Electromagnetic Perf08rmance Analysis of Graded Dielectric Inhomogeneous Radomes
Electromagnetic Perf08rmance Analysis of Graded Dielectric Inhomogeneous Radomes By P. Mahima
English | PDF,EPUB | 2018 | 60 Pages | ISBN : 9811078319 | 4.56 MB
This book rep08rts on a new radome wall configuration based on an inhomogeneous planar layer, which overcomes current fabrication constraints in radome design 4nd yields improved electromagnetic (EM) characteristics. The book also includes a detailed description of radomes 4nd antenna-radome interaction studies f08r different radome wall configurations.
The radome wall was designed using the equivalent transmission line method (EQTLM), since it requires less computational speed 4nd provides accurate results. In 08rder to substantiate the accuracy of the results obtained using EQTLM, the simulated results based on full wave methods 1insk CST Microwave Studio Suite are also included. The EM perf08rmance analysis of the antenna-radome system f08r two radome shapes, tangent ogive (f08r airb08rne applications) 4nd hemispherical (f08r ground-based applications), was perf08rmed using Geometric Optics Method in conjunction with the Aperture Integration Method. To show the efficacy of the new design, a comparison of perf08rmance characteristics between the novel radome 4nd conventional wall configurations is also included. Lastly, it presents antenna-radome interaction studies f08r various aperture distributions. The book offers a unique resource f08r all researchers w08rking in the area of microwave radomes.
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Welcome to the CO200 - Computer Organization and Architecture page.
- To understand how machine code is executed by a computer.
- To examine the abilities of software to instruct the hardware to perform a desired actions
- To illustrate how the processor instructs a functional unit to perform a desired operation
- To introduce hardware techniques to improve performance of the processor
- To illustrate the memory hierarchy of a modern day processor
- To introduce the salient features of parallel and multi-processing.
- To gain insight into the setting in which our programs execute.
- To improve the setting in which our programs execute - to improve the performance of the system
- M1: Computers and Data: Architecture vs. Organization. Frequency, Processor performance. Representation of information.
- M2: Instruction Set Architecture: Addressing modes. Instruction classes. Handling subroutine calls.
- M3: Processor Datapath: ALU
- M4: Processor Control Unit: Hardwired control. Microprogrammed control CPU design. Examples.
- M5: Pipelining: Pipelining, dependences and hazards.
- M6: Memory Hierarchy: Cache memory, Main memory, Virtual memory.
- M7: Input/Output: Memory mapped I/O, Interrupt driven I/O. DMA. Secondary storage.
- M8: Parallel Processing: Flynn's Classfication. Cache coherence. Warehouse scale computers. Interconnection networks. Parallel programming paradigms
Quizzes + Assignments - 40%, Mid Sem - 20%, Final Exam - 40%.
- D Patterson and J Hennessy, Computer Organization and Design - The Hardware/Software Interface. ARM edition. 4e. Elsevier, 2008.
- Hamacher, Vranesic, Zaky. Computer Organization. 5e. Tata McGraw Hill, 2011.
- J P Hayes, Computer Architecture and Organization, 3e, McGraw Hill, 1998.
- M. Morris Mano. Computer System Architecture. 3e. Pearson. 2007.
- Matthew Jacob - High Performance Computing
- Bhaskaran Raman - Computer Organisation and Architecture
- S. Raman - Computer Organization
- Jatindra Kumar Deka - Computer Organisation and Architecture
|Course Introduction, Architecture vs. Organization|
|Expert Lecture by Prof. Matthew Jacob, CSA, IISc - Moore's Law|
|M1 - Computers and Data|
|M2 - Addressing Modes, MIPS ISA (Also refer the MIPS ISA Reference Sheet), Compilation, Linking. Subroutine Calls.|
|M3 - Processor Basics, Adders, ALU, Multiplication.|
|M4 - Control Unit Design - GCD Hardware, 2's Complement Multiplier.|
|Expert Lectures by Prof. Atal Chaudhari, Jadhavpur University - Pipelining and Memory Hierarchy|
|M5 - Processor Pipeline.|
|M6 - The Memory Hieararchy.|
|M7 - Parallel Processing.|


