The University of Tehran Additive Manufacturing (AM) and the 3D printing laboratory has been established in 2017 to provide educational and research services for the academia and industrial sector. It is dedicated to advanced manufacturing research with a primary focus on additive manufacturing of metal, polymer, and composite materials. The scientific services presented by the AM lab. is given to all of the universities, research centers, industries, students and individuals who require them. Clients who wish to seek the service of the University of Tehran AM lab could come in person, via the AM lab web site or by telephone contacts.
3D printing and scanning are new technologies advanced in very recent years which have caused great developments. It empowers almost anyone to manufacture a product as fast and easy as imagining it! Everyone could learn about 3D printing in an equipped laboratory such as the University of Tehran AM lab and become able to follow one’s idea into a product.
The equipment in the AM laboratory:
- 3D FDM printer having two nozzles with a resolution of a 100 micron
- 3D LED resin printer with a resolution of a 45 micron
- 3D printer SSMED developed by the research work in the School of Mechanical Engineering
- Portable 3D scanner for full body
- A 3D printing pen
- Related workshop tools
- Promoting 3D printing by Educating people
- Facilitate the use and application of the technology and know how
- Providing an opportunity for innovation and advancement
Advantages of the AM laboratory:
- Fast prototyping using 3D scanner and printer and the related technologies
- Enjoy consultations with AM specialists in a friendly and innovational environment
- Transform your idea to a real product and see and test it yourself
Industrial and research projects:
Additive manufacturing techniques have a high potential for producing components for different engineering sectors. In the mechanical engineering sector polymeric, ceramic, metallic and composite parts with geometrical complexity are made using AM techniques. Electronic circuits, semiconductors, radar components and LEDs are amongst electrical engineering parts produced by the AM methods. In civil engineering sector, making of various structures, buildings, pathways have been done using AM. Many components in the robotics and mechatronics sectors with high precision and tight tolerances have been manufactured using 3D printing. Bioengineering is really another interesting area where AM has been widely implemented and has found many applications. Other areas such as architecture, art and others are also using AM techniques and there are a lot of potential for engaging the University of Tehran AM lab.
Followings are some descriptions of the many aspects of the AM processes:
- Parts with complicated geometries: one of the main limitations in conventional manufacturing methods is that parts with complicated and spatial geometries are difficult or in some cases impossible to make. This has severe impact on the design of the parts. Development of AM techniques has solved these problems provided new design opportunities. One of the important aspects in part design is the topological optimization which could be done by numerical analysis using software like ABBAQUS. Hence AM techniques have made it possible to design parts with complicated geometries.
- Materials for 3D Printing: from the birth of the additive manufacturing the choice of the materials used in this process has always been a challenge. Polymers, ceramics, composites and metals are being used for the 3D printing processes but each one has its own limitations and shortcomings. FDM is the main process used for the 3D printing and commonly uses a polymer which is heated up to melt and extruded through a nozzle to form the required geometry. However metallic alloys could not be printed in this way and metal powders are used in conjunction with laser beams to print the parts. Low strength, cavities and pores are amongst the defects which form during printing. It would be ideal if one could use metallic wires just like polymeric wires are used in the FDM process to print metallic parts.
To achieve such a goal a PhD project is currently is being done in the AM LAB at the School of Mechanical Engineering, College of Engineering, University of Tehran using semi solid metal alloy. This process has been named Semi Solid Metal Extrusion and Deposition (SSMED). It is a promising technique to overcome the existing limitation paused by the present metal 3D printing techniques.
- New AM Methods: Although AM process have been developed in a variety of methods nevertheless there is still plenty of room to progress. For example 3D printing of a components containing more than one material is such goal. Materials, processes, properties and performance go hand in hand and new AM methods could definitely help to promote different aspect for each of these parameters.
- Optimization of the present AM techniques: Most of the already developed AM techniques need further improvement and could be optimized in one way or another. For example advancements in areas such as geometric size tolerances, strength, hardness, flexibility, toughness, smoothness, process control parameters such as production speed, and other factors could be tackled by researchers. These are also amongst the objectives of this lab.


Last Amazon price update was: November 30, 2021 6:04 pm
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon.com (Amazon.in, Amazon.co.uk, Amazon.de, etc) at the time of purchase will apply to the purchase of this product.
Mi Notebook Horizon Edition 14 Core i5 10th Gen Whether you want to work on a PowerPoint presentation or you want to binge-watch your favourite series, this Mi Notebook has got you covered. While its 35.56 cm FHD anti-glare display produces stunning visuals on the screen, the 10th Gen Intel Core i5 processor will ensure a smooth multitasking experience. Also, its 10 hours of battery life will keep you entertained for hours on end without having to charge it frequently.
Full HD Anti-glare Horizon Display
This Mi laptop comes with a 35.56 cm (14) full HD anti-glare Horizon display that features thin 3 mm bezels and an impressive 91% screen-to-body ratio. Thus, it is ideal for working, gaming, and watching videos without distractions. Furthermore, a 178° wide-viewing angle lets you want clear visuals from multiple angles.
This is a lightweight laptop that weighs about 1.35 kg. As a result, it can conveniently carry this laptop that features an elegant anodized sandblasted finish.
10th Generation Intel Core i5
This Mi laptop runs on an Intel Core i5-10210U Comet Lake processor that is ideal for creative works, multitasking, working on spreadsheets, and even watching webinars.
Mi Notebook Horizon Edition 14 Core i5 10th Gen with NVIDIA GeForce MX350
Equipped with the NVIDIA GeForce MX350, this notebook lets you play games and edit photos and videos easily and efficiently.
At amazon.in you can purchase Mi Notebook Horizon Edition 14 Intel Core i5-10210U 10th Gen 14-inch (35.56 cms) Thin and Light Laptop(8GB/512GB SSD/Windows 10/Nvidia MX350 2GB Graphics/Grey/1.35Kg), XMA1904-AR+Webcam for only Rs. 54,999
The lowest price of Mi Notebook Horizon Edition 14 Intel Core i5-10210U 10th Gen 14-inch (35.56 cms) Thin and Light Laptop(8GB/512GB SSD/Windows 10/Nvidia MX350 2GB Graphics/Grey/1.35Kg), XMA1904-AR+Webcam was obtained on November 30, 2021 6:04 pm.
Didn't find the right price? Set price alert below
Set Alert for Product: Mi Notebook Horizon Edition 14 Core i5 10th Gen - (8 GB/512 GB SSD/Windows 10 Home/2 GB Graphics) JYU4245IN Thin and Light Laptop(14 inch, Grey, 1.35 kg) - Rs. 54,999
512 GB SSD
You can transfer files in no time and store all your new and old files in one place, thanks to the 512 GB SSD of this Mi laptop.
8 GB of DDR4 RAM
The 8 GB of DDR4 RAM with a clock speed of up to 2666 MHz delivers a smooth and fast computing experience.
Large Cooling Vents
This laptop has a wide air intake area of 2530 mm along with a fan featuring a large diameter. So, this cooling solution ensures that this laptop stays cool, and you can work for a long time.
Stereo Speakers with DTS Audio Processing
You can enjoy the high-fidelity sound of stereo speakers that are thoughtfully placed along this laptop’s smooth curves to prevent muffling. Furthermore, it also features a DTS sound processing application that finetunes the sound signatures while watching movies, playing games, and listening to music.
Mi Notebook Horizon Edition 14 Core i5 10th Gen With Mi Blaze Unlock and Mi Smart Share
This feature lets you unlock this Mi Notebook using your Mi Band. It also has the Mi Smart Share feature that lets you transfer images, videos, word docs, and more from your smartphone to this laptop quickly and easily.
Networking Opportunities Galore
This Mi laptop features various connectivity options to make data transfer, entertainment, and device charging easy. This laptop is equipped with a 3.5 mm jack that works as a headphone and also a mic in. Also, it has a Mi Webcam HD 720p for smooth video calling and effortless viewing.
In Budget with Great Perfomance
If you can compromise with storage and a backlit Keyboard then it is great a choice in this range.
After applying bank discount I got Core i5 in Rs 49100 aprx. And you will get premium built quality like Macbook Pro and good graphic card MX 350 in this price range. Which is best.. in this price segment.
Storage and RAM
Light Weight and handy
Display is top class
you can find many but cons are also somewhat to be noticed
you cannot work in the dark as there is no backlight keyboard
camera quality is not good
In the future, you cannot upgrade RAM
Specification: Mi Notebook Horizon Edition 14 Core i5 10th Gen
Laptop, Power Adaptor, Power Cord, User Guide, Warranty Documents
SSD Capacity (GB)
Processor Variant (U)
1.6 GHz with Turbo Boost Upto 4.2 GHz
RAM Frequency (MHz)
Number of Cores
NVIDIA GeForce MX350
OS Architecture (bit)
Notebook Horizon Edition 14
Thin and Light Laptop
Processing & Multitasking
Upto 10 hours
65 W AC Adapter
Battery Cell (cell)
MS Office Provided
Dedicated Graphic Memory Type
Dedicated Graphic Memory Capacity (GB)
Windows 10 Home
System Architecture (bit)
Covered in Warranty
Finger Print Sensor
Full-size Textured Island Style Keyboard
Touchpad with Multi-touch Gesture Support
Mi Blaze Unlock, Mi Smart Share
1 Year Manufacturer Warranty from the Date of Purchase
Warranty Service Type
321.3 x 206.8 x 17.15 mm
Not Covered in Warranty
1 x USB 2.0, 2 x USB 3.1
1 x HDMI Port
35.56 cm (14 inch)
1920 x 1080 Pixel
Full HD LED Backlit Anti-glare Display
Built-in Dual Speakers
Dual Speakers with DTS Audio
Domestic Warranty (Year)
Mi Notebook Horizon Edition 14 Core i5 10th Gen Videos
GetPriceCut is a gadget research destination where we help users to find the best products at the best price for product categories like mobiles, laptops, electronics, TVs, home appliances, audio products, etc. With News,Reviews and Expert Score, Price Comparison and Upcoming Products


