse – yet also reliable enough to withstand being fired from a gun. The perfect solution for this dilemma was the PCB, which was used as a major component for proximity fuzes that detonated explosive charges within its range. Over the years, successive research work has been done until printed circuit boards have been adopted in both consumer electronics and specialized applications.While PCBs have revolutionized the field of electronics over the years, a lot of companies nowadays still have a hard time when it comes to sourcing them for various purposes. Domestic production costs higher, and this has led to circuit board production being outsourced overseas in order to reduce overhead costs. A major issue, however, is that PCBs produced outside the country are notorious for sub-par quality – causing product malfunction. This is where we, at PCBNet come in. We disprove the usual perception of PCBs manufactured overseas. With our company’s extensive experience and knowledge in producing printed circuit boards, all orders from the first piece up to the last are guaranteed to have utmost quality.
PCBNet’s production facilities located in Asian technology powerhouses like Korea and Taiwan have received various certifications, attesting to the superior output and processes in use. Some of these certifications are UL94V-0, ISO-9002, QS-9000, and ISO-14000. In addition, we are honored to have a few technology companies as partners when it comes to printed circuit board assembly. Motorola, Sony Ericsson, Hewlett-Packard, Intel, and Whirlpool are just some of our trusted partners.
What makes PCBNet different from the rest of the printed circuit board manufacturers around?
Simple. Our more than 18 years of domestic experience in the field, coupled with state of the art equipment and well trained production staff, have given us the noteworthy reputation of quick delivery when it comes to circuit board fabrication and assembly. No matter how large or small any PCB requirement your company calls for, rest assured that we can deliver it on time without sacrificing quality. Small quantities are turned out in five to six days, and larger onces are expected to be finished in two to three weeks.
One of our recent innovations here at PCBNet.com is the full turnkey quotes through our website. This is a convenient option for customers who may need quotations for mass manufacturing of circuit boards, whether it is for testing or actual production. For a quote, the following requirements should be submitted: bill of materials, assembly drawing or Gerber files in a 274X format, Centroid or pick and place data, and samples (if available). Once we receive the requirements, a friendly procurement specialist will respond at the soonest possible time with a full quote.
Aside from turnkey quotation, we also have custom PCB materials for specialized purposes. Different types of printed circuit boards are available—multi-layer, rigid, and flex. Specialized metal substrates can also be used depending on the job – like aluminum core, Nelco, Arlon, and many others.
Our passionate and experienced team of production specialists are dedicated to fabricating the best printed circuit boards for a wide range of applications. We make it possible with the latest equipment and novel methods of PCB fabrication.PCBNet is fully committed to delivering the requirements of our customers and helping their businesses grow. Do not hesitate to contact us for any inquiries about printed circuit board assembly, and we will gladly respond to your query at the soonest time possible.


This is a catch-all category, intended to include ideafiles that don't fit well into any of the other computer-related areas. Fortunately, the topic of "computer systems" can be stretched to cover practically anything you can plug into the wall.
Today's PCs have one or two CPUs in a single functional block, plus one or two banks of DRAM in a separate functional block, creating a bottleneck in the connection between these blocks. Eventually it may be necessary to locate one CPU on the same chip with each memory device to eliminate this bottleneck, but semiconductor vendors are not yet capable of this level of integration. This idea describes a compromise between these two extremes that could be manufactured today, and describes some other generally useful features of MP systems.
The computer monitor business has kinda stagnated the last few years. The best monitors today support about two million pixels, which is where they were in 1993. Unlike 1993, however, the best monitors today demand only a slight price premium over midrange products. This Ideafile describes a display subsystem capable of displaying four million pixels with high color accuracy and a high refresh rate. Such a product would be very expensive to develop, but would demand and justify very high profit margins, just as the megapixel-plus subsystems of the early 90s.
The PCI bus is clearly the best expansion bus we've ever had for the PC industry... it's fast, processor-independent, reasonably easy to design to, and well-specified. However, in many applications it's rapidly running out of gas. Intel has proposed AGP, the Accelerated Graphics Port, to fix some of the drawbacks of PCI for certain graphics applications, but AGP is not a general-purpose bus. We need something better for the long run. What should this be? Will simple enhancements to PCI help?
It's true that computer displays could make use of virtually infinite computing resources. However, there are some limits to the resolution, color precision, and update rates of any display viewed by humans. I just wanted to go through these numbers, and suggest some implications for the computer industry.
Millions of PCs a year, maybe tens of millions, are rendered effectively obsolete by the inevitable march of progress. Or are they? Twenty years ago, even the cheesiest 286 machine would have been worth millions of dollars. Why? Are there still useful tasks these machines can still perform?
The Universal Serial Bus standard is quite good for its intended purpose, but like AGP, USB becomes much less useful when you diverge from what Intel intended. This note explains how USB could be extended to meet some additional needs.
There are already portable computers of virtually every size and description. It isn't quite a continuous spectrum, however. The gaps are almost more interesting to me than the products you can buy today. What's missing? Why? Should someone try to fill these holes?
Here I propose a simple standard for a docking mechanism suitable for almost any small handheld electronic device larger than a watch and smaller than a laptop. If you want to use it, it's yours. Like I said, I only ask for one of each product you make. :-)
We've got a couple of these already but they're all useless for high-performance devices. Here's how to do it right.
SCSI isn't exactly terrible, but it'd sure be easier to create a stackable peripheral standard if we only have to worry about power and a half-dozen signal lines. This is a fairly detailed proposal, with some measured drawings if you want to start making these things in your own workshop.
Some computer trade shows offer booth maps, vendor collateral, and conference proceedings on floppy or CD-ROM. This is better than just paper copies, but it's not really practical to use a laptop computer while you're walking around a trade-show floor. A PDA would be practical, however, whether it's a Palm Pilot, Windows CE palmtop, or my personal favorite, the now-discontinued Apple Newton. On the other hand, the only way to get data into these things is from another computer of some kind, and it doesn't seem particularly efficient to deploy a bunch of complete computer systems for this purpose. Instead, how about a small, cheap box that connects to a ZIP disk on one side and an infrared transceiver and/or serial cable on the other side? It would just constantly scan around for a compatible receiver and when it finds one, it would download the relevant data. A box like this would cost no more than $50, I think, plus $120 for a Zip drive. Much cheaper than a dedicated desktop or laptop computer.
There are two universal power supplies out there: AC power from the wall (universal by virtue of the autoranging 110V-240V power supplies that are widely available these days) and the nominal 12V (actually 13.8V+/- a lot) cigarette-lighter socket. Most laptop computers support both of these. Usually you get an AC adapter with the system, and 12V adapters are available options. Recently we've seen 12V power being made available in new places like airplane seats; sensible enough, since it's just not safe to provide 110V outlets there. Mostly to discourage people from plugging in cigarette lighters, and to save space, these outlets follow a new standard for smaller 12V jacks. Why not carry this concept further? How about building these 12V jacks into office furniture, especially conference-room tables? How about attaching these things to the tables at industry conferences? I know I'd use them.
Home | Ideafiles | Opinion | Toscana | Photography | About the Author | Sitemap
If you have comments or suggestions, please email me at firstname.lastname@example.org.
All content copyright 1996-1999 by Peter N. Glaskowsky. All rights reserved.


