IWLPC brings together the semiconductor industry’s most respected authorities to address all aspects of wafer-level, 3D device packaging, advanced manufacturing & test technologies.
Addressing wafer-level packaging, 3D, and Advanced Manufacturing & Test technologies, the International Wafer-Level Packaging Conference (IWLPC) has been at the forefront of packaging technology evolution. The conference has a rich history of bringing together attendees from over 16 countries in the heart of Silicon Valley to immerse themselves in the latest technology and business trends. Going into its 14th year, the IWLPC is co-produced by Chip Scale Review, the leading international magazine addressing the semiconductor packaging industry, and SMTA, the distinguished global association representing electronic assembly and manufacturing professionals.
The conference comprises three parallel technical tracks with two full days of presentations on wafer-level packaging, 3D integration, and Advanced Manufacturing & Test. Workshops, keynote speakers, and panel discussions are offered by world-class experts and enable attendees to broaden their technical knowledge. The technical program includes a two-day expo where 60+ exhibitors showcase their latest technologies and products. The conference provides a collective network of over 800 industry professionals, including vendors from leading semiconductor companies, foundries, and OSATs, as well as key technology, equipment, and materials suppliers in the exhibit area. Attendees will be inspired by the quantity and quality of the featured new developments and emerging technologies.
3D Integration Track
3D integration and interposer technology are now well accepted approaches for fabrication of high-performance memory-enhanced products, memory-on-logic stacks, and 3D IC products that are entering the market. Along with the above developments, 3D integration is also recognized as a key technology for heterogeneous devices that demand smart system integration, rather than extreme high-interconnect densities. Heterogeneous integration technologies are being developed for functional diversification systems, including the integration of CMOS-based devices with others, such as analog/RF, solid-state lighting, HV power, passives, sensors/actuators, biochips and biomedical devices. This heterogeneous integration started with system-in-packaging technology, and is expected to evolve into 3D heterogeneous integration with TSVs and wafer bonding. Many R&D activities worldwide are focusing on heterogeneous integration for novel functionalities. Corresponding 3D integration technologies are being evaluated at several companies, research institutions and industrial-driven research consortia (e.g., Hybrid Memory Cube, e-BRAINS, etc). Furthermore, there are significant advances for integrated MEMS systems using 3D integration technologies. The multitude of abstracts submitted to the IWLPC Technical committee is evidence of the wide array of activities and broad interest on in the subject matter.
Since its inception, the IWLPC has been at the forefront of technology evolution in wafer-level packaging (WLP) by addressing the material, process, equipment, and reliability challenges associated with these products. Over the years, the IWLPC has showcased the tremendous advancements in dielectric materials, photolithography techniques, and plating processes that have enabled wafer-level packaging to become the fasted growing IC packaging technology in the industry. These developments have also led to improved process capabilities and enhanced reliability for fan-out wafer-level products. Recently, the WLP Track expanded its scope for fan-out wafer-level packaging (FO-WLP) to accommodate the tremendous uptick in growth and interest on the part of the equipment and material suppliers, assembly providers, and end users.
Advanced Wafer-Level Manufacturing & Test Track
Advances in wafer-level manufacturing processes, equipment and materials including: novel process or material technologies, improved equipment throughput and productivity, control methodologies (SPC, APC, FDC), factory output & cycle time improvements, advanced automation technologies, warped wafer handling, wafer level test methods, wafer level vs. singulated unit test for WLP, and TSV test methods.


|Bulldog's "Kodiak" Battery Charger||
KODIAK-Ferro resonant transformer technology is the most widely used charger design in the North American industrial truck market. It affords maximum protection of the battery utilizing a taper charge curve that is built into the transformer design. It is not susceptible to control board or electronic component failures. Any failure that may occur to the charger will always result in no or low output to the battery rather than locking the charger at a high output rate.


iOS 9.3 now available, with a new feature to help you sleep
Technology giant, Apple, last night released their latest operating system - iOS 9.3, which includes a new feature called 'Night Shift'. This allows users to reduce the blue light, and switch it for warmer, more orange hues; this will allow you drift off easier.
You can switch this mode on manually, or set a schedule so your device automatically turns on at a time that you can dictate.
If your Apple device is using iOS 9.3 then you can access Night Shift by tapping on Settings, then tapping Display & Brightness. Here, you'll see the option for Night Shift.
In last night's Apple announcement, in which they announced the new iPhone SE as well as the launch of iOS 9.3, the technology giant boasted the fact that they've now sold 1 billion iOS devices. It's great to see that Apple, like many other businesses around the globe, are clearly taking sleep very seriously.