If you frequently use a torque wrench, then you must have a digital torque wrench tester CEM20N3X10D to adjust and calibrate a wrench that is loaded manually. The wrench is secured by the pole holder so that it is positioned optimally for testing. It has a memory for storing many measurement data items. The display screen shows minimum value, maximum value, quantity, and mean value. This digital torque wrench tester CEM20N3X10D must also be tested periodically for accuracy by using a separate calibration kit.


The technical field is one of the most lucrative and exciting career fields to enter. If you have a knack for computer programming and love to work with computers it may be the perfect field to look into. A computer software engineer is a computer professional that creates, changes and develops general software applications and utility programs.
As a computer software engineer you will have many different job functions. The first job of a computer software engineer is to modify existing software to fix any errors or change it so that it is compatible to other hardware and improve the performance of the software. Software engineers will also develop system testing procedures. This can allow easier validation of software processes and changes to the programming and documentation of the programs code. Software engineers will also work in a large team of other computer professionals. They will analyze the needs of the software users and design software within these parameters. They also store and retrieve data for system requirements and capabilities. They will consult with customers to make sure that all of the software’s needs are met. They also coordinate installation and maintenance on the software systems. They collect data on costs, format, and security needs of their customers and users.
Computer Software Engineer Salary:
The average computer software engineer salary is about $88,000 per year. This amount is dependent upon several factors such as education, experience, region of employment and type of facility that you work in. There are numerous states and regions in the United States that offer a higher than average computer software engineer wage. The following states offer more than $7,000 more than the national average. These states are New Jersey,Maryland,Massachusetts,Virginia and California. The computer software engineer income in these states range from $97,000 to $104,000 per year. The top cities to work in are San Jose, CA, Sioux City, IA, Amesbury, MA and El Centro, CA. The top computer software engineer salary being $136,000 in El Centro, CA.
Computer Software Engineer Education:
The education requirements for a computer software engineer requires that you first have a high school diploma and then you will need to have a very good background in computer programming and the understanding of computer programs and software. Typically, the majority of all employers are looking for applicants that have a bachelor’s degree. Most computer software engineers have degrees in computer science or software engineering. Courses will include software design, verification and validation of software, project management, software requirements and configuration, quality assurance, math, science, computer architecture, database design, statistics technical writing, leadership and more. The education and training will involve in class work, several projects and lab work. An internship may be available. Most courses will take about four years to complete. Graduates may also choose to become certified. Although, it is not required certifications not only get more job offers but make more money in the long run. Certifications are offered by several different vendors such as Microsoft and computing societies such as the Association of Computer Machinery.
Computer Software Engineer Work Environment:
The work environment for a computer software engineer is typical for most computer professionals. This will include working from a computer workstation that may include a desk, computer, telephone and several writing utensils. As a part of this career, you may have to speak to clients and users of the systems that you are performing maintenance on. This may involve phone conversations and face to face meetings. As a part of your day, you will need to make several decisions and will need to spend many hours carrying out these decisions. Most of your work may be unstructured so you will have to have good time management skills. You will need to be highly accurate and able to process and analyze information quickly. You will need to think creatively and identify and prioritize problems and their solutions. The average work hours for a computer software engineer are usually over forty hours per week. Some overtime may be required. Long hours are very common in this career and most of the work will be done while sitting still for many hours. Many computer software engineers may telecommute and will often work in different locales.
The career of a computer software engineer is a very lucrative career that offers many benefits. Not only does it offer a very nice salary it also offers many options such as insurance and retirement plans. Computer software engineers also have a great job outlook for the future. Currently, there are almost one million computer professionals employed as computer software engineers. In the next eight years, there is an expected thirty percent increase in the job market. This is higher than the average rate at which most jobs are currently growing. This means that there will be an additional 270,000 jobs created for computer software engineers.


$19.88 - $15.88
Aug 03,2020 00:36:50 UTC –
ORIGINAL FACTORY PARTS
Applicable to all types of power devices including but not limited to the following brands
FOR ELECTRIC PRESSURE WASHERS:
RyobiGreenworksSun JoeBriggs & StrattonAR BluePowerStrokeKarcherStanleyHytough…
FOR ABOVE GROUND POOL PUMP / PORTABLE SPAS:
IntexBestwayJacuzziPentairHot Spring SpasCaldera SpasFreeflow SpasFantasy SpasCatalina SpasMaster SpasCanadian SpasDr. Wellness SpasWatkins Wellness…
More suitable for 3-wire common power devices, such as power pressure washer, pool pump, generators, vacuum cleaner, pumps, heaters, household electrical appliances, chargers, etc.
Suitable for 2-wire common power devices, best for power pressure washer, etc.
More suitable for 3-wire dangerous power tools, such as saws, drills, air compressors, lathes, lawn equipment, cutting machine, etc.
More suitable for 2-wire dangerous power tools, such as saws, drills, air compressors, lathes, lawn equipment, cutting machine, etc.
✅【Always Safe】 GFCI features surge protection and lighting protection function withstanding 6 kilovolt. Performed 6000+ times factory test, which is twice the testing times of UL standard.
✅【Easy to Install】 No Grounding Wire Required. Provide 3 different grommets for wiring cable 14AWG, 16AWG and 18AWG.
✅【Heavy Duty】Durable industrial materials suit both for indoor and outdoor use. UL & CUL Listed
✅【Water Resistant GFCI】 Auto Reset GFCI (Ground Fault Circuit Interrupter) with LED indicator reaches Level IP65 water proof. Built in LED power indicator light to show when there is power.
✅【Wide Application】 Perfect for indoor or outdoor use in a variety of electrical equipment, such as generators, cleaning machine, power tools (saws, drills, air compressors), lawn equipment, cutting machine, vacuum cleaner, pumps, heaters, household electrical appliances, chargers, etc.


As technology evolves, challenges evolve. A major consideration that requires microscopic attention in a digital world, is the Cybersecurity. Organizations cannot afford to become modern and more productive while compromising their security.
ICT offers two kinds of Cybersecurity disciplines:
A - Operation Technology Cybersecurity
This is to protect industrial environments operations from Cybersecurity threats as they become more technology aware. ICT in collaboration with GE Digital offers end-to-end cybersecurity solutions for industrial operation such as DCS, ICS, SCADA, BMS, Smart Cities, Utilities, Transport, Banking, Education and Healthcare.
B- Information Technology Cybersecurity
This is to protect computer networks and systems from Cyber threats. ICT offers a complete suite of solutions for virtually any kind of business environment. Managed and/or Local Security Operation Center – SOC are offered by ICT, while partnering with the leading players in this space.