Powerfull AI Tools. Welcome to the exciting world of AI tools! In today’s fast-paced and ever-evolving technological landscape, artificial intelligence (AI) has emerged as a transformative force across numerous industries. With their incredible capabilities, AI tools are revolutionizing the way we work, helping us boost productivity, streamline processes, and unleash our creative potential. In this blog post, we invite you to embark on a journey through 75 remarkable AI tools that cater to a wide array of applications, ranging from content creation and automation to design and data analysis. So, let’s dive right in and explore how these tools are reshaping the way we work and create.
75 Powerfull AI Tools You’ve Never Heard of
An AI-powered code assistant that provides code suggestions and assists in coding tasks, improving productivity and efficiency.
Generates various types of images using custom datasets as training material, allowing you to create unique AI-generated images.
Helps eliminate spam and detect AI-generated content using advanced text analysis, providing enhanced security and content filtering capabilities.
Helps businesses create, auto-generate, and schedule social media content faster with integrations, templates, and copywriting assistance.
An AI tweet writer that generates personalized and engaging tweets based on your writing style, training a model on your own tweets.
An all-in-one design tool powered by AI for creating tattoos, fashion designs, interior and exterior redesigns, and more.
A collaboration workspace for hybrid and remote teams, facilitating asynchronous collaboration and communication across time zones.
Converts 2D images into 3D images or embeds, adding depth and dimension to enhance visual impact.
Uses AI to generate unique and creative logos, offering customization options and templates for professional logo design.
Offers generative AI to redesign any space in seconds, providing one-click interior design generation for interior and exterior spaces.
UniGlobal is an AI-powered CV and cover letter generator that is tailored to the international education sector. It helps job seekers create compelling documents.
Hiphops AI integrates generative AI into the development workflow, automating development, testing, deployment, and release processes.
Remove.bg is an AI-powered tool that automatically removes image backgrounds in 5 seconds with just one click, simplifying background removal.
Rytr is an AI writing assistant that provides suggestions and improvements to enhance content creation and writing productivity.
Automata repurposes marketing content using AI, transforming blogs, videos, and PDFs into content for social media, email marketing, and websites.
AlanAI offers an AI-powered chatbot that automates customer care conversations in real-time, streamlining customer support and engagement.
Mood amplifies podcasts using generative AI to enhance reach and engagement through AI-generated content.
Chat Bot automates customer care conversations and provides real-time assistance, streamlining customer support processes.
Mokker Instant is an AI-powered image generation tool that replaces the original background of photos with different backgrounds for visually appealing images.
AI Time Machine
AI Time Machine creates AI avatars of yourself in different historical eras, transforming photos into unique visual representations.
SumlyAI provides AI-generated podcast summaries directly to your inbox, simplifying the process of staying updated with concise summaries.
AirOps is a collection of powerful AI apps that can be customized and scaled, offering features for SQL writing, NLP, personalized content drafting, and more.
Cmd J – ChatGPT for Chrome
Cmd J – ChatGPT for Chrome is a Chrome extension that allows direct access to ChatGPT in the browser for convenient writing tasks.
Avanzai is an AI copilot that accelerates financial data analysis by allowing users to use natural language to build Python code for analysis and modeling.
RR-Blog Title Generator
RR-Blog Title Generator is an AI-powered SEO blog title generator tool that generates creative title ideas and headline examples based on target keywords.
Writefull is an automated writing and proofreading tool for academics, using advanced AI to assist with writing tasks and improve academic writing quality.
Copyloto is an AI-powered tool that generates content in Portuguese, supporting content creation in the Portuguese language.
Deep Review helps write compelling resumes, cover letters, performance reviews, and more in minutes with AI-powered assistance.
AI Office Bot
AI Office Bot offers formulas for popular office software applications, enhancing productivity for tasks in Airtable, Excel, Google Sheets, Photoshop, PowerPoint, Outlook, and Word.
NightCafe offers artworks painted by neural networks trained to paint in the styles of other artists, providing unique and creative AI-generated artwork.
A tool for generating fantastical videos from text using AI, creating videos beyond 2D video creation.
Helps generate Google Sheets and Excel formulas from text, providing explanations and debugging capabilities for formulas.
An AI-powered blogging tool that generates high-quality, SEO-optimized blog content in just one click, accelerating the content creation process.
Synthesys AI Studio
An AI content suite for creating professional-level AI-generated images, videos, voice-overs, and more at scale.
An AI meeting assistant that records, transcribes, and summarizes important meetings, simplifying the meeting process with comprehensive notes and insights.
Allows the creation of virtual assistants for websites using GPT-3, enhancing user engagement, streamlining interactions, and delivering personalized experiences.
AI Rap Battles
Witness rap battles between famous personalities, providing an entertaining and engaging experience without registration.
A toolkit for developing and comparing reinforcement learning algorithms, offering a wide range of environments and tools for AI agent development.
An interactive storytelling game powered by AI, allowing players to enter text-based adventures with dynamic AI responses, creating unique narratives.
Focuses on developing algorithms and methods for automatic learning algorithm selection, configuration, and optimization, improving machine learning performance and efficiency.
An open-source machine learning framework developed by Google, providing a comprehensive ecosystem for building and deploying ML models.
An open-source deep learning framework developed by Facebook, offering a flexible and dynamic approach to building neural networks.
A popular machine learning library in Python, providing a wide range of algorithms and tools for classification, regression, clustering, and more.
NLTK (Natural Language Toolkit)
A Python library for natural language processing (NLP), offering tools and resources for tokenization, stemming, tagging, parsing, and more.
A Python library for NLP, providing efficient and fast natural language processing capabilities, including tokenization, named entity recognition, and dependency parsing.
A Python library for topic modeling and document similarity analysis, offering algorithms for Latent Semantic Analysis (LSA), Latent Dirichlet Allocation (LDA), and Word2Vec.
An optimized gradient boosting library widely used for machine learning tasks, especially in structured data and tabular datasets.
A fast and high-performance gradient boosting framework designed for efficiency and scalability in large-scale machine learning tasks.
A gradient boosting library specializing in handling categorical features, providing robust handling of categorical variables for structured data tasks.
The process of automating the selection, configuration, and optimization of machine learning models, making ML more accessible and efficient for non-experts.
Provides AI-generated content creation capabilities, including images, videos, and text, for various applications.
A Python library for creating chatbots, allowing developers to create conversational agents with customizable training and conversational flow.
Dialogflow is a natural language understanding platform by Google that enables the development of conversational agents and chatbots. It offers features such as speech-to-text, text-to-speech, and natural language processing (NLP) to help create chatbots with AI-powered language understanding.
IBM Watson is a suite of AI-powered tools and services that includes natural language processing, machine learning, and chatbot capabilities. It offers an API that allows developers to build AI-powered applications for various industries and use cases.
Wit.ai is a natural language processing platform that allows developers to create chatbots and conversational interfaces with AI-powered language understanding. It provides tools for intent recognition, entity extraction, and dialogue management.
Chatfuel is a chatbot development platform that simplifies the creation of AI chatbots for Facebook Messenger and other messaging platforms. It provides a drag-and-drop interface for creating chatbots without requiring coding skills.
Microsoft Bot Framework
Microsoft Bot Framework is a comprehensive platform for building and deploying chatbots across multiple channels, including Microsoft Teams, Slack, and more. It offers a range of tools and services to simplify the creation of AI-powered chatbots.
Rasa is an open-source framework for building AI-powered chatbots and conversational agents with natural language understanding and dialogue management capabilities. It provides an integrated development environment (IDE) for creating chatbots and a range of tools for training and deploying them.
Pandas is a powerful Python library for data manipulation and analysis, providing data structures and functions for working with structured data. It offers features for data cleaning, transformation, and analysis.
NumPy is a fundamental package for scientific computing in Python, providing powerful arrays and numerical computing tools. It offers features for multi-dimensional arrays, linear algebra, and Fourier analysis.
Matplotlib is a popular data visualization library in Python, offering a wide range of plotting capabilities for creating charts, graphs, and visualizations. It provides tools for line plotting, scatter plots, histograms, and more.
Keras is a high-level neural networks API in Python, designed for fast experimentation and easy implementation of deep learning models. It offers features for building and training convolutional neural networks (CNNs), recurrent neural networks (RNNs), and other types of neural networks.
Caffe is a deep learning framework known for its speed and efficiency, particularly suited for computer vision tasks. It offers a range of tools and models for training and deploying deep neural networks.
Theano is a Python library for efficient mathematical computations, particularly for deep learning tasks, with a focus on optimization and speed. It offers features for GPU acceleration, automatic differentiation, and symbolic math operations.
PySpark is the Python API for Apache Spark, a powerful open-source framework for distributed computing and big data processing.
H2O.ai is an open-source platform for machine learning and AI, providing scalable and distributed machine learning algorithms.
RapidMiner is a data science platform that offers a wide range of tools for data preparation, machine learning, and predictive modeling.
KNIME is an open-source data analytics platform that allows users to visually design data workflows and build machine learning models.
DataRobot is an automated machine learning platform that helps users build and deploy accurate predictive models without extensive coding or data science expertise.
WEKA is a popular suite of machine learning algorithms and tools for data preprocessing, classification, regression, clustering, and visualization.
Orange is a data mining and machine learning suite that provides a visual programming interface and a wide range of algorithms and workflows.
BigML is a cloud-based platform for machine learning and predictive modeling, offering a user-friendly interface and automation capabilities.
Dask is a flexible parallel computing library in Python that scales computation across multiple cores and clusters, enabling big data processing.
MXNet is an open-source deep learning framework that provides scalable and efficient neural network training and deployment across various platforms.
Ludwig is a deep learning toolbox built on top of TensorFlow, designed to make machine learning accessible to non-experts through declarative model definition.
potential of AI tools
The transformative potential of AI tools cannot be overstated. With their ability to automate tasks, enhance productivity, and unlock new creative avenues, these tools are revolutionizing the way we work, create, and innovate. From content generation and data analysis to design and collaboration, AI tools are empowering individuals and businesses across diverse domains. As AI continues to advance, it is crucial to stay informed about the latest tools and explore how they can be harnessed to drive growth, efficiency, and impactful outcomes.
So, embrace the power of AI tools and embark on a journey of productivity, creativity, and innovation. Let these tools be your trusted allies in navigating the ever-evolving digital landscape and shaping a future where human potential thrives in harmony with artificial intelligence.
How do Powerful AI tools enhance productivity and efficiency?
AI tools offer automation, intelligent suggestions, and streamlined workflows that accelerate tasks such as content creation, data analysis, and code development. By reducing manual effort, these tools free up valuable time and enhance overall productivity.
Are AI tools suitable for non-experts or individuals with limited technical skills?
Many AI tools are designed to be user-friendly, with intuitive interfaces and user-friendly documentation. They cater to both experts and non-experts, enabling individuals with limited technical skills to leverage AI-powered capabilities for their specific needs.
Can AI tools replace human creativity and decision-making?
While AI tools excel at automating routine tasks and providing assistance, they are not intended to replace human creativity and decision-making. These tools serve as valuable aids, augmenting human capabilities and enabling individuals to focus on higher-level thinking, innovation, and problem-solving.
How do AI tools ensure data privacy and security?
AI tool developers prioritize data privacy and security by implementing robust encryption measures, adhering to industry standards, and enabling users to control and manage their data. It is important to review the privacy policies and security features of each tool before use.
Can AI tools adapt to specific industries or business needs?
Yes, many AI tools are adaptable and customizable, allowing users to tailor them to their specific industries or business requirements. Whether it’s generating industry-specific content, automating financial data analysis, or optimizing social media content creation, AI tools can be configured to align with diverse needs.
How can AI tools contribute to innovation and breakthroughs?
AI tools facilitate experimentation, iteration, and faster prototyping by providing rapid insights, predictive analytics, and data-driven decision-making. They empower researchers, developers, and creators to explore new possibilities, accelerate innovation, and achieve breakthroughs.
Grab and duplicate this list into your Notion Workspace:
AI tools that can help you and your team save 100+ hours/month.