OTO-BIKESJOGJA.COM – The automotive factory then grew and lately there have been various types of electric motors which are predicted to be the motors of the future that promote better power and strong energy. Electric motors are also area friendly, because they do not produce emission of measles gas that causes pollution. Therefore, electric motors do not have an exhaust and do not produce sound. The reason is that the power it has comes from a rechargeable battery.
There are lots of electric motors that have been promoted at a price of tens of millions to hundreds of millions. Technology greatly affects the cost, so don’t be confused if the price of the best electric motorbike on earth reaches hundreds of millions of rupiah. But the automotive industry in the country does not remain silent, and offers several types of economical electric motors that we can have for under 20 million Rupiah. Now to identify the best and cheapest types of electric motors in Indonesia, please follow the data below.
World’s Best Electric Motorcycle Records
Many people think that electric motors are very surefire. However, this is not legal for the Lightning LS-218 which has successfully achieved a top speed record of 30.8 kilometers or hours. As a result, the Lightning LG-218 becomes the fastest electric motor on earth and can compete against conventional motors in general. Not only lightning, this motorbike also has a power of 200 horsepower and 227 Nm of torque. The design looks very sporty and is enhanced by Ohlins’ interrupts on the front and rear.
A futuristic concept with a variety of cutting-edge features is an important advantage of the best electric motorbike on this earth. The cost itself exceeds 1 billion rupiah, because it is made exclusively with carbon fiber material. For its own performance, it can accelerate from 0-100 kilometers in 4 seconds and has a maximum dexterity of 193 kilometers or hours. When the battery is fully charged, the best electric motor on earth can cover a distance of 297 kilometers. Not only that, there are also touch screen features, keycard ignition, and height-adjustable seats.
APWORKS LIGHT RIDER
The thing about the best electric motors on earth is the material. The reason is that Apworks Light Rider uses a Scamallow material which is guaranteed to be anti-corrosion and has a strength comparable to Titanium. Its weight is very light, because it is designed with a bicycle-like body shape. There is also a weight of only 35 kilograms and can fast forward with a maximum dexterity of 80 kilometers or hours. Instead, make the battery mileage reach 59 kilometers. This motorbike is made in a limited way, so don’t be confused if the cost exceeds 700 million rupiah.
Energica is an Italian automotive industry. They have the Energica of the inner personality which has a maximum speed of 241 kilometers or hours. The performance is very fast and can advance from 0-100 kilometers in 3 seconds. Its performance matches the price of the best electric motorbike on this one. Where the cost is valued at USD $ 35. 000 or if we rupiah it exceeds 460 million Rupiah. Not only that, this motorbike also has a mileage of 149 kilometers with a consistent dexterity of 80 kilometers or hours
This best electric motorcycle originated from the United States Syndicate. This motorbike offers a gahar concept, like a Harley Davidson. The cost reaches $ 32,490 (Rp 430 million) and can go fast with a maximum speed of 185 kilometers or hours. The power released is also very large, because it can break 125 Horsepower. On the other hand, make the mileage reach 265 kilometers in one battery charge. As a result, the Brutus V9 is one of the best electric motors with the best battery energy efficiency.
VICTORY EMPULSE TT
When the battery is fully charged, this best electric motor can cover a distance of 225 km. The design looks very sporty and can produce power of 54 Horsepower and torque of up to 82 Nm. The machine makes it able to advance very quickly with maximum dexterity reaching 160 kilometers or hours. The best electric motorbike from America is also assisted by a very light weight, which is 213 kilograms.
We can get this best electric motor in Indonesia. The reason is that Empty has sold its products legally in Indonesia. It can be said that the Blank SR is the best electric motorcycle in Indonesia, because it offers a futuristic concept. Make your own costs promoted in Indonesia at a price of 309 million to 359 million. The cost is very expensive, because the best electric motor on earth offers state-of-the-art technology that allows it to advance with a maximum dexterity of 164 kilometers or hours. On the other hand, its power reaches 70 Horsepower and 157 Nm of torque.
ALTA MOTORS REDSHIFT MX
This electric motor looks different from the other best electric motors on earth. Alas
The Redshift MX is designed as an off-road motorbike that is ready to bulldoze various areas of the track. The maximum dexterity of this motorbike reaches 104 kilometers or hours and has a torque of 162 Nm and a maximum power of 40 Horsepower. Performance continues to be perfect with a light weight which in total weighs 121 kilograms. After that the price question, the Redshift MX is priced at USD $ 14. 995 or if we rupiah it reaches Rp. 199. 3 Million.