YOKOHAMA (Kyodo) -- Kanagawa police said Wednesday they have installed traffic lights powered by solar energy in the city of Kawasaki on a trial basis to prepare for an emergency blackout in case of a major natural disaster.
The prefectural police department said it hopes to develop a new type of traffic lights in cooperation with Yokohama-based Kyosan Electric Manufacturing Co., which can be installed across the country in the future.
The prototype traffic lights, which use two 120x53 centimeter solar panels that supply electricity during the day, are installed at a street crossing in Saiwai Ward of Kawasaki.
The nighttime power will be provided by Tokyo Electric Power Co., while surplus electricity will be stored in a battery in case of a blackout.
In Kanagawa, traffic lights temporarily became unusable at some 15,000 locations in the wake of the power rationing following the March 11 earthquake and tsunami as well as subsequent nuclear emergency at the Fukushima Daiichi power plant.
However, the local police could send police officers only to 3,400 points among them.


Then you can simply use a USB cable between it and your computer if your receiver or amppfier has a USB plug. Much like technique 2 above, products just have actually this jack whether they have an onboard DAC. Amps and receivers generally speaking have a USB B connector (the squarish one), therefore a cable is needed by you which have USB A male at one end, and USB B male during the other. (Amazon.com, Amazon UK) remember that you canвЂ™t link a pc up to a stereo employing a USB connector in the front side. ThatвЂ™s designed for news players or hard disk drives, and does not accept audio that is streamed.
In case the amppfier or receiver has an Ethernet jack, you are able to link your personal computer to it with an Ethernet cable. Nonetheless, you canвЂ™t simply run a cable through the computer to your stereo; it must proceed through a hub to obtain a community target. this technique works in the event your computer and stereo are in the same room with your router, however in other circumstances, it is more comppcated. (See technique 9 for the variation on this.)
If you utilize a DAC betwixt your computer as well as your amppfier or receiver, you’ll be able to link the previous to your DAC utilizing either a Tospnk cable or perhaps a USB cable. You then operate RCA cables through the DAC into the stereo. Some DACs provide simply USB connectivity; some additionally provide Tospnk connectivity.
When your receiver or amppfier has got the abipty to get streamed sound, you’ll be able to вЂњconnectвЂќ your pc to it without having a cable. Making use of AirPlay or Bluetooth (in the event that unit https://besthookupwebsites.net/joingy-review/ is at range for the latter), it is possible to stream sound into the amp or receiver. Some stereos have actually these technologies integrated; some offer the possibipty to shop for a wi fi adapter, in order to utilize AirPlay.


220V 60W Portable Automatic Send Tin Electrical Soldering Iron Gun Welding Tool
Description: Made of high quality heater element and lead-free nozzle and high strength handle, this soldering gun features fast heating, accurate tin-sending and comfortable hand feeling. Automatic send tin design makes it easy to achieve one hand operation.
Press trigger to automatically send tin, easy to operate and labor-saving.
Fit for tin wire of diameter between 0.8~1.2mm.
The length of tin wire sent can be adjusted by tin screw to send tin wire accurately.
The lead-free nozzle offers a long service life and long durability.
Ergonomic handle is non-slip and comfortable, ensuring a long time operation without fatigue.
Specifications: Condition: 100% Brand New Material: Plastic + Metal Nozzle Material: Lead-free nozzle Color: Yellow, Blackish Green(Optional) Rated Power: 60W Voltage: 220V Frequency: 50Hz Plug Type: CN Plug Tin Tube Diameter: 2.0mm Fit for: 0.8~1.2mm in diameter tin wire Preheat Time: 3~5 minutes Working Temperature: 300~400℃ Size(except solder holder): approx. 20 x 15cm / 7.9 x 5.9inch Cable Length: approx. 1.5meters / 4.9ft Weight: approx. 300g
Package Included: 1 x Electrical Soldering Iron Gun(with solder holder, solder wire not included)
Note: 1. Please kindly make a note if you need any adapter. 2. Please allow 0-2cm error due to manual measurement. Thanks for your understanding. 3. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from the real object. Please take the real one as standard.


< The control of steam's pressure is the key link of boiler power plant, its control performances influence the rotate speed of steam turbine directly. Boiler steam's pressure has the characteristics of time-varying, nonlinearity, large inertia and large hysteresis. The traditional PID control method does not have the ability of self-adaptability, and it is difficult to meet the system's
< 2010-7-14 · One may also invokes neural network and wavelet toolboxes for the development of the hybrid models of the system within this simulator. Several parts of the basic power plant such as boiler, steam turbine, condenser, feed water system, furnace, steam
2015-11-25 · KEY WORDS: simulation main steam temperature,PID,BP neural network, MATLAB II ． PID MATLAB [M]．：
< 2015-11-25 · KEY WORDS: simulation main steam temperature,PID,BP neural network, MATLAB II ． PID MATLAB [M]．：
< In turn the efficiency of the boiler Neural Network, Fuzzy logic, Genetic Algorithm and Neuro- depends on several operating parameters, and superheated Fuzzy control system has changed the whole scenario of steam temperature is one amongst them, which is very control systems as
< 2019-8-25 · Second-order sliding mode fault-tolerant control of heat recovery steam generator boiler in combined cycle power plants Neural-Network-Based Decentralized Adaptive
< Inverse Dynamic Neuro-Controller for Superheater Steam Temperature Control of a Large -BASED INVERSE An Elman neural network can be created and trained according to the back-propagation algorithm with MATLAB Neural Network Toolbox. Control simulation tests have been carried out on a full-scope simulator of the USC boiler-turbine
< In thermal power plant the three element boiler drum is used. In the boiler drum, during the conversion of feedwater into steam, the level should be maintained and controlled properly. For controlling purpose the PID controller is used and the tuning of controller parameter controller is done manually. In the proposed method PID controller is
< Control quality of an once-through boiler's water-fuel ratio (WFR) and main-steam temperature are heavily influenced by the control quality of the once-through boiler's intermediate point enthalpy (IPE), and it is also related to the economic and stable operation of the a once-through boiler.
< A simplified non-linear model which was suitable for the controller design for coordinated control system of a once-through boiler-turbine unit was developed with reasonable
< 2016-2-20 · 4 K. Jagatheesan et al.: Ant colony optimization algorithm based PID controller In recent years, several controllers have been developed for regulation of the power system operation and parameters (frequency and tie-line power ﬂow) within the speciﬁed or scheduled value [3, 7–11, 14, 15, 26]. To achieve better dynamic response in multi-/ single area power systems, controllers have been
< 2015-6-5 · Real Time Monitoring and Controlling of Boiler Drum Parameters in Thermal Power Station Implementation of soft sensor in neural network estimate process data using self organizing neural network. Here basic there will be a carryover of water particles in the dry steam flowing to the turbine and thus the turbine blade damage is expected.
< After the neural network inverse system model of high precision has been established, a neural network inverse controller can be designed to realize inverse control of the original system. 3.2 Load and MSP Inverse Model Structure As shown in Fig. 1, a SC boiler unit can be simplified as a 3input 3-output model.
< Boiler steam pressure control system is important because of affecting the turbine speed directly. In engineering, the steam pressure control system is mostly dominated by traditional PID control. But the traditional PID control strategy can't obtain satisfied control effects with the changing of the fuel and give-wind flow. The use of intelligent control strategy has been studied in recent
2016-2-20 · 4 K. Jagatheesan et al.: Ant colony optimization algorithm based PID controller In recent years, several controllers have been developed for regulation of the power system operation and parameters (frequency and tie-line power ﬂow) within the speciﬁed or scheduled value [3, 7–11, 14, 15, 26]. To achieve better dynamic response in multi-/ single area power systems, controllers have been
< Based on the fuzzy control and neural network, an intelligent adaptive control algorithm was presented in the paper. In consideration of the forces and moments from the environmental disturbance, such as winds, waves, currents, etc., Simulation experiments are carried out by using Matlab's Simulink toolbox.


Today we truly live in a connected world. Almost every device we use on a daily basis relies on a connection to the internet from smart phones and tablets, to smart thermostats and lights, to streaming audio and video devices, and yes our venerable PCs and Macs.
At Premier, we feature network solutions that include technologies to self-heal and deal with many of the typical network pitfalls automatically so you don’t even know when they happen.
We focus on providing scaled distributed networks, both wired and wireless (WiFi), for homes, business, and organizations. Our networks are designed to offer the coverage you need, where you need it, reliably.