GET TO KNOW ABOUT
THE EARTH'S MAGNETIC FIELD
It has been 300 years since George Graham first measured the variation of magnetic declination!
Did you know that the Earth behaves like a giant magnet?
Find out more about the Earth's magnetic field and how it was measured!
Click on the images and text to find out more about these remarkable people and their works!
Carl Friedrich Gauss
measured and documented the Earth's magnetic field at your location on the globe at MagnetiSiM 2022.


Roll over image to zoom in
- New Arrivals
- Related Products
- 【12 COLOR LIGHTING】 There are twelve models of 12 COLOR, which you can adjust as needed. You can use different brightness on different occasions.
- 【USB Charging Operated】 This LED umbrella light can be charged with the USB cable, takes 15 hours to be fully charged.
- 【EASY INSTALLATION】 Use a screwdriver to take the plastic part apart from the lower disk then plug the LED light in.
- 【Energy Saving】 The battery of the remote control comes with a battery separator. It would effectively prevent unnecessary power consumption before use.
- 【Multiple Function】 Not only works as the cantilever umbrella light, but also can be the camping light.


See your landscapes and proposals from every angle
Our 3D specialists use industry-leading 3D modelling software to model 3D environments and create animations. The results can take the shape of anything from walk-throughs or fly-throughs of proposed developments, to animations that highlight changes to a landscape over a period of time.
We typically create our highly detailed 3D models and fully rendered animations using a combination of AutoCAD & 3ds Max. We also use Topos, SketchUp and Google Earth when you need a faster and more cost-effective approach, particularly if the animation needs to consider the wider geographic context. We can create interactive 3D models that can be explored online.
We also use ArcGIS Pro to visualise 3D GIS data, which is particularly useful when various layers of information need to be visualised. Because we’re continually trying to provide our clients, project stakeholders and communities with the very best experience and most accurate, realistic visualisations, we’ve been testing augmented reality software to visualise 3D models too.