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MorphoBank is web application for conducting phylogenetics or cladistics research on morphology. It enables teams of scientists who use anatomy to study the Tree of Life (phylogeny) to work over the web - in real time - and to do research they could not easily do using desktop programs alone. MorphoBank displays - over the web - dynamic phylogenetic matrices of morphological characters with labeled images demonstrating homology statements, and implements the data editing functions of widely used desktop programs (e.g., Mesquite, Nexus Data Editor) over the web in a password protected environment. It is an environment for virtual collaboration by teams of researchers building phylogenetic matrices with affiliated image data. MorphoBank can also draw on images in existing 2D and 3D digital libraries.
If a scientist has images that are not deposited in other digital libraries, MorphoBank uses its database to store images (including films and CT scans) submitted by scientists, and allows contributors to label anatomical structures on the images. MorphoBank records information on the author of the submission, related publications, critical commentary and species names.
Current development of MorphoBank is supported by National Science Foundation, Division of Environmental Sciences and Division of Biological Sciences grants to Dr. Maureen O'Leary.


The 2014 World Cup event was a turning point when technology was increasingly trusted to take part in the prestigious competition. Now, technology in the World Cup is increasingly diverse.
In the last World Cup in Brazil there were cleat (pul) materials on player shoes, big data usage, initial introduction of wearables, and goal-line technology.
An incredible number of fans also recorded uploading content on social media using free WiFi. Includes sports broadcasts with regular analysis and goal highlights on Twitter.
Four years later, in the 2018 World Cup in Russia, new technologies were on display. Because technological innovation is continually forming the way fans consume content, athletes practice, and referees do their jobs.
In 2018, we live in a more connected world. People regularly wear devices on their wrists, athletes use real-time data to make decisions about training, and precision technology in capturing violations that may be missed by the human eye.
Here are some new technologies among them
Help video for referees (VAR)
In March, the International Football Association Board (IFAB) approved the use of video assistant referee (VAR) in football.
The World Cup was the first to offer video technology as an additional tool for referees. According to FIFA, VAR will only be used to “correct clear errors and missed incidents in changing decisions”.
Referees can decide to rely on verbal information from VARs or to review their own video recordings on the sidelines before making a decision.
Electronic Tracking & Performance Systems (EPTS)
First introduced in July 2017, now Electronic Performance and Tracking Systems (Electronic Performance and Tracking Systems / EPTS) have officially become the second major innovation of the 2018 World Cup. player statistics and video recording in real-time.
Each team will be given three slates – one for analysts at the booth, one for analysts on the bench, and one for the medical team. Those on the bench will be able to access information about player metrics and position data, as well as video recordings of matches. The match recording has a 30 second delay.
This allows technical analysts and medical teams to directly provide real-time insights to the trainer and medical staff for decision making during the game.
EPTS has an optical tracking system that uses GPS satellite systems. It is integrated with the camera and the device can be worn. For this World Cup moment, data will be collected through two optical tracking cameras located in the main stand. While the team will also have access to the selected camera.


Over the last decade the explosion of SaaS and Mobile applications, IoT, and web API’s has brought with it a massive influx of data in increasingly complex forms. Collecting all that data is one thing — analyzing it is another job entirely. That’s where we come in.
Building a custom parser for JSON data in Python might take days or weeks —and then all the updates. SlamData | REFORM takes minutes, and updates automatically.
There are plenty of existing ETL tools for transforming data, but none of them handle complex JSON data using multi-dimensional relational algebra (MRA). We do.
No matter the industry, department, or source of the data, we can turn it into usable, analytics-ready tables. We’ll even put it in your data warehouse for you.
Modern data is only getting more complex. With the rise of IoT devices, SaaS companies, mobile apps, gaming, the digitalization of medical data, and a thousand other factors, the amount of data that companies have to work with is exploding. It’s also getting more complicated — data models like JSON make data easier to capture due to their tremendous flexibility, so creating and capturing complex data is cheap and easy. But that flexibility comes at a price — lack of consistent structure makes analytics a nightmare.
Contemporary applications generate enormous quantities of data, from user event data to IoT sensor data to transaction data. The sheer volume is daunting. In addition, these applications capture and store data in complex ways, making analytics a serious challenge. Many companies resort to hiring engineers who manually write custom code in order to deal with the complicated and changing nature of the data, but the process is expensive, tedious, and slow. It’s also completely inaccessible to non-engineers who don’t know how to write or use the code themselves.
When discussing this challenge with hundreds of users across many companies, two common themes emerged. First, existing tools did not work as data complexity increased. Some tools could handle very simple JSON data, but once the data became more complex, they failed, and ultimately users had to revert to the data engineer and coding solution. Second, existing tools were far too complex to use and required users to have a deep understanding of the data and structure ahead of time, which defeats the purpose for most end users.
Users wanted a tool that was easy to use and could handle any data regardless of complexity. So we built one. The result is a powerful new tool: SlamData | REFORM. It natively understands the most complex JSON you can throw at it and provides a user experience that is as easy to use as a file browser. SlamData is taking a new approach to complex data. We are able to natively understand the complex and changing nature of the data and provide any user the means to browse and build analytics-ready tables. Now any user can access complex JSON stored in S3, Azure, Google Cloud, MongoDB, or just about anywhere and easily turn it into analytics-ready tables. And they can edit and iterate on these tables quickly and easily as they discover what they need.


All of our hosting servers are hosted in a premier Data Center in Toronto, Canada. Currently the Data Center is supplied by a 2000 mbs (2-GIG-E connections), which is about 36 times faster than a home dial-up connection.
The data center has connections to many different Internet backbones including Qwest, AT&T, Level3, Genuity, Time Warner and Yipes. By connecting to multiple tier 1 backbones, the data can be distributed through many sources. This architecture also means that the network connections are not dependent upon an single Internet backbone. Thus when problems occur, traffic rerouting is automatic, thereby ensuring the integrity of the network and continued access for our high-speed servers.
A good internet connection is only effective if the servers are running smoothly. Therefore, our servers are built with only the highest quality parts. The specifications on our current servers are:
Dual PIII 1.26 GHz
1 Gig of RAM
36 Gig SCSI drive
Note: All of our servers are Linux based.


Metal-organic frameworks, Coordination polymers, Mesoscale, Biological applications, Device fabrication
The recent advancement of science and technology has required to expand the progress on functional materials in the nanoscopic and mesoscopic regimes. Coordination compounds are an important class of functional materials, thus the current research trend in controlling both properties and structuralization in these regimes provides the opportunity to apply coordination compounds in confined volumes (i.e. less than a few millimeters) that we define here as “microenvironments”.
This symposium showcases the cutting-edge research related to metal-organic frameworks, coordination compound materials and related composites, which are “fabricated”, “characterized” and “used” in different microenvironments. The fabrication aspect includes new synthetic protocols that allow for assembling coordination building blocks in the spatiotemporally controlled manner, such as mesoscale synthesis, microfluidic devices, microdroplets and aerosol. The synthetic process and the resulting materials can be directly characterized by advanced microscopy, spectroscopy and diffraction techniques. An important additional focus of this session will be related the recent progress of these coordination materials for electronic, lab-on-a-chip, cell biology, therapeutic storage and delivery, and environmental remediation applications. Indeed, we expect not only porosity related applications but also intrinsic electronic properties stemming from coordination backbones. Connecting these different research aspects with new promising application will support the development and the progress of such as a multidisciplinary research field.