The Role of Virtual Reality in Enhancing Online Education Platforms:
Online education has witnessed unprecedented growth in recent years, becoming an integral part of the global educational landscape. As technology advances, the integration of virtual reality (VR) into online education platforms has emerged as a transformative force, promising to revolutionize the way students learn and educators teach. In this article, we delve into the role of virtual reality in enhancing online education platforms.
1. Understanding Virtual Reality in Education: Virtual reality (VR) is a technology that creates a simulated environment, often through the use of specialized hardware such as VR headsets. In education, VR aims to transport learners into immersive, three-dimensional worlds, providing an experience that goes beyond traditional online methods. This immersion allows students to engage with content in ways that mimic real-world scenarios, fostering a deeper understanding of complex subjects. Whether exploring historical landmarks, conducting virtual experiments, or navigating mathematical concepts in a spatial context, the potential applications of VR in education are vast.
The immersive nature of VR can captivate students’ attention and interest, making learning more engaging. Traditional online education often relies on text, images, and videos, which might not fully capture the attention of all learners. With VR, students can actively participate in their learning, interacting with the environment and manipulating objects. This dynamic engagement has been shown to enhance information retention, as learners are more likely to remember experiences rather than passively consumed content.
2. Improved Engagement and Retention: One of the most significant advantages of incorporating VR into online education is its impact on student engagement and information retention. Traditional online learning methods sometimes struggle to keep learners actively involved, leading to decreased focus and lower retention rates. VR addresses this challenge by providing an immersive and interactive environment where students are not just consumers of information but active participants in their learning journey.
Studies have shown that the sensory-rich experiences offered by VR contribute to better information retention. The spatial and contextual memory formed in virtual environments can enhance the recall of learned material. For example, medical students using VR simulations for anatomy studies have demonstrated higher retention rates compared to traditional methods. The ability to explore three-dimensional models of organs and systems in VR allows for a more intuitive and memorable learning experience.
3. Real-world Simulations for Practical Learning: VR’s ability to create realistic simulations opens up new avenues for practical learning in diverse fields. Virtual laboratories, simulations, and field trips provide students with hands-on experiences that might be challenging or expensive to replicate in the physical world. For instance, chemistry students can conduct experiments in a virtual lab, manipulating virtual chemicals and observing reactions in a safe and controlled environment.
The practical applications of VR extend beyond the sciences. Industries such as aviation, engineering, and healthcare leverage VR simulations to train professionals in realistic scenarios. Flight simulators, for example, have been a staple in pilot training for years, and VR enhances the fidelity and accessibility of such simulations. This capability allows learners to practice skills, make decisions, and learn from mistakes in a risk-free setting, ultimately enhancing their preparedness for real-world challenges.
4. Customized Learning Paths: VR technology, coupled with artificial intelligence (AI), enables the creation of customized learning paths tailored to individual student needs. Traditional online education often follows a one-size-fits-all approach, delivering the same content to all students regardless of their learning styles or paces. VR, with the support of AI algorithms, can adapt the learning experience based on each student’s progress, preferences, and performance.
Adaptive learning in VR involves analyzing a student’s interactions within the virtual environment, tracking their strengths and weaknesses. AI algorithms can then adjust the difficulty level, content sequence, or instructional methods to suit the individual learner. This personalized approach not only accommodates diverse learning styles but also ensures that students receive the support and challenges they need to optimize their educational experience.
5. Overcoming Geographical Barriers: Virtual reality has the power to transcend geographical limitations in education. Traditional online classrooms, while offering flexibility, may still be constrained by the physical locations of students and educators. VR brings a sense of presence and connection by creating virtual classrooms where learners from different parts of the world can converge in a shared educational space.
Virtual classrooms in VR environments mimic the real-world interaction found in physical classrooms. Students can communicate with each other, collaborate on projects, and engage in discussions as if they were in the same room. This not only fosters a sense of community but also exposes learners to diverse perspectives and cultural backgrounds. Additionally, guest lectures, expert sessions, and collaborative projects become more accessible, enriching the overall educational experience for students regardless of their geographic location.
6. Enhanced Teacher Training and Professional Development: Virtual reality extends its transformative impact beyond student learning to the realm of teacher training and professional development. Educators can leverage VR simulations to hone their teaching skills in a risk-free and controlled environment. For example, VR scenarios can replicate challenging classroom situations, allowing teachers to practice effective classroom management, adaptability to diverse student needs, and innovative teaching strategies.
Furthermore, VR can facilitate collaborative professional development sessions, enabling teachers from different locations to engage in simulated workshops, share best practices, and collectively enhance their teaching methods. This immersive training not only improves the skills of individual educators but also contributes to the overall quality of education by fostering a community of well-prepared and adaptable teachers.
7. Addressing Accessibility and Inclusivity: Incorporating virtual reality into online education platforms opens up possibilities for addressing accessibility challenges and promoting inclusivity. VR applications can be designed with features catering to different learning needs and abilities. For instance, subtitles, sign language interpretation, and audio descriptions can be integrated into VR experiences to make content accessible to students with hearing or visual impairments.
Moreover, the customizable nature of VR allows for the creation of interfaces that accommodate various learning preferences. Students can adjust the pace of instruction, choose alternative formats for content presentation, or utilize assistive technologies seamlessly within the virtual environment. By prioritizing accessibility, VR contributes to creating an inclusive educational landscape where all students, regardless of their physical or cognitive abilities, can actively participate and thrive.
8. Ethical Considerations and Challenges: As virtual reality becomes more prevalent in education, it is crucial to address ethical considerations and challenges associated with its implementation. Data privacy is a paramount concern, as VR platforms collect substantial amounts of information about user interactions and behaviors. Strict guidelines and regulations must be in place to ensure the responsible handling and protection of sensitive student data.
Additionally, the digital divide poses a challenge to the widespread adoption of VR in education. Not all students have equal access to the necessary hardware and internet connectivity required for immersive VR experiences. Efforts must be made to bridge this gap, ensuring that all students, regardless of their socioeconomic backgrounds, have equitable access to the benefits of VR-enhanced education.
9. Integration with Emerging Technologies: The synergy between virtual reality and other emerging technologies, such as augmented reality (AR) and artificial intelligence (AI), amplifies the potential of online education platforms. AR can overlay virtual information onto the real world, providing contextual enhancements to the learning experience. AI algorithms, when integrated with VR, can dynamically adapt content, create realistic simulations, and provide personalized feedback to optimize the learning journey.
For example, AR could enhance historical tours by overlaying information about landmarks in real-time, while AI algorithms could analyze a student’s performance in a VR simulation and offer tailored recommendations for improvement. The integration of these technologies creates a holistic and sophisticated educational ecosystem that aligns with the evolving needs and expectations of learners and educators.
10. Future Prospects: The preceding points illustrate the multifaceted role of virtual reality in enhancing online education platforms. Looking ahead, the future holds even more promising prospects for the intersection of VR and education. Advancements in hardware, software, and AI algorithms are anticipated to refine the immersive qualities of VR, making it an indispensable tool for educators worldwide.
As VR continues to evolve, its potential impact on online education includes refined simulations, increased accessibility, and a broader array of subject applications. The challenges associated with VR, such as ethical considerations and the digital divide, must be met with proactive solutions to ensure the responsible and equitable integration of this technology into educational practices.
In conclusion, the integration of virtual reality into online education platforms signifies a paradigm shift in the way we perceive and engage with learning. By fostering engagement, personalization, and inclusivity, VR has the power to create transformative educational experiences that prepare students for the challenges of the future. As technology advances and educational paradigms evolve, the collaboration between virtual reality and online education is poised to redefine the landscape of learning and teaching.
Frequently Asked Questions (FAQs):
What is virtual reality (VR) in education?
Virtual reality in education refers to the use of immersive technologies to create simulated environments that replicate real-world scenarios. It aims to enhance the learning experience by providing interactive and engaging content through VR headsets or other devices.
How does virtual reality improve student engagement and retention in online education?
VR enhances engagement by providing immersive experiences that captivate students’ attention. The spatial and contextual memory formed in virtual environments contribute to better information retention, leading to a deeper understanding of complex subjects.
Can virtual reality be used for practical learning and simulations in online education?
Yes, virtual reality is well-suited for practical learning. VR simulations, virtual laboratories, and field trips provide students with hands-on experiences in a controlled and realistic environment, facilitating practical learning across various subjects and industries.
How does virtual reality enable customized learning paths in online education?
Virtual reality, coupled with artificial intelligence (AI), allows for personalized learning experiences. AI algorithms analyze student interactions, adapting the difficulty level, content sequence, and instructional methods based on individual needs and preferences.
What role does virtual reality play in overcoming geographical barriers in online education?
Virtual reality creates virtual classrooms, enabling students from different geographical locations to converge in a shared educational space. This fosters global collaboration, facilitates communication, and exposes learners to diverse perspectives and cultures.
How can virtual reality be utilized for teacher training and professional development in online education?
VR simulations provide educators with a risk-free environment to practice teaching skills and enhance their adaptability to diverse student needs. Virtual workshops and collaborative sessions enable teachers to share best practices and collectively improve their teaching methods.
How does virtual reality address accessibility and inclusivity in online education?
Virtual reality applications can be designed with features such as subtitles, sign language interpretation, and customizable interfaces to cater to different learning needs and abilities. VR contributes to creating an inclusive educational landscape by making content accessible to students with diverse requirements.
What ethical considerations are associated with the use of virtual reality in education?
Ethical considerations include data privacy concerns, as VR platforms collect significant user data. Strict guidelines and regulations are essential to ensure responsible handling and protection of sensitive student information.
How does virtual reality integrate with other emerging technologies in online education?
Virtual reality synergizes with emerging technologies like augmented reality (AR) and artificial intelligence (AI). AR can provide contextual enhancements, while AI algorithms can dynamically adapt content, creating a sophisticated and personalized educational ecosystem.
What are the future prospects for virtual reality in online education?
The future of virtual reality in online education holds promises of refined simulations, increased accessibility, and broader subject applications. Advancements in hardware, software, and AI are expected to further enhance the immersive qualities of VR, redefining the landscape of learning and teaching.
Former Student at Rajshahi University