So, apparently, I lost my mind over the last summer and built a computer in my car out of boredom, I was either going to spend the money for psychotherapy or this, this seemed healthier. It took over 10 design drawings, 5 built prototypes, and about 3 grand, and is still not where I want it to be. It has GPS, iTunes, long range 5 gHz Wireless-N interface, butt load of disk space, and last but not the least, touchscreen AC controls. The whole point of the project was to build a car computer that could be connected to virtually any button or sensor in the car and control it automatically thru scripts or manually thru the touchscreen, and to have a car computer that could be infinitely expanded. I'm not using a proprietary OS, so any software can be installed.
I got the computer connected to the AC controls, and now have the ability to connect it to anything in the car... ie windshield wipers, buy purchasing a humidity sensor and installing it outside the windshield I can program the computer to start the windshield wipers. I have reached my goal but I am still not satisfied. The AC control application has to be improved, automatic cabin temperature controls are still not implemented, I have two algorithms to build on but I don't have the time yet. I want to collect engine data from the OBD-II port and display it on the screen, if possible change ECU parameters on the fly (or drive, or whatever). I want to have a rear view camera mounted on the rear license plate that turns on automatically when driver shifts to R. I want another camera on the front recording the trips to h264 mov files, and maybe attach ECU data to it. I want to add long range and short range distance sensors to the body of the car in every angle, so the computer can calculate the height of the car from the ground, the distance to other cars while driving, and distance to obstacles while parking. Finally, the only thing I have on the console is the touchscreen and its boring, I will add a thin slot loading dvd burner, a media card reader with usb and firewire inputs, a gigabit network port, and direct access to the screen by composite video and sound inputs. I know, I know, I want a lot of things... Anyhow, here are the components and my opinions about them:
I've gone with an Intel Core Duo Mac Mini as the base of the system due to its stability, I can't be trying to reach the reset button every time the system hangs or "Blue Screen Of Death"'s on me... I would have gone with a PowerPC mac mini if Apple released a G5 version since I find the Intel Macs quite unstable, I have a quad G5 at home that I abuse daily 24/7 (just check the graphics stuff I have been doing). It handles pretty much anything I throw at it like a piece of cake and still has to crash since 2005.
A Xenarc 7" touchscreen, I should have selected a glare-proof screen, since that proves to be a problem.
A Carnetix 240w power supply. This thing is awesome, it turns on the computer with the ignition or pulse (keyless entry), and turns it off with the same thing too. It doesn't just cut the power, it sends the ACPI signal to the power button on the computer. It also runs the remote control sound amplifiers as well. It can be configured for anything thru the usb port as well.
A Pinnacle usb HD stick. This will be used for the rear and/or front view camera.
A Griffin Technology usb controller. I use PowerMate for controlling system sound and iTunes, but it can be configured to control virtually any software.
Some inline high-pass low-pass cutoffs to avoid sending highs to woofers and lows to tweeters.
A 100w audio amplifier. Since the radio is removed from the console and most stock radio head units have the amplifier in them, I had to add in another amplifier myself. This one is for highs and mids, there are two seperate amplifiers for the woofers.
A BU-535 GPS puck and RouteBuddy as navigation solution. The GPS puck couldn't stand the heat under the windshield glass and burnt out, I need to replace it, but RouteBuddy is amazing.
And finally, the parts that make this "carputer" so unique is the AC control module that I built (hardware) and coded myself. 3 servos, a Phidgets servo usb control board, Python (used for testing), Cocoa (for the actual controller application), and my car's actual HVAC control panel broken into pieces. I removed the actual controls from the panel to make the design more compact (after all this design has to fit inside the console), hooked them up to the servos. Wrote the code for the controller board thru Python first (I'll release the code for it at the bottom of this page), then thru Cocoa (no, I won't release the code for this, yet) for the actual application since I wanted the code to be Mac native. I also have a Phidgets 8/8/8 input output board to collect sensor data and control switches and whatnot, it will be used when I add the distance/proximity, humidity, temperature sensors. There will be also a light sensor hooked up to it to measure the exterior light and set the touchscreen brightness accordingly.
There will be pictures, links, snippets of code, other equipment and software installed, and a lot more description coming soon.