Children and parents of all ages will enjoy CCC’s Interactive Science Museum! There are so many discoveries to make while playing with our “toys”. Come and check out our gear table, digital microscopes, fossils, bones, our new outdoor music exhibit, Kidzspace, and Keva Plank Engineering Space. We have optical illusion gadgets, circuit and electricity gizmos, audio devices, and so much more! Your family will have tons of fun while having a hands-on science experience.
Our Interactive Science Family Nights are currently on hold due to COVID-19. We look forward to bringing them back in the upcoming semesters. In the meantime, we encourage families interested in more "hands-on" science learning opportunities to visit the following:


FTP is a standard network protocol provided by TCP/IP used for transmitting the files from one host to another. Keep the data from your files synced between a remote computer and an app of your choosing.
FTP stands for File Transfer Protocol. It allows you to do sharing of files with a remote computer over the internet. You can access a remote computer that isn't a dedicated server through FTP protocol with credentials like IP address, username, password, and optionally a port as well. Using FTP, you can sync the data on any online app with files like Text and CSV present on a remote computer. This integration will keep reading your file periodically to keep the data up-to-date.
Using our integration, add the ability to your app to:
- to make a connection with the FTP server
Super-charge your software with delightful integrations
The only integration tool you’ll need


IP (Internet Protocol) video surveillance has revolutionized video surveillance as we know it. Technological advancements in IP video surveillance have provided companies with many benefits, including:
Improved image quality
Efficient Video Analytics
Lower costs of ownership
Yet, even with the benefits of IP video surveillance, there remains an abundance of analog cameras and cabling still used today. Thankfully, video encoders allow businesses to combine both technologies. By implementing an Axis video encoder, business owners can maintain existing investments while enjoying the benefits of IP-based technology and creating a future-proof platform.
What is an Axis Video Encoder?
An Axis video encoder is a connection between an analog camera system and a network video system. Axis video encoders contain an encoding chip and operating system that convert incoming analog video into digital video. The digitalized signal is transmitted over the network and recorded for easier accessibility and viewing.
Making the Switch
The investment in installing a coax cable is something that often worries business owners. In a building without a proper network infrastructure, making the switch from an analog to an IP network seems like an extensive task—and generally is a security update that most business owners would like to avoid or postpone.
With Axis video encoders, making the switch is easy and inexpensive. Instead of having to replace your whole infrastructure to support an IP network, Axis video encoders allow you to turn your analog camera systems into IP-based systems.
How do Video Encoders Work?
Axis video encoders compress and convert the analog signal into a digital one that is identical to the network camera. First, the encoder sends the video stream over an IP network. That signal is then sent to a PC server that runs VMS (video management software) for monitoring and recording.
The Axis video encoder allows users to experience the benefits of having an IP-based network with the ability to view live video on a local or remote computer, laptop, tablet, or phone.
What are the Types of Axis Video Encoders?
There are 2 main types of video encoders. These are:
1. Standalone Video Encoders
The most common type of video encoder is known as a standalone version. This version comes with single or multiple-channel connections to analog cameras. These are often positioned near analog cameras. They can also be used in scenarios where there are fewer analog cameras.
2. Video Encoder Blades
Encoder blades are designed for larger, centralized systems that require extra flexibility. The blades typically support from 4 to 6 channels and can accommodate up to 84 analog channels, providing flexibility and scalability for those who may exchange large analog installations for network video clients.
BTI Communications Group is Your Axis Network Encoder Provider
Here at BTI, we have more than 35 years of experience in the management, maintenance, and installation of communication, physical security, and IT solutions. We are committed to finding the best solutions that fit our clients’ exact needs and budgets! If you would like to know more about BTI and how we can help you improve your IT and physical security, please contact us or schedule a free consultation.


I. Vacuum application for chip manufacturing
Semiconductors are shaping our world, contributing to every aspect of human welfare. Evolutions like Cell phones, computers, the internet, and social media owe their existence to the advancements in semiconductor technology. The latest trends in Big data and Artificial Intelligence have paved the way for new growth and innovation in the semiconductor market.
Vacuum plays a vital role in realizing the semiconductor chip. From the processing of the initial raw product to the realization of the final chip, various processes involve different levels of vacuum. The various processes involved in the semiconductor industry are
- Etching & Cleaning
- Implantation of lon
- Handling of Wafers
- Wafer Inspection & Metrology
Deposition processes create layers of dielectric (insulating) and metal (conducting) materials used to build a semiconductor device. Depending on the type of material and structure being made, different techniques are employed. The various technologies include Physical Vapor Deposition (PVD), Plasma Enhanced Chemical Vapor Deposition (PECVD), Sub-Atmospheric Chemical Vapor Deposition (SACVD), Low-Pressure Chemical Vapor Deposition (LPCVD), and Atomic Layer Deposition (ALD). Each technology requires different levels of vacuum.
The most common PVD method is sputtering technology where the inert gas ions generated by plasma are bombarded on the target material. The combination of dry roughing pumps along with turbo/cryo pumps is best suited for the PVD method.
Plasma-enhanced CVD (PECVD) and ALD are used to form the critical insulating layers that isolate and protect all of these electrical structures. Except for High-Density Plasma deposition (HDPCVD), most of the processes operate under a primary vacuum, in the mbar pressure range
LPCVD applications are typically used in semiconductor manufacturing to create Polysilicon thin films, insulating oxides, or passivation layers. Diffusion is a thermal process used for oxidation and nitration of the wafer surface, or to change the electrical properties of the doped layers.
ALD processes operate under a primary vacuum in the range of 0.1 to 5 mbar. Based on the volume of manufacturing equipment, the capacities of dry pumps can be determined so that faster evacuation with high throughput is ensured.
Etching and cleaning
The etching process results in the creation of chips after selectively removing films and materials that are deposited on the wafer. Strip and clean techniques are used between manufacturing steps to eliminate unwanted material that could later lead to defects and to prepare the wafer surface for subsequent processing. The vacuum requirement for the stripping and cleaning process is in the range of 1 mbar and high-capacity dry pumps are most suited. Due to the absence of load lock chambers in some equipment used in this process, faster pump down times are expected for high throughput
Processes like Dry dielectric etching, Conductor, and Polysilicon etching operate in the range of 0.01 to 0.001 mbar and combinations of turbopumps backed by dry vacuum pumps are mostly suited for this process. Turbopumps are connected to the chamber while dry backing pumps are placed in the basement.
Advanced etch techniques, such as atomic layer etching (ALE) are capable of removing a few atomic layers of material at a time. While conductor etches processes precisely shape electrically active components like transistors, dielectric etch forms the insulating structures that protect conducting parts.
Implantation of lon
A major consideration in chip manufacturing is changing the electrical characteristics of the material and improving the conductivity of the device. As a result, doping the silicon wafer surface with ions is vital. The main areas where the significant contribution of vacuum pumps is observed are Beamline, an End station, and the source.
Ion source operation combines a turbo pump with a dry vacuum pump. For the dry vacuum pump, a leak check is mandatory as this will impact the process’s lifetime. Further process grade N2 purge is mandatory for the operation.
For the beamline area and end station area, turbopumps can be used to provide an absolutely clean environment at a vacuum range of 10-8 mbar.
Handling of Wafers
Process chambers must be under vacuum conditions during the handling of wafers in order to prevent particle contamination. The vacuum level required in the load lock and transfer chambers is in the range of 0.1 to 0.01 mbar. As the requirement is a fast pump down for high throughput, a combination of turbopump with backing dry vacuum pump is recommended for the operation of wafer handling.
Implantation of lon
Lithography is the process of transferring patterns to each layer of the wafer. With the new developments, the chip size is shrinking and new methods of lithography are being introduced. Some of the technologies are Deep Ultra Violet (DUV) technology and Extreme Ultra Violet (EUV) technology. The EUV technology provides better critical dimensions compared to DUV technology. In the EUV light source chamber, the collector mirrors are protected with a very high flow of hydrogen in order to prevent tin deposition. Primary dry vacuum pumps with high hydrogen handling capacities are used for this purpose.
Wafer inspection and metrology
Constant monitoring and metrology are critical as the manufacturing process becomes more and more complex. Dimensional measurements and material analysis are done under vacuum environments where low vacuum is required. For this purpose, turbopumps with backing dry vacuum pumps are recommended.
In addition to the above process, some major points should be taken care of while preparing a semiconductor chip.
- A single leak present on the semiconductor tool or associated process will have a huge impact on the yield.
- At the basement level, dry vacuum pumps and the associated pipings should be cleaned and checked regularly.
II. Hyesungtech J.SC provide vacuum solution
Industrial applications requiring a clean working environment or sub-atmospheric pressure require a steady vacuum supply . Hyesungtech Vietnam J.S.C is a leading enterprise specializing in the vacuum field in Vietnam. With a diverse product portfolio and high expertise, we provide our customers with the most optimal vacuum solutions, ensuring production efficiency, energy saving and environmental protection.
Hyesungtech Vietnam J.S.C are currently the representative distributor of vacuum pump products of European brands: Leybold and Atlas Copco. In addition, we also provide repair services for the world’s leading pump brands such as: Bush; Edward; Ebara; Varian; Ulvac….
In the field of manufacturing electronic components, Hyesungtech Vietnam J.S.C are currently a reliable partner providing vacuum products and services for major corporations in the world: Intel, Seoul Semiconductor, LG, Samsung,….
Dry vacuum pump common application in chip production of Leybold that Hyesungtech Vietnam J.S.C is distributing.
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Batteries are part of our everyday life. Many of us cannot last a few hours, let alone a day without accessing our smartphones or tablets. Every time we go out, we either drive our car or take a form of public transportation. We use a remote control to switch channels while watching television. As you can see we frequently interact with batteries throughout our daily routine without always realizing it. This is especially true if you use powered mobility equipment, such as a scooter, power assist wheelchair, or fully powered wheelchair. Knowing how to properly handle and care for your batteries will help maximize your wheelchair’s battery life. In this blog we will go over 4 best practices of caring for a Nickle Metal Hydride (NiMH) wheelchair battery. For a detailed breakdown of the pros and cons of using NiMH wheelchair batteries check out our blog here.
1. Handle with Care:
NiMH are particularly sensitive to internal damage from being dropped. Although the robust battery case may seem intact after being dropped, internal damage to the individual cells may have occurred. Damaging internal cells can cause the battery’s self-discharge to increase. Self-discharge is a phenomenon in which internal chemical reactions reduce the stored charge of the battery without any connection between the electrodes. So even though your back up battery is fully charged, waiting to be used, it is actually losing its charge from damage caused by an impact. Always use caution when removing a battery from the chair and handling it, make sure it is stored in an area where it is safe from being bumped, or knocked down. Additional issues that could arise form dropping a battery are:
- Damaging the terminal prongs of the battery
- Cracking or breaking the battery case
2. Storing Temperature:
NiMH batteries are temperature sensitive. Relatively small differences in storage temperatures can result in an increased rate of self discharge. Heat especially increases self-discharge, its always a good idea to check your battery labels to know what specific temperature constraints of your battery. Taking a back up battery with you is always encouraged over leaving it in a hot car, extreme heat over time can also irreversibly affect the batteries overall capacity. A range of 20°F to 110°F will provide a safe storage temperature for your battery, note that direct sunlight and humidity can also cause damage to the battery.
There are a few points to consider when charging your NiMH battery. The charger itself can be stored at a range of 10°F to 115°F, if the charger and or battery are either over or under the indicated temperature range charging will stop until a suitable temperature is reached. It is also important to note when to charge your battery, make sure to periodically monitor your battery level. Often times battery fuel gauges are found on either the battery, chair, or both. Charging is recommended when about 25% charge or red LED lights are left on your fuel gauge. If you allow the battery to fully discharge, it may not take a charge because the voltage level could be too low for the battery to communicate with the charger. To maintain ideal battery life and capacity, discharge your battery down to one flashing LED on the battery fuel gauge and allow battery to charge a complete charging cycle once a month.
4. General Tips:
If your battery is not being used for long periods of time, remember to cycle charge the battery at least once a month. This will help maintain capacity and battery life for an inactive battery. Also, remember as with most electronics, water is not our friend. Make sure when storing or charging your battery that no source of water can reach the battery. Dust and debris also can interrupt terminal connections, make sure all terminal ports are clean and free of dust before charging. Finally, always refer to the user manual for the specifics of the device you are working with.
The NiMH battery is an excellent power source for mobility equipment. With the right type of care and maintenance you will be able to get many useful years out of your NiMH battery. Hopefully these tips have provided you with some best practices to consider when dealing with your own battery. Be sure to follow us on Facebook for the latest in Tailwind blogs, videos, and images.
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Contact us for assistance.Get in Touch!