This electric motorbike has been promoted in Indonesia at a very affordable price, which is around 16.2 million Rupiah. Although economical, but Viar offers electric engine technology raised by Bosch, so we don’t need to doubt its quality. The maximum speed of the best electric motor on earth reaches 60 kilometers or hours and we can use to drive 70 kilometers on a single battery charge. Even though the Viar Q1 is a product created by Indonesia, the quality is of international level
Gesits is an electric motorcycle from Indonesia. This bike is ready to beat the Viar Q1 by adopting more advanced technology and the price is not too economical. According to information, the price of the electric motorbike from Indonesia does not exceed 20 million Rupiah, and it is claimed that it can be used to drive 80-100 kilometers with one battery charge. The design is also characteristic and has the appearance of an engine comparable to a 125cc automatic motorbike that can advance quickly with dexterity reaching 100 kilometers or hours.
So, those are the 10 best electric motorcycles on earth and in fact in Indonesia. All of them offer state-of-the-art technology that makes them very efficient and have an appearance comparable to conventional motorbikes that use fossil fuels. Unfortunately some of the best types of electric motors on earth are very expensive and are generally not promoted in Indonesia. As a result, you can only buy an Empty electric motorbike, Viar Q1, and Gesits if you are looking for the best economical electric motorbike in Indonesia.


Electrical problems in the home can be a fire risk. You should know the signs of electrical issues so they can call a electrician to address them. The quicker you can get these issues fixed, the safer your family and home will be.
Investigate These Signs of Electrical Problems
Sometimes you may be unaware of electrical issues you are having in your home. Here are five signs of electrical problems you could be having in your home.
1. Flickering Lights
Flickering lights can happen randomly but can also be a sign of a serious electrical problem. Light flickering can come from loose wiring, which also happens to be one of `the most common causes of electrical fires. Lights also flicker because of the circuit breaker having loose connections or a loose terminal.
2. Burning Smell
Another electrical problem can be if you smell a burning smell that isn’t coming from your cooking!This burning typically happens when the wiring becomes so hot that it melts the plastic protecting the wire. If you ever smell burning in the home you need to take action immediately.
3. Electrical Shock
Grounding issues are common electrical issues. Your electrical system may not be properly grounded if you’ve ever touched a metal object in your home and received a shock. Electric shocks are much stronger than static shocks.
4. Loose Outlets are Signs of Electrical Problems
You have a loose outlet if you’ve ever plugged something into the wall and it fell out. This is a big problem because what is causing the outlet be loose is that the wires behind the outlet have detached. This brings about shorts in the wires and can cause sparks, which are fire hazards. Contact an electrician if you see this to fix this problem and secure your outlets.
5. Rodent Infestation
Rodents can present a big risk to your electrical system. Signs of rodent typically become signs of electrical problems. Rodents residing in walls chew electrical wiring which can lead to short circuits, tripped breakers, or a power outage for the entire house. If you believe rodents in your home, like droppings, your electrical system should be checked by a professional.
Don’t ignore any of these signs of electrical problems in your home. These small issues are serious and need to be addressed.


For the characterization of solid state materials, numerous advantages exist with molecular spectroscopy: qualitative and quantitative analysis, real-time monitoring of transient species, the ability to study API or drug product, and process analytical technology (PAT) application. Due to these advantages, we apply molecular spectroscopy for both standard compendial methodology and high-end research applications. Because of our wide range of spectroscopic instrumentation, we can apply the appropriate technology to your needs.
Infrared and Raman Spectroscopy
We perform solid state analyses with state-of-the-art infrared (IR), near IR (NIR) and Raman spectrometers. Each of these techniques can provide both qualitative characterization of different solid forms and a means to quantitate the solid form composition within the drug substance or product.
- Infrared spectroscopy
- Diffuse reflectance
- Alkyl halide pellet
- Mineral oil mull
- Variable temperature diffuse reflectance
- Variable humidity diffuse reflectance
- Attenuated total reflectance
- Grazing angle
- Chemical mapping
- NIR spectroscopy imaging
- Raman spectroscopy
- Dispersive and FT-Raman spectrometers
- Chemical mapping
- Variable temperature
We apply ultraviolet/visible absorption spectroscopy in support of dissolution, stability and solubility studies.
We perform both solid state and liquid state cGMP nuclear magnetic resonance (NMR) spectroscopy to characterize a wide variety of materials from small inorganic and organic compounds. We have the capabilities to analyze specific nuclei such as 19F in both solids and liquids because they are present in about 20 percent of pharmaceutical drugs. We also have NMR capabilities for analyzing large biologics (e.g. biopolymers, unmodified and modified peptides, proteins, DNA, RNA), which are the fastest growing type of molecules currently being developed as drugs. NMR spectroscopy delivers higher resolution and sensitivity with modern spectrometers.