Non-visible component that can detect shaking and measure acceleration approximately in three dimensions using SI units (m/s2). The components are:
AccelerationChanged(number xAccel, number yAccel, number zAccel)
Component for using the Barcode Scanner to read a barcode
Non-visible component that provides the instant in time using the internal clock on the phone. It can fire a timer at regularly set intervals and perform time calculations, manipulations, and conversions.
Instants are assumed to be in the device's local time zone. When they are converted to or from milliseconds, the milliseconds for a given Instance are calculated from January 1, 1970 in UTC (Greenwich Mean Time).
Methods to convert an Instant to text are also available. Acceptable patterns are empty string, MM/dd/YYYY HH:mm:ss a, or MMM d, yyyy HH:mm. The empty string will provide the default format, which is "MMM d, yyyy HH:mm:ss a" for FormatDateTime, "MMM d, yyyy" for FormatDate. To see all possible format, please see here.
A note on combining date and time: In order to combine the date from one Instant and the time from another, for example from a DatePicker and TimePicker, extract the parts as text and use the text to create a new Instant.
InstantInTime AddDays(InstantInTime instant, number days)
InstantInTime AddDuration(InstantInTime instant, Duration duration)
InstantInTime AddHours(InstantInTime instant, number hours)
InstantInTime AddMinutes(InstantInTime instant, number minutes)
InstantInTime AddMonths(InstantInTime instant, number months)
InstantInTime AddSeconds(InstantInTime instant, number seconds)
InstantInTime AddWeeks(InstantInTime instant, number weeks)
InstantInTime AddYears(InstantInTime instant, number years)
number DayOfMonth(InstantInTime instant)
Duration Duration(InstantInTime start, InstantInTime end)
number DurationToSeconds(Duration duration)
number DurationToMinutes(Duration duration)
number DurationToHours(Duration duration)
number DurationToDays(Duration duration)
number DurationToWeeks(Duration duration)
text FormatDate(InstantInTime instant, text pattern)
text FormatDateTime(InstantInTime instant, text pattern)
text FormatTime(InstantInTime instant)
number GetMillis(InstantInTime instant)
number Hour(InstantInTime instant)
InstantInTime MakeInstant(text from)
InstantInTime MakeDate(number year, number month, number day)
InstantInTime MakeTime(number hour, number minute, number second)
InstantInTime MakeInstantFromParts(number year, number month, number day, number hour, number minute, number second)
InstantInTime MakeInstantFromMillis(number millis)
number Minute(InstantInTime instant)
number Month(InstantInTime instant)
text MonthName(InstantInTime instant)
number Second(InstantInTime instant)
number Weekday(InstantInTime instant)
text WeekdayName(InstantInTime instant)
number Year(InstantInTime instant)
Non-visible component that can measure angular velocity in three dimensions in units of degrees per second.
In order to function, the component must have its
Enabled property set to True, and the device must have a gyroscope sensor.
ZAngularVelocityproperties will have meaningful values.
GyroscopeChanged(number xAngularVelocity, number yAngularVelocity, number zAngularVelocity, number timestamp)
timestampparameter is the time in nanoseconds at which the event occurred.
Non-visible component providing location information, including longitude, latitude, altitude (if supported by the device), speed (if supported by the device), and address. This can also perform "geocoding", converting a given address (not necessarily the current one) to a latitude (with the
LatitudeFromAddress method) and a longitude (with the
In order to function, the component must have its
Enabled property set to True, and the device must have location sensing enabled through wireless networks or GPS satellites (if outdoors).
Location information might not be immediately available when an app starts. You'll have to wait a short time for a location provider to be found and used, or wait for the OnLocationChanged event
The emulator does not emulate sensors on all devices. Code should be tested on a physical device.
The LocationSensor will be able to locate the device with a varying degree of confidence, based on the quality of satellite, cell towers, and other data used to estimate location. The Accuracy value is the radius in meters around the sensor's detected location. The device has a 68% chance to be located within this radius. More precise location detection will result in a smaller accuracy number, which allows the app to have more confidence where the device is actually located.
If the accuracy is not known, the return value is 0.0
Altitude of the Android device in meters, if available.
Altitude is measured from the World Geodetic System 84 reference ellipsoid, not sea level.
Note that it is difficult for devices to accurately sense altitude. Altitude reported on a phone/tablet can easily be off by 30 meters or more.
Physical street address of the Android device from Google's map database.
The address might not always be available from the provider, and the address reported may not always be of the building where the device is located.
If Google has no address information available for a particular location, this will return No address available.
Determines the minimum distance interval, in meters, that the sensor will try to use for sending out location updates. For example, if this is set to 50, then the sensor will fire a LocationChanged event only after 50 meters have been traversed. However, the sensor does not guarantee that an update will be received at exactly the distance interval. It may take more than 5 meters to fire an event, for instance.
It is also useful to check against Accuracy when using this property. When your device is moving, the accuracy of the detected location is constantly changing.
The device will not change the service provider.
It is possible for a device to switch service providers when the current provider is unable to provide adequate location information. ProviderLocked is a Boolean value: true/false. Set to true to prevent providers from changing. Set to false to allow for automatic switching when necessary.
Determines the minimum time interval, in milliseconds, that the sensor will try to use for sending out location updates. However, location updates will only be received when the location of the phone actually changes, and use of the specified time interval is not guaranteed. For example, if 30000 is used as the time interval, location updates will never be fired sooner than 30000ms, but they may be fired anytime after.
Values smaller than 30000ms (30 seconds) are not practical for most devices. Small values may drain battery and overwork the GPS.
LocationChanged(number latitude, number longitude, number altitude, number speed)
StatusChanged(text provider, text status)
number LatitudeFromAddress(text locationName)
number LongitudeFromAddress(text locationName)
Non-visible component to provide NFC capabilities. For now this component supports the reading and writing of text tags only (if supported by the device)
In order to read and write text tags, the component must
ReadMode property set to True or False
Note: This component will only work on Screen1 of any App Inventor app.
Use an orientation sensor component to determine the phone's spatial orientation.
An orientation sensor is a non-visible component that reports the following three values, in degrees:
OrientationChanged(number azimuth, number pitch, number roll)
A Component that acts like a Pedometer. It senses motion via the Accerleromter and attempts to determine if a step has been taken. Using a configurable stride length, it can estimate the distance traveled as well.
SimpleStep(number simpleSteps, number distance)
WalkStep(number walkSteps, number distance)
A sensor component that can measure the proximity of an object (in cm) relative to the view screen of a device. This sensor is typically used to determine whether a handset is being held up to a persons ear; i.e. lets you determine how far away an object is from a device. Many devices return the absolute distance, in cm, but some return only near and far values. In this case, the sensor usually reports its maximum range value in the far state and a lesser value in the near state. It reports the following value:


Tilt sketch function
30 °-150 ° Tilt, Different angles have different effects,Let you sketch as easy as using a real pencil.
(Only Compatible With Surface Pro 5/6/7/X, Surface Book3/Book2(15inch), Surface Go/Go2, Surface Studio2)
Not Easy to Lose
The pen is made of metal, it can be attached to surface. Not easy to lose,but easy to carry.
(Note: only attach to the surface has magnets in)
3 Replaceable Nibs
There are a pre-installed surface original soft tip. And 3 Replaceable Original Microsoft Surface Pen Tips quality. Easy to replace remove the nib just by hand.
NOTE: The replaceable Pen Tip are in a white plastic bag under pen stand.
Arkidyn’s Hexagonal Surface Pen offer 12 months and Hassle Free Replacement or Money Back in 3 months.
How to use it
1.Make sure that the Surface is powered on.
2.Open the package and press any button of the stylus for one second The pen enters writing mode. In the working mode, the indicator light is blue.
3.The indicator light turns red to indicate that it needs to be charged. When the stylus is fully charged, the indicator light will turn blue.
When the power is insufficient to work, the stylus will automatically shut down, and the user can use the stylus while charging.
4.It can be fully charged in about 2 hours.
5.The stylus can be used directly on mobile phones and tablets The computer’s universal Micro USB cable is charged.
● After 10 minutes of non-use, it will automatically enter the power saving mode.
● In power saving mode, press any button to wake up.
1 x Surface Pen for Microsoft Surface
3 x Extra Pen Nib
1 x USB Manual
1 x USB cable