As part of IBM’s Global Services organization, the HPSS team in Houston offers a variety of services, including storage systems consulting services.
HPSS systems engineers collectively represent over one hundred years of experience dealing with mass storage system deployment, hierarchical storage management, data storage system technology insertion and sunsetting, data repository migration, and related requirements for customers worldwide. Using proven systems engineering methods, the engineers follow a rigorous process to analyze requirements, develop a system-level architecture, propose design alternatives, validate requirements against possible solutions identifying remaining gaps, and provide recommendations for follow-on actions and closure. Services are tailored to specific needs, including phased approaches that logically sequence tasks allowing the scope of services to be adjusted based on time and budget constraints.
For additional information on how the HPSS team can serve your storage systems needs, please contact Jim Gerry at email@example.com.


As 4G wireless Internet technology has spread nationwide, IT decision makers have been looking at it for more than just data for their smart phones and tablets.
As residents and their guests become more tech savvy, high speed Internet is becoming a necessity in any senior living community. Senior living providers across the country are moving to install guest/resident wireless solutions and dedicated Internet bandwidth to meet the high demands of social and streaming media. For residents with family out of town, a strong Internet connection is vital for staying in touch via social streaming apps such as Skype and FaceTime.
As the post-acute care industry grows increasingly digital, the demand for network equipment to create highly available, highly connected environments is exploding. While it may be tempting to save a few bucks by installing off-the-shelf network equipment from a local computer superstore, here are four reasons why that’s a really bad idea in healthcare.


by Curt Taipale
In Part 1 we recommended the use of a production intercom system to improve the quality and efficiency of communication between members of the tech team during a service, concert or dramatic presentation. Let’s take a look at some of the systems available today.
The most common type of system is an analog party-line intercom, so-called because anyone connected to the cabling for a particular channel can communicate with anyone else on that same channel at any time.
Each remote beltpack and speaker station requires a DC voltage to power its internal circuitry, plus of course the audio communications signal. That operating voltage and the audio signals are fed via a standard cable that has two conductors wrapped by a shield. In other words, the interface is as simple as plugging in an everyday mic cable.
My usual design for a production intercom system in a church comprises a main station that sits either at the FOH production booth, or in a rack backstage. That choice depends on the features of the main station itself and the most convenient wiring solution for the project.
I’ll feed branch circuits from that main station to several of the interface plates on the platform (wall plates and floor boxes). That allows the tech team to patch into an intercom line at their choice of locations on the platform, which can come in handy when your pastor asks you to provide them with an intercom handset at their seat on the platform. I also include a speaker station (with handset) flush-mounted in a wall at some logical location backstage. If it makes sense, I’ll provide those wall stations on both sides of the platform.
If the church has a baptistery, I will include a speaker station with a handset at a location easily reached by the pastor or his staff. I also provide or at least recommend including a speaker station with handset in the usher’s closet. Depending on the project there may be other locations that need intercom connections, but those are the primary ones.
The reality is that the ushers move around a bit. You may or may not have someone always in that usher’s closet throughout the service. The same can be said for at least some members of the production team. So at some point having wireless transceivers connected to the wired system, or an interface with two-way radios becomes highly important. There are some churches that use two-way radios for all of their production communication needs, and that can offer a lot of flexibility.
By the way, during the "heat of battle" (during a worship service) you may find it difficuilt to get someone's attention to pick up the intercom. For example, if the sound operator has their eyes focused on the platform looking for visual cues from the worship team or for unexpected changes, they may miss the fact that someone is desperately trying to reach them on the intercom. One great solution is to put a big flashing light right in their field of view (though hidden from the congregation's view). Here is one such device.
If there is any downside to using an analog production intercom system, it is probably the occasional issue with background hum, noise and hiss. Not all such system installations have that issue, but it can happen. So along came digital audio to save the day. By switching the audio circuits from analog to digital, manufacturers can deliver production intercom systems that offer all of the benefits without the hum and noise issues.
As with most situations, there are multiple ways to achieve results appropriate for the need. If it sounds like your church could really benefit from installing a production intercom, I encourage you to research the topic further. Toward that end, here are some manufacturer links to get you started.
Did you miss Part 1? Go here to read Production Intercoms, Part 1.
Copyright 2015. Taipale Media Systems, Inc. All Rights Reserved.
Originally published in the March 2013 issue of TFWM.


Current graduate students who are interested in all things related to geospatial information systems, science and technology are encouraged to subscribe to the Geospatial @ UCLA newsletter to learn more about future events and opportunities. Potential graduate students can learn more about the Graduate Program in the Department of Geography, or can send inquiries directly to email@example.com.
The Geographic Information Systems and Technology (GIS&T) Minor provides students with cutting-edge technical knowledge and skills using state-of-the-art information technology, such as geographical information systems (GIS), remote sensing, and global positioning systems (GPS), which are in high demand in business, government, and research. Upon completion of the minor, students are well-positioned to enter the workforce or to pursue advanced degrees in geography or allied fields.
Below is a list of credit-bearing geospatial information systems (GIS) and remote sensing (RS) courses offered by the UCLA Department of Geography.
Geography 7: Introduction to Geographic Information Systems (ONLINE)