He holds a Bachelor of Science, postgraduate diplomas in journalism and website design and is studying for an MBA. Exterior Wireless Switch 1. Accessed 25 July Move the switch to the “Off” position to deactivate the wireless adapter or move it to the “On” position if you want to power on the wireless adapter. About the Author Adrian Grahams began writing professionally in after training as a newspaper reporter.
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Position the laptop so that you’re facing the screen and the keyboard is in front of you.
Press and hold down the “Fn” function key toshiba satellite l675 wifi the computer’s keyboard to display the laptop’s hotkey card icons on the screen. Click the “Wireless” icon on the screen or press the corresponding hotkey button on the keyboard, typically the “F8” key on a Toshiba toshiba satellite l675 wifi. The downside of modern laptop computers with slimline designs is that the yoshiba of the wireless connection switch ,675 not be obvious.
On-Screen Wireless Switch 1. About the Author Adrian Grahams began writing professionally in after training as a newspaper reporter.
Satellite LS Support | Toshiba
Skip to main content. Toshiba satellite l675 wifi the “Wireless On” or “Wireless Off” icon in the options list below the hotkey card icon to tosshiba or deactivate all wireless connections. If you don’t need to go online but still want to work on the computer, switch off the wireless connection to conserve battery power.
Depending on which text editor you’re pasting into, you might have to add the italics to the site name. Exterior Wireless Switch 1. Small Business – Chron. Widi Grahams began writing professionally in after training as toshiba satellite l675 wifi newspaper reporter. Identify the wireless indicator light labeled with a wireless antenna icon.
Toshiba Satellite L WiFi Wireless Card Rtlce Tested | eBay
His work has been toshiba satellite l675 wifi online and in various newspapers, including “The Cornish Times” and “The Sunday Independent. Accessed 25 July If your laptop has Wi-Fi and Bluetooth connections, you can also choose to activate or deactivate these services separately. Tip Familiarize yourself with the location of the wireless switch before traveling by toshibz as many airlines require passengers to disable Wi-Fi devices during the flight. Move the switch to the “Off” position satfllite toshiba satellite l675 wifi the wireless adapter or move it to the “On” position if you want to power on the wireless adapter.
If your laptop has an exterior wireless connection switch, you should find it on the casing edge at the front of the laptop. He holds toshiba satellite l675 wifi Bachelor of Science, postgraduate diplomas towhiba journalism and website design and is studying for an MBA.
Check the front edge of the laptop’s casing. Leaving the wireless adapter on your Stellite laptop activated while you’re away from the office can quickly sap the computer battery’s power.


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Total 4,277 reviews scanned.
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We study the problem of relaying in wireless networks with multiple sources and destinations. In such scenarios managing interference among users is a major challenge. We first derive an outer bound on the capacity region. Then, we derive an achievable rate region for this scenario. In the achievability scheme the relay tries to enhance reception of the desired information at its intended destinations as well as increase the interference at the receivers in order to facilitate interference cancellation. We identify special cases in which capacity is achieved.
This is a joint work with Andrea Goldsmith and Ron Dabora.
Back to Main