Applied Geoinformatics for Digital Transformation and Environmental Stewardship
The conference will take place November 02 – 04 (plus excursion), 2022, at Digital University Kerala organized by the C V Raman Laboratory of Ecological Informatics, School of Informatics, Digital University Kerala and the Geospatial Department of Stuttgart University of Applied Sciences, Stuttgart, Germany, co-organized by the Laboratory for interoperable, and open-source Geospatial Software, Data and Standards (HFT ICA-OSGeo-Lab) and and the ICA Commission on SDI and Standards.
Details regarding submissions, registration, travel hints, accomodations etc. can be found at
Call for Contributions
Submissions are invited (but not limited to) the following areas and subjects:
- Open Source Geospatial Technologies: Its values and applications
- Geodata and Geoscience to support realisation and measurung SDGs
- Implementation of OpenAPI based services
- APIs to deliver Climate, Water and Weather Datasets
- Educational approaches
- Big Geo Data Handling
- AI and Machine Learning in the Geospatial Field
- Internet of Things, Sensor Web, SDI and linked data
- Smart Cities
- Digital Twins: Foundations and Sample Implementations
- Digital Twins in Urban Planning
- Realtime 3D
- Food and Water, Hunger and Thirst
- Geospatial Support for Climate Change Adaptation
- Sustainable Urban and Rural Development
- Smart Cities and Smart Sustainable Urbanism
- Triggering Transformative processes and Political Changes
- Migration Patterns and Livelihood
- Assessment, Management, and Optimization of Household Energy Use
- Convincing people: Visualisation of and Access to Environmental Data
Testimony: Hamidreza Ostadabbas MSc
Diana Christa Milloza M.Sc.
Motivation by William Barragán Zaque M.Sc.
Testimony of Prof. V.P.A. Weerasinghe
International Advisory Board
- Prof. Dr. Ayad M. F. Al-Quraishi, Tishk International University, Iraq (Applied Remote Sensing & GIS).
- Prof. Dr. Hala Adel Effat, National Authority for Remote Sensing and Space Sciences (NARSS), Egypt
- Prof. Dr. Subash Ghimire, Acting Head of Department and Associate Professor, Department of Geomatics Engineering, School of Engineering
- Prof. Dr. Matthias Möller, Berliner Hochschule für Technik (BHT) and University of Bamberg
- Prof. Dr. Murimi Ngigi, Dedan Kimathi University of Technology, Kenya
- Prof. Dr. Peter Schmitz, University of South Africa
Digital University Kerala
- Jaishanker R, PhD, Professor and Chairperson, School of Informatics
- Sooraj NP, Project Scientist, School of Informatics, Digital University Kerala
- Sajeev C Rajan, Research Scholar, School of Informatics, Digital University Keral
Stuttgart University of Applied Sciences
- Dietrich Schröder, Faculty of Geomatics, Computer Science and Mathematics, University of Applied Sciences Stuttgart
- Franz-Josef Behr, Faculty of Geomatics, Computer Science and Mathematics, University of Applied Sciences Stuttgart
- Anja Ernst, Research Coordinator, Faculty of Geomatics, Computer Science and Mathematics, University of Applied Sciences Stuttgart
- Hamidreza Ostadabbas: Data acquisition with help of QField and open source GIS software (QGIS)
Mr Ostadabbas holds a Bachelor of the Surveying engineering and a master of Geoninformatics from HFT 2019. He is head of the GIS Department in STEG GmbH company since January 2021 in Stuttgart, and winner of CLGE and GEOMATICS ON MOVE Contest on 2019.
- Dr Jagannath Aryal, Faculty of Engineering and IT, The University of Melbourne Australia: Digital Infrastructure Engineering Systems for Future Development
In the Alumni Session(s) international alumni will share their experiences after leaving their German University.
This is an excellent opportunity and atmosphere to learn from one another and to get valuable suggestions for your own career and personal growth.
- Experiences and knowledge in Mapping Industry: Helpful and inspiring for young students/professionals who want to work and live in Germany.
- My professional & personal experiences
- My experiences in Germany as an Erasmus Bachelor Student, International Master Student, and now International Ph.D. Student
- Experience on the field of practice after leaving Germany
- Having Impact on Stakeholders and Decision Makers
Larissa Mies Bombardi, Department of Geography of the University of São Paulo (USP): Geography of Asymmetry: circle of poisoning and molecular colonialism
Larissa has been an expert on the use of pesticides in Brazil for over 10 years. She has a master’s and a doctorate in Geography, both from USP. She works as a professor of human geography at the same university. In 2017, she published an atlas "Geography of the Use of Pesticides in Brazil and its Connections with the European Union".
- Dr Jagannath Aryal, Faculty of Engineering and IT, The University of Melbourne Australia: Earth Observation and Digital Transformation: perspectives from Infrastructure Engineering
Jagannath Aryal received his PhD degree in Optimisation and Systems Modelling. He is currently a Senior Lecturer in the Department of Infrastructure Engineering at The University of Melbourne. He leads a research group on Earth Observation and intelligent solutions to societal problems. His research focuses on optimal utilisation of Earth Observation, geo-information, and geo-statistics to develop new methods in geospatial situational awareness in disaster and emergency situations and object recognition / identification in multiple hierarchies. Objects of interest derived from sensing technology (Ground / Satellite based) are applied in modelling and mapping various systems taking sustainability and resilience into account. He has experience of different high impact educational institutions from different continents. His research collaboration on Earth Observation, geospatial engineering, and spatial analysis extend to the prominent UK/European universities (including the University of Cambridge; CNRS, France; University of Salzburg; University of Twente). He currently serves on the editorial board of the Journal of Spatial Science (Taylor & Francis), and Remote Sensing (MDPI), and reviews the scientific journals for IEEE, Springer, and Elsevier. He leads the Remote Sensing and Photogrammetry Commission Committee of SSSI, Australia as a national chair.
- Dr Thomas Esch, German Aerospace Center (DLR), Earth Observation Center (EOC): Megatrend Urbanization – New Insights through Monitoring from Space
Dr. Thomas Esch is ‘DLR Senior Scientist’ and leader of the team ‘Smart Cities and Spatial Development’ at the German Aerospace Center (DLR). At DLR’s Earth Observation Center (EOC), Mr. Esch develops solutions to support science and decision makers all around the world with up-to-date and precise information on built environment. With the Global Urban Footprint (GUF) initiative and its successor World Settlement Footprint (WSF), Mr. Esch and his team have set new standards in the global monitoring of urbanization from space. Mr. Esch coordinated more than 15 national and international research projects and participated in another 35. He is also actively involved in the Group on Earth Observation (GEO). Moreover, he is assistant lecturer at the Hochschule für Technik in Stuttgart, Germany. Mr. Esch’s scientific work is documented by contributions to more than 45 peer-reviewed journal publications, 25 book chapters and 200 conferences and workshops. Mr. Esch received a Diploma degree in Applied Physical Geography from the University of Trier, Germany, in 2003, and the Ph.D. degree in Physical Geography and Remote Sensing from the University of Würzburg, Germany, in 2006. Since 2008 he is with DLR’s German Remote Sensing Data Center (DFD).
Dr Thuy Vu, Professor and Dean of Engineering and Science, at Curtin University Malaysia: People in pixels - mapping with free and open-source resources
A geospatial scientist by training and research, Professor Vu has 20 years of research and teaching experience across Eurasia. After obtaining his PhD in 2003, he worked as a research scientist at Earthquake Disaster Mitigation Research Center, Kobe, Japan before joining Chiba University as a postdoctoral researcher between 2006 and 2007. In both places, he focused on the employment of geospatial technologies in disaster mitigation and management. He then joined the GEOGrid team of the National Institute of Advanced Industrial Science and Technology (AIST), Japan to further expand the research onto a high-performance computing platform. After three years of teaching at the Royal Institute of Technology in Sweden, he joined the University of Nottingham Malaysia Campus in 2011. He became an Associate Professor and was appointed the Head of the Environmental and Geographical Sciences Department. In 2017, he joined Hoa Sen University in Ho Chi Minh City, Vietnam, as its Dean of Science and Engineering and Director of Center for Research Development and Support. In August 2018, he was appointed Vice-President of Hoa Sen University. Now, he is a Professor and Dean of Engineering and Science, at Curtin University Malaysia. He was conferred the title of Docent by the Royal Institute of Technology in Sweden in 2014. His current research interest includes geospatial data science, disaster monitoring, and urban remote sensing. Professor Vu is an elected charter member of the Open Source Geospatial Foundation and a senior member of IEEE. He is also a Fellow, a council member of the ASEAN Academy of Engineering and Technology (AAET), and a fellow of the Higher Education Academy.