Summary: To put it simply, Artificial Intelligence is changing the way businesses operate today. To truly profit from artificial intelligence, a company can no longer experiment with it in bits and pieces. Instead, an AI-driven digital strategy is now a “must-have” for companies seeking to develop faster and maintain a competitive edge.
Research conducted by Deloitte has found, “AI adopters are investing significantly, with 53% of the respondents spending more than US$20 million over the past year on AI-related technology and talent. At the same time, 71% of adopters expect to increase their investment in the next fiscal year by an average of 26%.” Consequently, to retain a competitive edge, leaders may quickly need to move beyond leveraging AI to optimize and automate processes and start using AI to create new products and operation methods.
In the past, algorithms were used to determine loan amounts, hire new employees, and empower chatbots (with varied results). Now, The question isn’t whether a corporation should employ AI, but where it can best benefit them.
From finding correlations in data to predicting existing trends more accurately, AI has evolved into a system that analyses preferences and attitudes in vast quantities of data such as text, speech, photos, digital news feeds, and social media. AI can now identify potential disruptors by connecting embedded features, helping firms to better prepare for unexpected events.
Early AI fraud detection systems can now detect bots, making them vital in the fight against hackers, malware, and ransomware. Global financial institutions deploy market shock-adaptive machine learning algorithms to estimate not just investment returns, but also possible disruptions like Covid-19.
2. Increased efficiency
AI enables businesses to grow more quickly by freeing up employees to perform more high-skilled work and, if appropriate, upskilling existing employees. Until recently, AI was thought to be too sensitive to be employed for standard data processing tasks such as cleaning up duplicates in datasets. However now, it is frequently employed for this time-consuming task.
Automation analyses forms and listens to recordings to help reviewers focus their attention, route calls, or simply find missing attachments. By learning which portions of the input are more essential, attention-based techniques have enabled AI to link seemingly unrelated concepts more consistently and work faster.
Over the next few years, thanks to these new technologies, automated processes and filters will become more and more common in areas and processes that haven’t traditionally been thought of as data-driven. This includes everything from a customer’s interaction to the process of processing an order, for example. Even though it can be hard to figure out how fair things are at first, AI-based approaches can be more equitable, transparent, and objective than our previous human efforts, even if it takes a while to figure out how fair things are.
3. Data Security
The enterprise threat landscape is massive and continually evolving. To correctly quantify risk, up to several hundred billion time-varying signals must be processed.
So now what?
Analyzing and strengthening cybersecurity posture is no longer a human issue.
In response to this unprecedented challenge, AI-based cybersecurity technologies have evolved to help information security teams decrease breach risk and enhance security posture.
They can swiftly evaluate millions of events and identify many different sorts of risks – from malware exploiting zero-day vulnerabilities to spotting dangerous behavior that might lead to phishing attacks or the download of malicious code. These systems learn from prior attacks to identify future ones now. Behavior histories let AI discover and respond to deviations from established standards.
4. High-Efficiency Marketing And Better ROI
Beyond the company’s infrastructure, AI may provide organizations a competitive advantage in marketing. Because AI can learn and train from data, it may provide valuable insights about how, who, when, and where to sell. Numerous AI breakthroughs come from the fundamental assumptions that:
- Companies already have a lot of customer data.
- AI provides objective, data-driven conclusions based on existing data.
To clarify, AI can come to know a client on a personal level that we haven’t seen before. How? It relates to the prior discussion of behavioral patterns and AI’s detection.
The Tech Giants have already perfected this approach: The computers rapidly learn to provide suggestions that are specifically matched to each user’s taste and preference, expressed in their activity on the site.
Today’s efficient marketing creates customer-brand connections at the proper time and place. AI can help companies better understand their customers’ requirements and provide superior experiences that transform them into devoted customers and brand champions, resulting in increased revenue.
AI is often referred to as an expense rather than a cost. Increasing AI usage necessitates resources for governance, transparency, upskilling, and often technological debt. But firms can no longer afford to ignore something so pervasive.
Modern customers are hyperconnected. They need quick judgments. AI can learn from numerous channels, like Twitter, WhatsApp, TikTok, or a chatbot, and adapt and code swap to become more appealing.
These increasingly complicated models will become more dependable, their techniques and outcomes more intelligible, and hence their applications more creative and viable as AI model “explainability” increases.


High-Performance Computing Act of 1990 by United States. Congress. Senate. Committee on Commerce, Science, and Transportation. Download PDF EPUB FB2
The High Performance Computing Act of (HPCA) is an Act of Congress promulgated in the nd United States Congress as (Pub.L. –) on December 9, Often referred to as the Gore Bill, it was created and introduced by then Senator Al Gore, and led to the development of the National Information Infrastructure and the funding of the National Research and Enacted by: the nd United States Congress.
Get this from a library. Department of Energy High-Performance Computing Act of report (to accompany S. [United States. Congress. Senate. The High Performance Computing Act of (HPCA) is an Act of Congress promulgated in the nd United States Congress as (Pub.L.
–) on December 9, Often referred to as the Gore Bill, it was created and introduced by then Senator Al Gore, and led to the development of the National Information Infrastructure and the funding of the National.
Shown Here: Passed House amended (11/20/) High-Performance Computing Act of - Title I: High-Performance Computing and the National Research and Education Network - Directs the President to implement the National High-Performance Computing Program. Sets forth Program requirements, including: (1) setting goals and priorities for Federal high-performance.
Get this from a library. High-Performance Computing Act of report High-Performance Computing Act of 1990 book the Senate Committee on Commerce, Science, and Transportation on S. [United States. Congress. High-Performance Computing Act of 1990 book. Committee on Commerce, Science, and Transportation.].
This book is a "must" for anyone who needs to worry about computer performance, either as a software developer or as a buyer.
But it also provides valuable insights for those among us who do relatively little programming and run mostly third-party application software. Even if you never touch a line of code, High Performance Computing will give you a feel for how the most recent 4/5(1).
High Performance Computing discusses how modern workstations get their performance and how you can write code that makes optimal use of your hardware.
You'll learn what the newest buzzwords really mean, how caching and other memory design features affect the way your software behaves, and where the newest "post-RISC" architectures are Cited by: High Performance Computing: Programming and Applications presents techniques that address new performance issues in the programming of high performance computing (HPC) applications.
Omitting tedious details, the book discusses hardware architecture concepts and programming techniques that are the most pertinent to application developers for achieving high by: High Performance Computing Act of The High Performance Computing Act of (HPCA) is a Congressional Act that was declared on December 9, during the nd United States Congress.
It is also known as the Gore Bill since it was primarily developed and endorsed by Senator Al Gore in order to create and develop the National.
High Performance Computing discusses how modern workstations get their performance and how you can write code that makes optimal use of your hardware. You'll learn what the newest buzzwords really mean, how caching and other memory design features affect the way your software behaves, and where the newest "post-RISC" architectures are headed.
This is the talk page for discussing improvements to the High Performance Computing Act of article. This is not a forum for general discussion of the.
This Act may be cited as the ‘High-Performance Computing Act of ’. SEC. FINDINGS. The Congress finds the following: (1) Advances in computer science and technology are vital to the Nation’s prosperity, national and economic security, industrial production, engineering, and scientific advancement.
High Performance Computing: Modern Systems and Practices is a fully comprehensive and easily accessible treatment of high performance computing, covering fundamental concepts and essential knowledge while also providing key skills training. With this book, domain scientists will learn how to use supercomputers as a key tool in their quest for new knowledge.
2 High Performance Computing For Dummies a few business quarters before your efforts pay off. However, there are plenty of HPC success stories out there, and perhaps yours is next.
It may be hard to imagine, but we’re at the beginning of the High Performance Computing era. This book is File Size: KB. High-performance computing refers to a specialized use and programming of (parallel) supercomputers, computer clusters, and everything from software to hardware to speed up computations.
The CPU clock speed of desktop and commodity processors has reached a maximum range, due to physical limitations. Introduction to high performance computing for scientists and engineers / Georg Hager and Gerhard Wellein.
-- (Chapman & Hall/CRC computational science series ; 7) Includes bibliographical references and index. ISBN (alk. paper) 1. High performance computing. Wellein, Gerhard. Title. QAH34 File Size: 2MB. This book constitutes revised selected papers from 10 workshops that were held as the ISC High Performance conference in Frankfurt, Germany, in.
In a way, the early history of computing was high performance computing: anything faster than humans could do was of interest. Later during the interesting electronic era, an author named Charles Murray wrote a book which was brought to an sudden. This book demonstrates how to exploit high performance computing with the MOEA Framework, from small personal computers up to large-scale supercomputers.
For distributed memory parallelization, we show how to use Apache Ignite to construct master-slave, island model, and hybrid parallelization architectures. Search High performance computing jobs.
Get the right High performance computing job with company ratings & salaries. 2, open jobs for High performance computing.
The High Performance Computing and Communications Act of is one of my favorite bills. Another is the '53 bill creating NASA which created a nigh all-powerful Administrator who had the right to fast track Nazis and Communists for the sake of.
Book Description. High-Performance Computing for Big Data: Methodologies and Applications explores emerging high-performance architectures for data-intensive applications, novel efficient analytical strategies to boost data processing, and cutting-edge applications in diverse fields, such as machine learning, life science, neural networks, and neuromorphic engineering.
ACM 4th High Performance Computing and Cluster Technologies Conference (HPCCT )--EI Compendex, Scopus Jul 3, - Jul 6, Ocean University of. Appro, Milpitas, Calif., a leading provider of high-performance enterprise computing systems, has announced that the company's Appro Xtreme-X Supercomputer has received the "Editors' and Readers' Choice Product of the Year Award" from SuperComputing Online, the home page for high-performance computing, networking and storage professionals.
high-performance computing High-speed computing. Originally pertaining only to supercomputers for scientific research, high-performance computing (HPC) migrated to the business world with racks of high-speed servers in the datacenter.
This book constitutes revised selected papers from 7 workshops that were held in conjunction with the ISC High Performance conference in Frankfurt, Germany, in June The 45 papers presented in this volume were carefully reviewed and selected for inclusion in this book.
High-Performance Computing Act of - Title I: High-Performance Computing and the National Research and Education Network - Directs the President to implement the National High-Performance Computing Program.
One of the promising titles set to come out early this year is High Performance Computing: History, Concepts, and Implementation ().
I’m actually compiling a list of all the HPC-specific books I can find, and if there is enough interest I’ll publish it. The first High-Performance Computing (HPC) partnership began in when the National Science Foundation established a partnership between five research centers: San Diego Supercomputer Center (SDSC) at University of California San Diego, the Pittsburgh Supercomputer Center (PSC) at the University of Pittsburgh, the National Center for.
An Introduction to High Performance Computing Article (PDF Available) in International Journal of Modern Physics A 28(22n23) September. Memory Gap 1 10 rs rs Igal G.
Rasin (Technion) Tutorial: High Performance Computing 27 Nisan () 3 / 18File Size: KB.Khaitan, S. and McCalley, J;"EmPower: An Efficient Load Balancing Approach For Massive Dynamic Contingency Analysis in Power Systems".;2nd International Workshop on High Performance Computing, Networking and Analytics for the Power Grid, SC12, Salt Lake City, UT, USA,;November Al Gore and the Invention of the Internet "Vice President Gore is a nationally recognized leader on technology.
When he was a member of the U.S. Senate, Gore introduced and steered to passage the High Performance Computing Act to create a national, high-speed computer network and increase research and development of high-performance technologies.