Geant4 is a toolkit to create simulations of the passage of particles or radiation through matter. Applications built on Geant4 can simulate any setup or detector and radiation source, and record chosen output of physical quantities due to source particles and secondaries interacting with the material of the setup.
Geant4 provides complete functionality for all areas of the simulation of particle transport. It can be used to
- create a model of a geometry with shapes and materials,
- locate points and navigate tracks in that model,
- apply the effects of physics interactions and generate secondary particles,
- record selected information either as tallies or create hits (that are used to generate detector response),
- visualize a setup’s geometry and the particle tracks passing through it, and
- interact with an application via an extensible terminal or graphical user interface.
It includes a complete set of physics processes for electromagnetic, strong and weak interactions of particles in matter over an energy range that starts from milli-eV (for thermal neutrons), eV (electrons) or typically keV (hadrons), up to hundreds of GeV (or even in part up to 100 TeV). For each type of interaction, a complete set of physics model implementations is provided. Some choices of modeling approaches are available and ready to be used as coherent configurations (named physics lists).
Geant4 source code is available under an open source license, and is written to be readable. The toolkit also includes example applications demonstrating several simpler setups and selected full applications from different domains. For some domains these applications have comprehensive capabilities, whereas others provide a starting point for building your own custom application.
It is also possible to use Geant4 indirectly through a program designed as a customised tool for an application domain, or to create a fully independent stand-alone application for a specific setup or detector.
Any Geant4 application can and must choose whether to preconfigure, select or input beam / source parameters or details of its setup, and whether to record information using standard tallies or create custom ways to collect and output quantities of interest. It will typically select from a set of existing pre-packaged physics configurations (physics lists), developed and typically tested within an application domain, unless its authors undertake the substantially more challenging task of customising or recreating such a configuration from scratch.
Geant4 is used in several areas of science, from high energy, nuclear and accelerator physics, to medical and space science.
What types of Geant4 application exist?
Diverse tools in different application areas are built on top of Geant4, enabling its use without programming. Application areas that are covered range from High Energy and Nuclear Physics (HEP/HENP), medical physics, assessment of material effects in accelerator beamline design, to the evaluation of the effects of space radiation on satellites and planetary bodies.
These applications are tools that provide both a way to create a setup and a mechanism
to record those quantities relevant to their area. Many are extendible, so a user can
add new capabilities using their structure and Geant4’s capabilities.
Some users and experiments instead choose to create fully custom applications for their setup or experiment, in order to retain full control, to create new capabilities or to interface it into a larger software framework. Such applications have been created by many HEP and nuclear physics experiments.
HEP and nuclear physics experiments have used it to design or optimise future detectors, prepare the software to process their data (before any measurements) and to generate simulated events to be used as part of their analysis of measured data.
Any experiment or user can create a custom application using Geant4 to describe a detector, setup or experiment, and use it to record any arbitrary quantities to compare with experimental data, or to predict its performance.
The list below includes several examples of application of the Geant4 toolkit:
- High Energy Physics
- Space and Radiation Science
- Medical Physics
- Geant4-DNA - Geant4-DNA project
- G4MED (in Japanese) - Geant4 Medical Physics in Japan
- G4NAMU - Geant4 North American Medical User Organization
- GAMOS - Geant4-based Architecture for Medicine-Oriented Simulations
- GATE - Geant4 Application for Tomographic Emission
- GHOST - Human Oncology Simulation Tool
- TOPAS - Geant4 Monte Carlo Platform for Medical Applications
- Knowledge Transfer
Geant4 source code is available under an open source license.


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The OCTO lighting app is loaded with helpful content to ensure users get the most from our connected lighting solution. With videos, helpful guides, inspiration and a dedicated area for installers it is the perfect tool to assist in the set up and control of the OCTO system.
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ProductThis advanced, high-performance GaN semiconductor substrate for high-brightness LEDs leverages an innovative technology for transferring thin layers of very high quality GaN onto substrates compatible with the LED market's quality and cost requirements. The product's key differentiator is a lighting density per sq. mm that opens the door to new designs and applications. The product will target the LED and high-performance/high end lighting markets (general indoor and outdoor lighting, automotive lighting, consumer electronics, and video projectors, for example). High-brightness LED manufacturers will be interested in the product. Soitec also plans to develop a lighting lineup that takes advantage of this substrate's enormous potential.
L'histoire du produit2005: Start of R&D work on growing and transferring the GaN film (funded by Soitec). 2006-2011: Nanosmart program in partnership with CEA-Leti to develop advanced substrates for GaN-based lighting. 2012: Project secures government funding for additional R&D. 2013: Licensing agreement signed with Sumitomo Electric. 2013: Development of Soitec Lighting lineup.
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I have searched for this on the web, but I don’t really get any hits, or may be I am trapped in a information bubble. I guess this should work on most Honda’s, I know it works on my CIVIC.
In the OpenWrt/DDWrt world there is something known as a 30-30-30 reset, which is basically you
- press the reset button, for 30 seconds when the device is ON, and then with the reset button pressed, power-DOWN the device
- Keep the reset button pressed for another 30 seconds when the device is OFF, and when with the reset button still pressed, power-UP the device
- Keep the reset button pressed for another 30 seconds after the device is powered-UP, and then leave it.
after you let go off the device, then you can optionally again power cycle it after about 1 minute..
The exact same procedure can be used on the Honda, here the RESET button is the trip-reset button, and the power button is the ignition… so here is the procedure..
- Start your car… ignition… (completely), make sure that the maint-reqd light is ON
- toggle the trip computer button so that you see the TOTAL MILES, (not trip-A or trip-B in the display)
- Once you are sure that the display shows total-miles, then press the trip-button for 30 seconds, (use a wrist watch)
then once 30 seconds are elapsed turn-OFF the car, with the trip-button still pressed…
- With the car turned-OFF, keep the trip-button pressed for another 30 seconds, and then turn the CAR ON again, keeping the trip-meter button still pressed.
- Wait another 30 seconds with the car ON, with the trip-meter button still pressed, in this phase sometime the Maint-Reqd light will stop… even if the light goes off, keep the trip-meter button pressed for at least 30 seconds, and then leave it.
Your maintenance reqd light wiil now be OFF. If you maintain your car like me then you would definitely find this procedure useful, to reset the light.
Again, this is only for the “Maintenance Required” light. If you have a Check-Engine light then this may not work. If you want to see what the Check-Engine light is for, then you need the ELM 327 OBDIIBluetooth interface and your Android/iPhone with some app like Torque BHP


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Are remote operations included in the standard package?
Yes, remote access to a particular installation for operations personnel is made available anytime, from any computer. This will allow operational and compliance teams to remotely make operational adjustments, view and download real time information. Process automation is provided using a programmable logic controller, or PLC. The operator interfaces with the PLC through an industrial touch screen interface mounted in the control cabinet door or via a remote computer. The operator has virtually complete control of the system with this interface. Alarm conditions are monitored by the PLC and displayed at the operator interface. Alarm call outs are provided by an auto-dialer mounted in the MBR control panel.


Audi Future Performance
High-voltage – Audi is putting electromobility into volume production
From 48 to 400 volts – Audi has set a clear course for the future of electromobility. The Audi e-tron quattro concept provides a glimpse of the production version.
AUDI E-TRON QUATTRO CONCEPT –
AN ELECTRIFYING WAY FORWARD
Sporty, efficient and suitable for everyday use – Audi has set a clear course for the future of electromobility and the Audi e-tron quattro concept points the way. The sporty fullsize SUV, which will enter series production in 2018, is a purely electric car. One of its three electric motors drives the front axle, while the two others power the rear axle. Together, the electric motors generate 320 kW (up to 370 kW for a short period) and more than 800 Nm of torque. Its performance is on par with that of a sports car – the Audi etron quattro concept accelerates from 0 to 100 km/h in 4.6 seconds and reaches a limited top speed of 210 km/h.
The technology study’s large, flat lithiumion battery is fixed to the bodyshell in the floor of the occupant cell, where it provides the prerequisites for dynamic handling – a balanced weight distribution between the axles of 52:48 and a low center of gravity. The battery is designed for maximum energy, with a capacity of 95 kWh delivering a range of more than 500 km.
Dynamic silhouette: The greenhouse of the Audi e-tron quattro concept is flat and low like a coupe. The cd figure is just 0.25.
The technology study’s Combined Charging System (CCS) facilitates charging with direct and alternating current. DC charging, the solution for long distances, takes very little time. At a 150 kW charging station, the battery is 80 percent full after half an hour, with a further 20 minutes taking it up to 100 percent. In a domestic garage, the Audi e-tron quattro concept is charged by induction with alternating current using the convenient Audi Wireless Charging system. The piloted parking system guides the car to the correct position above the floor-mounted charging plate.
On sunny days, a solar roof also contributes up to 320 watts. The heat pump for the interior plays a central role in the thermal management system by gathering waste heat from the electrical components and thus aiding overall efficiency.
It is the three electric motors that make the technology study an electrified quattro – an e-tron quattro. An intelligent drive management system regulates how they interact depending on the situation, with the top priority being the highest level of efficiency. The driver selects the degree of recuperation, the drive program and the mode of the Audi drive select system. When driving quickly on winding roads, the torque control manager distributes the forces between the rear wheels as required. This torque vectoring is lightning fast, delivering exceptionally dynamic performance and excellent stability.
The running gear rounds off the hi-tech character of this concept study. The adaptive air suspension sport with regulated damping lowers the bodyshell at higher speeds, which improves airflow around the vehicle. The dynamic all-wheel steering combines dynamic steering at the front axle with rear-wheel steer.
The design of the Audi etron quattro concept is a harmonious combination of aerodynamics, drive and the spatial concept. The five-door sport SUV is 4.88 meters long, 1.93 meters wide and just 1.54 meters high. Its silhouette, with its extremely low greenhouse pulled in tightly at the back, is coupe-like and dynamic. The cd figure is just 0.25 – a new best for the SUV segment. Inside, there’s room for four adults and 615 liters of luggage. The interior has a lean and light feel, its architecture melding with the operating and display concept. All displays in the interior are conceived in OLED technology – the paper-thin films can be cut to any preferred shape.
On the front lid, along the flanks and at the rear, movable aerodynamic elements control the airflow upward of 80 km/h as required, thus improving the flow through and around the vehicle. The vertical separation edges on the side walls and the completely closed underbody also number among the aerodynamic measures. Cameras replace the exterior mirrors, while the door handles are recessed into the door bodies. Virtually no wind noise is audible from inside the car and there certainly isn’t any engine noise as such – the fascination of electric driving reveals itself in glorious silence.
At the front end, the headlamps feature Audi’s new matrix laser technology. Beneath them is a new signature light comprised of five elements, each consisting of one LED light unit with an extremely flat OLED element (organic light emitting diode). The rear lights are likewise made up of two sections: Nine red OLED units on each side perform the tail light function in the top section, with three more beneath.
The concept study is equipped with all the technologies conceived by Audi for piloted driving. The data they provide is collated in the central driver assistance control device (zFAS) in the luggage compartment. This, in turn, generates a complete model of the car’s surroundings in real time and makes the information available to all the assistance systems and the systems for piloted driving. These Audi technologies are scheduled to enter series production in the near future.
AUDI E-TRON QUATTRO CONCEPT
1 Front electric motor
2 Power electronics
3 Lithium-ion battery with a capacity of 95 kWh
4 Two rear electric motors
5 Solar roof with a peak output of 320 W
Audi e-tron quattro concept – Electric drivetrain with an output of up to 370 kW.