Your Source for Power Quality SolutionsThe Problem :: Electrical Transients and Noise
Business today is complex. We rely upon sophisticated electronics and technology for every aspect of our business and personal lives. Not only is the equipment expensive, loss of operation can lead to huge financial impacts… and loss of data may be insurmountable. The bottom line - we depend upon the technology and the information to stay in business in a competitive global marketplace.
Leading insurance companies and electrical industry associations have recognized power surges as one of the leading causes of electrical and electronic equipment damage, catastrophic failure and mis-operation.
Power surges are generated by Utility systems (wind storms, trees branches, rodents, equipment failures, etc.), loads in our facilities and lightning. Facility loads can also generate electrical “noise”, causing electromagnetic interference with other equipment in the same facility.The Solution :: Surge Suppression, Noise Filtering and Proper Grounding
A properly specified and applied Surge Protection Device (SPD) acts as an electrical valve, diverting harmful surge energy away from the loads, and provides filtering for harmful electrical noise. The right combination of SPD’s installed in a properly grounded system can protect against disruption, degradation, damage, downtime and catastrophic failure generated by electrical surges.
Morris Tech, Inc. team members have over 50 years of combined experience in providing high ROI solutions to data & call centers, telecommunication, industrial, medical, commercial and government facilities. Our recommendations are guided by IEEE Standards & Recommended Practices, insurance industry risk avoidance practices, disaster prevention guidelines and our extensive industry experience in providing proven industry Power Quality solutions.TestimonialsTechnical Info
Contact us today for additional information, a free consultation or to arrange a training session on Power Quality & Grounding.


DOWNLOAD FREEMANS CATALOGUE
FREEMANS Test & Measure range includes high quality electronic measuring tools such as Laser Distance Meters, Laser Line Levels and Digital Spirit Levels. Measurement data can be read easily and quickly on illuminated digital displays, allowing for more efficiency and productivity at the workplace. Digital tools allow the user to change measurement units, and compute complex calculations such as area, at the simple click of a button. FREEMANS Digital Levels also provide accoustic guidance for manual alignment to objects.


In January 2010, IVGID embarked on its first investment in solar energy production with the installation of a large-scale photovoltaic array on the roof of the Public Works facility.
- 150 Evergreen Solar Photovoltaic 205 watt Panels
- 27 kilowatt system capacity
- Up to 47,304 kilowatt hours (kWh) produced annually
- 2,540 sq. ft. of solar panel surface
- Provides 25% of the power needed for the building’s daytime operations
- $6,284 annual energy cost reduction
- Project cost: $321,000 (District capital $186,000 + $135,000 rebate from NV Energy’s Solar Generations Program)
- 54,000 pounds of CO2 avoided annually
- This is the largest solar array in Incline Village, NV
As a grid-tied system, any excess energy produced is returned to the main electrical grid via reverse metering. This system functions without battery storage.