The Center is well-equipped with state-of-the-art instrumentation to provide a competitive edge for investigators at MCW and partner institutions.
Thermo Orbitrap Fusion Lumos with ETD
High resolution and high mass accuracy instrument dedicated to proteomic and glycoproteomic analyses. Operated only by the most experienced experts in the MS Center.
The Lumos is the most advanced MS instrument currently available.
Capable of identification and quantification of peptides, proteins, post-translational modification identification, and top-down fragmentation of intact proteins.
Four modes of fragmentation (CID, HCD, ETD, EThcD) support the analysis of a wide range of molecules, including glycopeptides, glycans and modified peptides.
Features a 30 Hz Orbitrap and Advanced Peak Detection. Resolving power > 500,000 @ m/z 200.
Mass accuracy <1 ppm.
Mass range = 50-6000 m/z.
Thermo LTQ Orbitrap Velos
High resolution and high mass accuracy instrument used for glycan structural analyses. Operated only by the most experienced experts in the MS Center.
Thermo LTQ XL
Low resolution analysis of small molecules, proteins, and peptides. Equipped with nanoLC for automated injection. Used for QC testing and available for self-service projects.
Agilent G6538 Q-TOF
Small molecule accurate mass determination, intact protein and simple peptide mass measurements. Available for self-service projects.
Agilent G6430 QQQ
Targeted quantitation of metabolites and small molecules.Operated only by the most experienced experts in the MS Center.
Low resolution analysis of small molecules, proteins, and peptides. Equipped with microflow LC for automated injection. Available for self-service projects.
Thermo DSQ - Focus GC
GC-MS used for the measurement of volatile organics and lipids. Available for self-service projects.


Wednesday, June 29, 2016
We are on the cusp of a new era in experimental aviation like we have never seen before. We often hear doom and gloom from those who have been in the general aviation market and who have seen the downturn in the number of active pilots and airplanes coming off the factory floor. The overused cliché “it’s always darkest just before the dawn” is really apropos in this circumstance. We are here to tell you that the future of aviation looks very bright. There are several paradigm shifting technologies that are changing the world of aviation equivalent to that the Wright brothers first flight, the dawn of the jet age, and Burt Rutan’s contributions to composite aircraft. Some of the most exciting of these new technologies which we have embraced, include, electric propulsion, 3-D solid modeling software, and 3-D printing. Over the next couple of months, we will be writing articles exploring, in-depth, some of these new technologies which are rapidly becoming tangible for the average aircraft builder. In this article, we’re going to take a closer look at the possibilities of using 3-D printing in experimental aircraft.
With today’s proliferation of 3-D solid modeling software available to the average experimental aircraft builder, we are now starting to see the leveraging of this technology into the average builder’s toolbox. We have been using 3-D modeling software for the past 30 years, and “Solidworks” extensively for the last 15 years. We have become so dependent upon it, that we feel it is one of the most valuable tools that we use on a daily basis. With the ability to 3-D model components virtually on your desktop, the cost of design has plummeted dramatically. It allows us to import the 3-D models into other software and export g-code (computer numerical control (CNC) programming language) for manufacturing of components on different CNC machinery. Seeing this potential, we purchased our first CNC machine some 15 years ago. Since then, we have continued to exploit the advantages of this technology and we now operate 6 different CNC machines. The latest of these “machines” if you can call it that, is a 3-D printer.
Tuesday, June 28, 2016
Monday, June 27, 2016
We have found these tools to be so useful in the shop that we have decided to make them available to the builders of the EMG-6. This series of tube marking tools that can significantly improve the ease and accuracy of marking round tubing.
These tube marking tools have a multitude of features which can only be created practically through the use of 3-D printing technology.
The tube marking tools are manufactured from 3-D printed ABS plastic, and are color-coded to easily identify each size. From 1/2" up to 2" in 1/8" increments. These are the standard tubing sizes used in the aviation industry.
2. Radial marking guide in 15° increments
3. "V" marking slots for super precision.
4. Alignment pin holes for 1/16, 1/8, 3/16, 1/4
5. Non-marring 1/4-20 nylon thumbscrew for secure positioning.
6. Center punch holding fixture.
7. Lanyard attachment hole.
8. Size markings embossed on housing.
9. Perimeter marking guide on base.
10. Manufactured from Non-marring ABS plastic.
11. Precision marking slots at 90°, 180°, 270°, and 360°
12. Available in all standard tube sizes from 1/2 inch to 2 inches.
Sunday, June 12, 2016
Carol Carpenter Flies the EMG-6-250. These are the last flights on the EMG-6-250 . The engine and many of the parts were removed to complete Prototype #2 in order to start the Installation of the Polini 250 into the Cabin of Prototype #3. This will be a completely enclosed version similar to Prototype #2 but #2 is currently being fitted with the Electric Power Plant.
Saturday, June 11, 2016
Cutting Flight Control Gap Seals from Pool Noodles
In this video we go through the process of converting pool noodles into low-cost lightweight, and easy to install foam gap seals for the EMG-6 electric motor glider.
Let's go through the detailed procedures on how we came up with the final results that we have been using on the EMG-6 electric motor glider. We have cut nearly 30 different dies and guide blocks to come up with the final results that we found that work very well.
Thursday, June 9, 2016
R&D MotorThis page is dedicated to any updates and information regarding the R&D Motor.
June 9, 2016 Motor Update
Today we had a meeting with Ed Donovan owner of R&D cable. Ed and his team are developing an electric motor that will be used on the EMG-6 electric motor glider. The design parameters are basically to design a 20 hp continuous operating motor turning at 2500 RPM and producing approximately 65 foot-pounds of torque. We will be spinning a 48 inch diameter propeller. this motor is simply a dummy motor that does not have the winding's and magnets inside but was delivered so that we can use it for the development of the motor mounting system on the EMG 6 as both as a pusher and as a tractor on the to the wing pylon locations. The bolt pattern is the standard two-stroke Rotax engine bolt pattern. the bearing is the same as the front bearing on the Rotax E gearbox. The total motor weight will be in the neighborhood of 25 pounds when completed. There are 6 mounting locations on the rear of the motor housing. During testing at full power the outer housing gets slightly warm but the winding's and the magnets remain cool even at full power operation. They are still undergoing some operational tests on the motor and perfecting the final design before going into the mass production phase and developing the tooling for the stamping dies for the winding core. The expectations are that the efficiency of the motor will exceed 95%.. And reliability and durability are key components in the development of the motor. I would expect that this motor will have a TBO in excess of 10,000 hours. And overhaul cost will be the replacement of 2 bearings. We have been told that we should expect to have a operational motor available for installation before we depart for the Oshkosh airshow.
Tuesday, June 7, 2016
We are often looking for methods for creating parts on our experimental aircraft that replicate the professionalism of factory built aircraft. The biggest stumbling block is usually the cost of set up for fancy tooling and machinery. Yet, you might be surprised by what you can accomplish in your own small workshop. In fact, many of the greatest ideas in aviation originated from small workshops like yours.