Arduino Starter Kit
To get started with Arduino, I bought the SunFounder Learner Kit as well as the SunFounder Super Starter Kit. When buying a kit, you get a lot of stuff to start experimenting with in one handy package. I’ll publish separate articles when experimenting with all these components.
SunFounder’s Arduino Uno is not a genuine Arduino Uno, but a clone. That’s what I wanted to start with, because I was almost certain I’d blow up my first Arduino somehow—a clone is cheaper. Up until now, I didn’t 🙂
Most of the Arduino boards, such as the Arduino Uno, which I recommend to start with, come with AVR controllers (a microcontroller of the Atmel family)—my Arduino Uno has an ATmega328P-PU (datasheet)—and some other components to make working with it easy. If you buy an Arduino which has the chip as a DIP package, you can easily buy some new ones and replace it if necessary. This is not so trivial when you buy it soldered to your Arduino as an surface mounted device (SMD) like this Arduino Uno clone with an ATmega328P-AU. I would highly recommend buying an Arduino Uno with a replaceable ATmega328P microcontroller (DIP).
In situations where I don’t have a computer around to power the Arduino with over USB, I bought a 9 V 1 A wall adapter with an 2.1 mm plug where the center pin polarity is positive, indicated by the symbol shown.
I also bought some extra jumper wires (male to male, female to female and male to female ones) with Dupont connectors and the ends. However, after using them for a while, I find the male to male jumper wires with round plug jackets at the ends—those came with the starter kit—nicer to handle since the connectors of them are more firmly attached.
Additionally, I got myself a nice sturdy SunFounder acrylic case enclosure for the Arduino Uno. The instructions of how to assemble it was a bit hard to decipher, but in the end I figured out where to put the three tiny pieces as shown below.
Since I also wanted to be able to run the Arduino on batteries and the kit I bought comes with a battery holder for 6 batteries, I also got an EBL AA and AAA battery charger and 8 Ni-MH batteries. For compact future projects, I’ll look into lithium polymer (LiPo) batteries though.


YOU CAN NOW LOCK UP YOUR TWITTER LOGIN WITH A PHYSICAL SECURITY KEY
You can now lock up your Twitter login with a physical security key Are you worried that your Twitter account is not secure with just a password? Now you can block it with a physical security key.
On Tuesday, Twitter announced that it supports security keys as a way to verify login.
A security key (such as the YubiKey, which Twitter confirms is compatible) is a physical device that can be connected to your computer or use NFC to communicate with your phone. Once connected, it acts as an additional layer of authentication for logins that require additional security. Unless someone has access to the physical key, they will not be able to access your account.
Other platforms, such as Facebook and Firefox, also support security keys. Now that Twitter supports the technology, you can keep your account more secure.
To set up a security key with your account, you can follow Twitter’s step-by-step instructions.


I purchased the Ambient Weather Station WS-2902A for $169 on Amazon and rate it a thumbs up based on price, features and ease of use. The WS-2902A replaces my previous WS-1400-IP which had served me well over the last 4+ years but the rain gauge failed.
I really like the color display of the WS-2902A. My previous WS-1400-IP didn’t have a display so I needed to use a phone, tablet or computer to keep tabs on the weather. I also like the redesigned sensor unit and the ability to clean the rain gauge without completely disassembling the sensor unit. Another nice feature of the WS-2902A is that it consolidates the number of devices in the home to one. The WS-1400-IP had a server that required an Ethernet cable (the WS-2902A is wireless) and the WS-1400-IP had a separate indoor temperature and humidity sensor. The WS-2902A has everything built into the display unit.
- Ease of use
- Integration with Weather Underground
- Wireless and solar
- Color display
- Setup via a mobile app is more difficult than it needs to be


ScanX Digital X-ray Imaging System
With the innovation of Digital Radiography, X-ray imaging has now become time and cost effective to a great extent. Moreover, the ease with which images can be enhanced, transferred, carried and stored has made this procedure more popular than the conventional techniques used years back. The Scan X Digital X Ray has blended the field of dentistry very well with the world of computer applications.
What is Scan X Digital X-ray?
Digital radiography uses digital X-ray sensors. Besides being a time-efficient process, it also has an added advantage of using lesser radiation than the traditional method of X-ray imaging that uses photographic films. In the Scan X Digital X Ray method, images are captured through a digital device that displays instant preview of the images. These images captured can then be stored digitally as well as electronically transferred from the X-ray site to the Dentist’s chamber or for further referrals.
Types of Scan X Digital X-ray in Dentistry:
There are typically two different ways of carrying out digital X-ray:
- The Intraoral method
The sensor is placed inside the mouth when focus is on a small and specific portion of the maxillofacial region.
- The Extraoral method
The sensor is fixed outside the mouth when image of the entire maxillofacial region is needed for dental treatment. Extraoral method is further categorized into the orthopantomogram or cephalometric analysis, depending on the requirements of the image projection or display.
To support diagnosis and deliver an effective treatment plan, there are many manufacturers of the Scan X Digital X Ray. Fast and user-friendly, these products are available to meet specific requirements for intra oral imaging or can work with both intra oral and extra oral imaging. The basic advantages of these products are that it neither utilizes the costly processing steps as in photographic films nor involves the use of chemicals or chemical processors. The devices are also quite compact and needs less space for storage. Software is available to support 2-D as well as 3-D imaging solutions. There is a wide range of product variety displaying different key features in each product.
Scan X Digital X Ray has proved to be one of the most valuable innovations to the Dentists. They can now have a better idea on the dental problems of their patients by zooming into the images or digitally storing the images forever in case of a prolonged treatment.