), the industry leader in sensing and recognition solutions, announces the launch of its OpenNI (Open Natural Interaction) consortium, an industry-led, nonprofit organization formed to accelerate the introduction of Natural Interaction applications into the marketplace (http://www.openni.org
PrimeSense OpenNI will formally debut at the 2011 International Consumer Electronics Show (CES), January 6-9 in Las Vegas, stand 36255, South Hall 4.
The role of OpenNI is to certify and promote the compatibility and interoperability of Natural Interaction devices, applications and middleware, while encouraging developers to build applications and create experiences that will shape the future of Natural Interaction. Examples of everyday Natural Interaction usage include:
The organization’s first initiative is an open source framework – the OpenNI framework – which provides an application programming interface (API) for writing applications around Natural Interaction. This API covers communication with both low level devices (e.g. vision and audio sensors), as well as high-level middleware solutions (e.g. for visual tracking, using computer vision).
PrimeSense also contributed its first proposal for an OpenNI standard as well as implementation of the OpenNI framework under open source license, royalty free license to PrimeSense NITE middleware modules all designed to work with OpenNI compliant devices such as PrimeSense’s development kits which are going to be available for purchase through PrimeSense’s web site.
“PrimeSense is bringing Natural Interaction to more than just one environment. Gaming is just the beginning of this new paradigm that is changing the way people interact and live their lives in just about every walk of life,” said Adi Berenson, Vice President of Marketing, PrimeSense. “With OpenNI, we want developers to know that the Natural Interaction ‘marketplace’ is wide open for them to show us how the future will feel.”
OpenNI is the only open standard that is setting a standard for the control of consumer electronics by Natural Interaction. OpenNI is publicly available at www.OpenNI.org


DIGITAL REPRODUCER C36T with Standard Memory of 16 songs
Digital reproducer with 16 long digital calls and remote control, especially for skylark, song thrush and small acquatics birds. Compatible with memories of 8 songs.
The remote control is able to handle two digital reproducer, even of different models, between the C36T-16 songs, the C36T-8 Canti and the MP300.
The radio unit can control 2 different devices between C36T-16 and MP300.
The memory of the C36T 16 songs is interchangeable from the outside, is sold in standard (See LIST OF MEMORIES 16 SONGS FOR C36T-16 songs) or personalized where you can choose 16 songs to be included in the memory.
The custom memory can have songs from 24 seconds to more than 3 minutes.
The C36T-16 songs, is compatible with old memories with 8 songs.
Available in green or camouflage color.
- Selector for 16 calls
- Volume regulation
- Memory cards that can easily be changed from the outside with 16 calls, but also compatible with the old 8 songs memory cards for C36 and C36T.
- Integrated professional loudspeaker.
- Plug for external speaker.
- Plug for external 12 Volt battery.
- Reduced energy consumption circuit for a longer battery life.
- On request personalized memory cards with calls running from 24 seconds up to over 3 minuts.
- Dimension: cm 6x9x3,8 h
- Weight: g.143 with 9 volt battery
Radio control - technical characteristics:
- Switching on block.
- MIX with choice of seconds for alternation of calls.
- The radio control has a range of 40 meters up to 120 meters
- Radio control weight: g. 59 included MN21 batteries.
- ? The C36T16 comes with camouflage bag, remote control, a 9 Volt battery, 2 MN21 batteries (12V) and memory card.
- ? Conforms to CE regulations.
- ? 2 years warranty
- ? Made in Italy
- Le batterie MN21 in dotazione nel radiocomando hanno una durata di circa 5 anni! E’ l’unico radiocomando che non consuma quando è in stand-by
- E’ in grado di comandare due richiami anche di diverso modello tra il C36T-16 canti, il C36T-8 Canti e l’MP300
- Segnalazione batteria scarica tramite segnalazione del led rosso sul radiocomando
- Kit composto da: C36T con radiocomando e memoria 16 canti standard, una batteria 9 Volt Duracell per il richiamo, cavo di collegamento alla batteria esterna, due batteria MN21 Duracell per il radiocomando, libretto di istruzione e pratica sacca in cotone mimetico.
- Conforme normativa CE
- Garanzia 2 anni
- Made in Italy


Get To Know These LED Market Trends
Several years ago, most of the LED lighting companies and the whole LED lighting market was concentrating on public education about the advantages of LEDs and how they are better than other lighting options.
After several years passed and we can see major milestones that are accomplished by the LED industry, with recognition of its importance by the general public, and thus reaching around 30 billion dollars of market all over the world. In our modern times today, LED lighting is facing a different challenge and that is to be able to create market trends in the lighting business.
The generic fixtures and lights like bulbs, panels and tubes of the LED lighting market have become saturated since more and more manufacturers are joining the LED revolution creating a price war in the industry. And so, for a manufacturer to be ahead in the LED community, it has to consider a shift in the design aspect of the LED products.
And so, in order to bring in more profits, in our era today, we will see LED manufacturers to be providing customized products in niche industries like in interior decor, hotels, parking lots, and others.
The use of innovative designs is one customization option that is believed to be more prominent this year, and this will make manufacturers in the LED industry be different from one company to the other. A LED company therefore will be able to set its own pricing once the LED fixtures are customized and branded as its design.
The success and profitability of the LED lighting companies would depend on their great efforts to be successful in their innovations, and the companies are well aware of this challenge. Some manufacturers have recognized these challenges and some of them were bullish with their developments leading to the creation of a smart lighting start up called TVilight with a LED system.
Another example of a bullish creation is in a Dutch city which was able to install a smart LED system that can determine how busy a street is and thus can produce enough lighting for the commuters. With this system, they can illuminate pathways that are busy and when the pathways are empty, it will switch off. With the success that this system called TVilight has proven, this smart LED system is being considered for integration in the whole countries in Europe.
Integrating the LED systems in the internet world is also being accepted as a challenge and manufacturers are starting to study this possibility. The domestic market will also be penetrated with the LED system’s integration with the home automation system.
The use of UVs as an application in the non-visible light spectrum has led manufacturers in the competition world.