GPS Arrow Origin Traced Back to Atari’s Asteroids
GPS technology has become so commonplace that it’s easy to take the technology for granted. So many easy-to-overlook innovations are ignored when using this modern technology, including one particular aspect that found its roots in the foundational video game Asteroids.
One of the original technologies in this field was the Etak Navigator, first used in 1985. While this wasn’t a traditional GPS, it could still track a car’s movements relative to a map. One just had to mark their location upon booting up the device, and then their relative position would be displayed with vector graphics on a miniature CRT screen. On this vector screen, one’s location would be marked by a cursor that resembles the main cursor of the iconic Atari game, Asteroids.
RELATED:10 Extremely Rare Atari 2600 Games All Collectors Want
It turns out, Etak was funded by a firm of the Atari co-founder Nolan Bushnell. With this, the financiers and engineers behind the Etak Navigator had some overlap with Atari itself. This led to the inspiration for this device to use a vector graphic display, and for one’s location to be represented through the very same triangular cursor that appeared in Asteroids. While Asteroids certainly did not invent the concept of a triangular cursor, the resemblance is still quite close upon inspection.
This shape is still used in GPS devices to this day, from the very first Etak Navigator to the GPS one may find on their phone. It is fascinating to think that such a minor, oft-ignored aspect of modern GPS devices had an origin in such a foundational title. Asteroids is not only one of the most recognizable arcade games of all time, but it even helped shape devices still being used today.
This piece of trivia also really show show far technology has come. In 1984, the Etak Navigator took visual inspiration from something as similar as Asteroids, and in 2021, the Tesla Model S can play games like Cyberpunk 2077. One can only wonder how much vehicular technology will continue to grow in the future, and if these changes will continue to involve gaming in some way.


NEW Cancer Council UV Meters
Following the sell out success of the first generation of Cancer Council UV Meters we are pleased to advise that our new model is almost ready.
The new unit will feature automatic internet connection, simplified installation and reduced operating costs.
Our aim with this design was to achieve a solution that allows you to simply mount the unit on a wall or a pole and switch it on.
We anticipate that the new meters will be available in June 2018.
Why a UV Meter?
With the high rates of skin cancer in Western Australia, SunSmart WA is always looking for innovative and engaging ways to encourage people to protect themselves from the sun.
Many people believe that solar UV radiation is only significant when the weather is hot. The reality is that in Western Australia, the UV levels can be high enough to cause skin damage most of the year. UV meters provide a way to know when UV is high or low and when sun protection is needed each day.
Meters provide a minute by minute reading of solar UV radiation at your location. Designed with its own UV sensor, it reports the UV using the World Health Organization’s UV index, a measure of UV strength and skin damage risk.
About the meters
UV meters are designed for the outdoors, and are robust and weatherproof. The large display digits let people know the current UV level, and this simple signage indicates what sun protection is required. Our standard UV meters are single sided; the display digits are fitted to one side of the meter. However if you would like a meter installed on a pole or other free standing structure, digits can be mounted on both sides of the meter. Once installed the UV meter requires very little maintenance other than a superficial clean.
Why are UV Meters connected to the internet?
Cancer Council UV meters require internet connection. This allows Cancer Council to remotely monitor and calibrate the meters to ensure ongoing accuracy. Firmware updates can also be delivered to the meter via the net. UV meters are connected to the internet via an inbuilt modem using the mobile phone network. Meters come pre-configured with a data plan and require no customer input to connect to the net.
UV Meters in schools
Schools will find these a valuable tool to support their existing sun smart policy. Meters remove any confusion about when children need to wear their hats and apply sunscreen. Data from the meters is downloadable and useful in education programs including maths, IT and science.
UV Meters in the workplace
If you have staff who work out doors, a UV meter is an ever changing reminder of the need for them to be careful in the sun. Unlike static signs which become “invisible” after a while, the UV meter retains attention because it changes throughout the day. It creates interest and conversation about the sun.
Single sided UV meters, $3815 +GST. (AUD)
Double sided UV meters, $4715 +GST. (AUD)
Freight and installation costs are not included.
For more information, please contact us at email@example.com or on (08) 9388 4364.
Terms and Conditions of sale
Meter Mounting Dimensions


Features and Benefits
- IEC 61850-3, IEEE 1613, and IEC 60255 compliant for power substation automation systems
- EN 50121-4 compliant for railway wayside applications
- 3rd Gen Intel® Core™ processor (Ivy Bridge)
- 6 Gigabit Ethernet ports for network redundancy
- 2 PCI expansion slots for expansion modules
- 4 high-speed, system-bootable USB 2.0 ports
- Supports dual power inputs: 100 to 240 VAC and 100 to 240 VDC
- Optional IRIG-B expansion module available
The DA-682A-DPP computers have an x86 platform with VGA, 6 Gigabit Ethernet ports, USB, and two PCI ports for DA Series expansion modules. The DA-682A-DPP comes with three different CPU options, and basic models that allow system designers to install the DOM, RAM, and operating system according to their specific requirements.
IEC-61850-3 and IEEE 1613 compliance helps ensure that the DA-682A-DPP can deliver stable and reliable system operations in power applications. Additional value and convenience are provided through a modular design with two independent slots for flexible system integration and expansion. Users have the option to add a variety of different communications modules, including an 8-port RS-232/422/485 module, 8-port RS-422/485 module, 8-port 10/100 Mbps switch module, IRIG-B time synchronization card and a universal PCI expansion module.
The DA-682A-DPP also complies with the IEC 60255 standards to enable the protection of electrical relays in a smart substation. IEC 60255 is one of the most widely used standards for testing relays and protection equipment, and compliance ensures that the DA-682A-DPP will work reliably and seamlessly with IEDs (intelligent electronic devices) as a part of the robust substation automation system.
EN 50121-4 compliance confirms that the DA-682A-DPP can deliver stable and reliable system operations in rail applications. In station ISCS (Integrated Supervisory Control System) and wayside control and monitoring systems, a powerful front-end processor is needed for controlling the local SCADA and traction power relay house. The expandable serial interfaces and Gigabit Ethernet ports enable the integration of station subsystems, including AFC, PAS, PSD, and FAS, on a single platform. For wayside applications, you can also integrate disaster prevention, traction power, and signaling and safety systems to provide an integrated view of your smart rail setup.
Smart Recovery Function
The DA-682A-DPP’s Smart Recovery function minimizes downtime by making it easy to recover from operating system crashes. Engineers who are experts in a particular vertical market may not have enough computer domain knowledge to know how to fix operating system problems. Moxa Smart Recovery™ is an automated BIOS-level software recovery system that allows engineers to automatically trigger OS recovery to minimize downtime.
Proactive Monitoring Function
Moxa Proactive Monitoring is a small-footprint, resource-friendly, easy-to-use utility that allows users to track a number of system parameters. Users can view the current parameter values for these key parts by simply clicking on the icons corresponding to the parameters in the user interface. User-defined key part indicators (KPIs) are used to monitor the computer’s key parts. Visible and/or audio alerts are triggered automatically via relay and SNMP traps when these KPIs exceed their preset threshold values, making it extremely convenient for operators to avoid system downtime by setting up predictive maintenance tasks well in advance.


Saluki Technology Inc. develops innovative test and measurement solutions for next generation communication equipment and networks.
In 2014, test and measurement industry leading experts founded Saluki Technology Inc. Today, Saluki is 100% focused on researching, designing and manufacturing optical communication equipment and wireless device test sets and solutions. Products range from Signal Generators, Signal Analyzers / Spectrum Analyzers, Network Analyzers, RF & Microwave Comprehensive Test to Optical Test.
Saluki takes its name from the most ancient breed of hunting dogs. Loyal, swift and definite accurate, we epitomize what a great test and measurement equipment should be.
Saluki has a dedicated technical department, customer support team and experienced account managers available to assist your needs at anytime.
Our goal is to always provide our customers with the best quality products, highest quality of service, and most innovative technology and solutions. We aim to be the world leader in the optical and wireless measurement industry.