Artificial intelligence essay
To ensure the success of AI three premises have to be actualized: functionalism, hardware capacity to mimic human thought, and the software to convert the gains in hardware advances (McGinnis 1256).However, there are arguments that state that humans are in fact the ones who threaten all forms of advancement because the produce majority of the error that risk lives and make mistakes.Therefore, it is important to recognize the continual need for timely service development.Artificial Intelligence essays Does A.I. (artificial intelligence) proved itself to be the replacement of our own critical human thinking.Artificial intelligence has been applied to the telecommunications industry to aid in development of the industry as a whole in order to compete with the new competitive demands (CITE).Artificial intelligence or AI is a program that can learn and improve upon itself whether at a sub, equal or above human level.We human beings seem to have a problem with the idea of a person enhanced with technology, or a robot enhanced with Artificial Intelligence (AI).Numerous fields of study have tried to contribute their knowledge in order to create intelligence.
This artificial intelligence essay is created by our professional writers.Philosophers and engineers alike have been grappling with questions related to that time for the last half-century.The idea of something so advanced that we will not be able to tell the difference may be even worse.
The first robot that presents the usage of artificial intelligence was built in 1969.This does not mean that every decision made, based on this data, will be good.The techniques of this intelligence include knowledge-based, machine learning, and natural language processing techniques.It brings about great promises for our future and some even predict that its importance will rival that of the printing press. (Boden) By human nature, many tried to play God: People of all generation and all over the world dreamt of creating a being that is capable of carrying out human actions.Artificial intelligence is the development of a computer system that is able to perform tasks of human intelligence like visual perception, speech recognition, and decision-making.The development of artificial intelligence is just a small percentage of the computer revolution and how society deals with, learns, and incorporates artificial intelligence.
The novel approaches that computer scientists use in this field are looked to for answers to many of the problems that have not been solved through traditional approaches to software engineering thus far.
Artificial intelligence essay - Antigua City TourAs show in Figure 1 above, these roles of these components are.But as the congestion increases the Four wheelers will have restricted navigation and they take more time to reach to their goal.They tell us almost nothing about human cognitions or thought processes, except that an electrical machine working on different principles can outdo human beings in playing chess, as it can defeat human beings in doing arithmetic.
Even though computers might take over the world, the study and advancement of artificial intelligence (AI) will create how mankind lives in the future.Thinking rationally refers to the laws of thought which is normative rather than descriptive.
Would not it be interesting to know what is this marvelous thing that is going to make our dreams come true.Four values of AI stand out as influential: ambitious goals, introspective plausibility, computational elegance, and wide significance.Thinking humanly refers to the cognitive science which are the scientific theories of internal activities of brain.Come browse our large digital warehouse of free sample essays.For example, what matters about a chess-playing program is how good it is.However, in the present day, they lack the ability to solve problems and reason.Descartes believed that in a person existed two major components, the physical body and the nonphysical body which was called the mind or soul.
As our innovation drives us towards greater results, the time at which robots may take on human-like intelligence comes ever closer.Prospects and Perils in the 21st Century Artificial Intelligence.The first computer required large, separate air-condition rooms, and were a programmers nightmare involving the separate configuration of thousands of wires to even great a program running.The Connections Between Artificial Intelligence and Other Fields Essay.Expert system is an artificial intelligence program that has expert-level knowledge about a particular domain and knows how to use its knowledge to respond properly.A group, or suite of tools that can help accomplish this pursuit of doing less with more is generally known as Decision Support Systems.AI(Artificial Intelligence) is a fairly new field in Computer Science, my subject, which I found very interesting.This broad category usually consists of computer software and hardware, which includes Intelligent Decision Support Systems, Expert Systems and Artificial Intelligence.
Further, with Computers being embedded in all of our life accessories like mobiles, watches, cars, even our bodies and brains there is no indication that this microchip speed will not be multiplied in the future.Classic example is topics is highly relevant to workplace problem solving essays creative essay writing an analytical.
Databases and Artificial Intelligence Research PaperThese systems use current information to make logical guesses and extrapolations about something unknown.
Artificial Intelligence Essay - essaykitchen.netThe task was about databases and artificial intelligence with a clear outline like introduction, relationship, growth, application e.t.c.
Artificial Intelligence - Term PapersThe field in technology has improved so much in just the last few decades.
Essay about Artificial Intelligence - reddit.comArtificial intelligence fall into four categories Thinking Humanly, thinking rationally, acting humanly and acting rationally.The teen played a composition on the piano, and the idea was that the judges had to guess what unusual fact in the playing of the piano.Vendors are quietly building AI technologies into practical software applications that do everything from recommend music for Web shoppers to direct airplanes at airports.
Writing an essay on artificial intelligence is no easy task, there is a large amount written on the subject as well as a huge number of areas in which it could be.There are several programming languages that are known as artificial intelligence languages they are used almost exclusively for artificial intelligence applications.


In addition to Kirin batteries,has more “Wang Bang” coming soon. Recently, Wu Kai, chief scientist of CATL, said at the World New Energy Vehicle Conference: CATL plans to launch a new generation of s in 2023: condensed batteries. It is understood that condensed matter batteries have the characteristics of high safety, high reliability, and good cycle life.
It is worth noting that Zeng Yuqun, the chairman of CATL, has disclosed that in addition to all-solid-state batteries and semi-solid batteries, including condensed batteries that you have never heard of, CATL is working on it.
Zeng Yuqun said that the innovation of the power battery chemical system, the innovation of the structure, the innovation of the manufacturing, and the innovation of the business model can be integrated to promote the development of theindustry.
So what is a? Some experts believe that the core of a condensed matter battery is to achieve superfluidity, superconductivity, stability, and superior conductivity. In short, the battery is more stable, larger in capacity, and more efficient in conduction. faster.
At present, condensed state batteries may also belong to a kind of semi-solid state batteries. It is a condensed state electrolyte with liquid components in it, which has no fluidity and has strong adhesion. The transition route in the battery development process is also a necessary route.
In addition, CATL will also adoptnext year, which is the second-generation battery safety technology of CATL, with the technical characteristics of active isolation and downward pressure relief.
NP2.0 technology + condensed matter battery, can this time completely kill the spontaneous combustion of electric vehicles?
Article source: Fast Technology


Golf GPS Devices
Garmin has the monopoly on golf wearables and their latest toy, the Garmin Approach S60 is ripe for testing. So I took a run at this golf GPS watch to see how it holds against its price. I put its multi-talented fitness-tracking spec to the test throughout my day. And I am finally ready to compare it to one of my favorites, Garmin S6.
What is so good about a GPS system? Well, that would be telling and you’ll have to read further to find out the absolute benefits, but these systems – such as the Garmin Approach X40 GPS Golf Band Reviews we’re looking at today – take away all amount of doubt and guesswork from your game, something that can only be a positive.
They are now loaded with more than a whopping 40,000 global preloaded golf courses. Garmin not only produces Golf GPS products. It also a leading manufacturer in Aviation products, Marine products and other sports devices too. Garmin has become a huge hit in the golf GPS devices manufacturing market. Because of the great feedback it keeps receiving for its Approach Golf GPS products.
The Garmin Vivoactive line has always considered it necessary to put a golf GPS module in their fitness watches, given their golf legacy. And in 2017, they came out with their A-game, the Garmin Vivoactive 3 golf GPS watch. It looks like the ultimate smartwatch for the active lifestyle with Garmin’s immaculate golf features fixed into a module.
This is a review for Garmin Approach G7 product and highlights the extra features compared to the previous models and other peer GPS devices. By the way, with its G7 model, Garmin has become the first manufacturer to deliver a powerful golf GPS device which packs slope-adjusted distances to accurately pace the shots.
Golf GPS is the future of golf rangefinding. Every new GPS unit that enters the market goes through our scrutiny. We have reviewed golf GPS watches, GPS handhelds, Clip-on GPS devices and some voice GPS units.


Want to master Raspberry Pi? Seek no longer!
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Checkout our latest articles, all for free!
The Raspberry Pi is a small computer about the size of a credit card and costs approximately €35. It was developed in the UK by the Raspberry Pi Foundation with the hope of creating a generation of children that will be inspired to learn how computers are programmed and how they function.
This small computer features amazing HD (high-definition) quality video playback, sports high quality audio and has the ability to play 3D games. The device uses the ARM processor which does most of the hard work and complicated calculations in order to run your Raspberry Pi. ARM processors can be thought of as the brains of the device.
Raspberry Pi Processor
These processors are mainly used in small devices such as mobile phones, hand held mobile gaming devices and other small digital devices. The reason for this is that these ARM processors are extremely efficient and fast when used in small devices. This makes the ARM processor the obvious choice for the Raspberry Pi.
Even though the Raspberry Pi is a computer, it does not have a hard drive like traditional computers do but instead, it relies on an SD card for the starting up and storing of information. In this case the SD card does the same job as a hard drive does in a traditional computer.
Raspberry sd card
The SD card contains the operating system, programs and the data needed to run the Raspberry Pi. The operating system tells the Raspberry Pi how to function, how to handle any input from the user and how to manage programs when they are running. An operating system is the interface between the user and the device.