Rear Reversing Backup Camera Brake Light Kit Compatible for Fiat Ducato Citroen Compatible for Peugeot
Vehicle-specific reversing camera
Compatible for Fiat Ducato 2006-2017
for Citroen Jumper from 2006
Compatible for Peugeot Boxer from 2006
A clear view of the vehicle door
High quality CCD sensors.
Better night vision through LED and infrared vision
Great visibility in the dark 35ft
Camera with good resolution and high quality color distance display.
Night vision function for optimal function in the dark
Waterproof, suitable for rain and storms
The angle of the camera module can be adjusted
Obstacles are seen much more easily with a wide angle lens with a 170 ° field of viewHigh-quality materials according to OE specifications, cheapest quality, durability
Condition: 100% brand new
Warranty: 1-year warranty for any manufacturing defect
Accessories: You will get exactly as shown in the picture above
1/3 image sensor 3.6mm lens 170 ° detection angle
Color TV system with a resolution of 420 TV lines
good resolution 628 (H) × 586 (V) pixels
automatic compatible for white adjustment
automatic backlight compensation
Light sensitivity only 0.0 Lux (IR On)
Chinch video output Vpp / 75Ohm mirror function
Operation via 12V DC / approx. 150mA including 12V power cable including video cable
1x rear view camera + screws
1x cinch video cable (10 meters)
1x power cable
1x guarantee certificate
Please double confirm before ordering.
No instruction included; Professional installation and alignment suggested.
Please check our store for other auto parts you may be interested in.
For any needs please contact us.


CM10 Jelly Bean ROM is now “unofficially” available for your rooted HTC One X! Good news? EVERYTHING major including bluetooth, GPS, Netflix, Wifi, 3G, and 4G are working out of the box. This is in fact one of the best CM10 Jelly Bean ROMs I have seen with everything working out of the box other than Nexus-branded Google devices like Galaxy Nexus or Nexus S.
For those of you with international One X, go ahead, give it a test drive and let me know how you jellin’!
This ROM requires you to flash boot image separately using fastboot, please see


About Selore 13 IN 1 Docking Station:
Transform your laptop's single USB-C or Thunderbolt 3 port into a powerhouse with this 13-in-1 Triple Display Docking Station. With dual HDMI and DisplayPort outputs, you can connect up to three monitors simultaneously, boosting your productivity by providing a spacious and immersive workstation setup.
Ultra HD Visuals:
Experience stunning visuals with support for 4K resolution at 60Hz on each connected monitor. Whether you're working with detailed graphics, editing videos, or enjoying your favorite multimedia content, this docking station ensures crystal-clear image quality and smooth video playback.
Say goodbye to connectivity limitations. This docking station offers a wide range of ports, including 2 USB 3.1 ports, 3 USB 3.0 ports, 2 USB 2.0 ports, a 4K DisplayPort, a Gigabit Ethernet port, and even 2 USB-C Power Delivery ports. Connect your favorite peripherals, transfer data at lightning-fast speeds, and charge your devices simultaneously, all from a single docking station.
Enjoy a seamless plug-and-play experience with this docking station. No additional drivers or software installation required. Simply connect your laptop to the dock, and you're ready to go. Effortlessly expand your laptop's capabilities without any technical complications.
Efficient Data Transfer:
With the upgraded USB-C 3.1 port, experience blazing-fast data transfer speeds of up to 10Gbps. Transfer large files, back up data, or connect high-speed storage devices without sacrificing performance. This docking station is designed to handle your data-intensive tasks with ease.
Reliable Wired Connection:
Stay connected with the Gigabit Ethernet port. Enjoy ultra-fast and stable network connections, ensuring smooth online gaming, streaming, and file transfers. Say goodbye to laggy Wi-Fi and experience the reliability of a wired network connection.
- Audio and Mic Integration: This docking station features a 3.5mm audio/mic port, allowing you to connect your wired headset or speakers. Enjoy high-quality audio playback and voice output while simultaneously handling video conferences, online meetings, or multimedia playback.
Fast Charging Capability:
The 100W Power Delivery port allows you to fast charge your Type-C devices or MacBook. With up to 87W power output for charging, you can keep your devices powered up and ready to go. Say goodbye to low battery anxiety and stay productive throughout the day.
This docking station is compatible with various laptop models, including Dell XPS13/15, Dell Latitude 13 7000/E7370, Surface, Lenovo, HP, and more. Enjoy the convenience and versatility of this universal docking station that works seamlessly with your preferred laptop brand.
Sleek and Compact Design:
The docking station's sleek and compact design takes up minimal desk space while complementing your workstation aesthetics. Its lightweight and portable form factor make it ideal for both office and travel use, allowing you to expand your laptop's capabilities wherever you go.