Our experts provide customized data interpretation for maximum value and flexibility. We conduct our studies in full cGMP compliance with U.S. and European regulations to ensure the highest quality data, interpretation and experimental consistency.
We provide a complete suite of capabilities with small molecule, synthetic polymer and biologics NMR spectroscopy:
- 1D 1H and 13C NMR spectroscopy with 19F, 31P, 29Si available as routine analyses.
- 2D NMR analyses such as COSY, NOESY, TOCSY, HMQC, HSQC and HMBC with specific resonance assignments to provide detailed information on chemical structure and conformation in solution
- Compendial NMR methods in accordance with EP or USP/NF specifications
- Qualitative and quantitative NMR (qNMR) including method development and validation for all available liquids and solids NMR techniques; most of our validated methods are used for clinical or commercial lot release or stability studies
- Comparability and sameness studies of biologics due to the sensitive and accurate fingerprint of the molecular conformation extracted from the NMR data
- Identification and quantitation of known and unknown impurities
- Characterization of polymorphs, solvates, salts, cocrystals and amorphous solids
- Chemical structure identification
- Analysis of formulations
- Analysis of stereoisomers
- Determination of the number of molecules in an asymmetric unit
- Chemical exchange analysis
- Molecular motion analysis
- Conformational/structural analysis; 3D chemical structure determination of small molecules and biologics using NMR restrained molecular dynamics (MD) simulations
- 300−600 MHz NMR spectrometers, some of which can analyze both solids and liquids
Liquid State NMR
We offer liquid state NMR spectroscopy to determine molecular structure, dynamics and conformation as well as analyze specific components in a mixture either qualitatively or quantitatively. Solution NMR spectroscopy provides a sensitive method to quantify impurities, reaction products or residual solvents including water. A large variety of methods for NMR spectroscopy of liquid solutions is available at 300 ‒ 600 MHz (1H). Variable temperature experiments are also available. Some of the most common analyses include 1D NMR of 1H, 13C, 19F, 15N and 31P NMR. We also perform more advanced 2D NMR analyses. We apply these techniques to determine the assignments of specific resonances for a molecule, which can provide the necessary information to obtain a molecular conformation in solution.
- 5 mm double resonance pulsed field gradient (PFG) cryo-, and room temperature probes for high sensitivity on the X and Y channels (useful for typical small organic molecules and biologics)
- 5 mm inverse detection PFG probes (useful for biologics and typical small organic samples)
- 5 mm dual broadband PFG probes (ideal for organic and inorganic materials to observe 13C, 15N, and other lower frequency nuclei or those nuclei with low natural abundance)
- Z-axis gradient capabilities for performing many of the newest pulsed field gradient experiments
- Wide range of 2D NMR spectroscopic techniques available for structural elucidation
- Variable temperature capabilities from −150 °C to 150 °C
- Sample quantities in ~0.5 mL solvent
- 1H or 19F – 0.01-5 mg, 31P – 1-20 mg, 13C – 1-50 mg
Solid State NMR
Magic angle spinning (MAS) Solid state (SS) NMR spectroscopy is useful for analyzing polymorphs, solvates, salts, cocrystals, amorphous solids and formulations. We perform MAS SSNMR spectroscopy at 400 MHz (1H) for most of the NMR active nuclei on the periodic table. Variable temperature experiments can be performed from −75°C to 100°C.
We conduct standard direct excitation or enhancement via ramped amplitude cross-polarization, modulated high-power proton decoupling, very high-speed spinning (up to 18 kHz), spectral editing and spinning sideband suppression. Our capabilities and technologies include:
- Agilent T3 narrow-bore double and triple resonance 4 mm SSNMR probes
- Doty Scientific 4 mm HF SSNMR probe specifically designed for simultaneous 1H decoupling while detecting 19F or the reverse
- Doty Scientific 4 mm HFX SSNMR probe specifically designed for simultaneous 1H decoupling while detecting 19F or X nuclei or 19F decoupling while observing X
- Low frequency: Observe any NMR active nucleus with a resonance frequency between 15N (~40 MHz) and 31P (~162 MHz)
- High frequency: Observe or decouple 1H (~400 MHz) and 19F (~376 MHz) nuclei
- MAS and CP/MAS available up to 18 kHz spinning speed (with modern phase modulated decoupling and/or TOSS spinning sideband suppression) to offer the highest data quality
- Simultaneous 1H and 19F decoupling while observing on the X-channel or 1H decoupling while observing 19F
- 2D correlation spectroscopy of common nuclei (1H, 13C, 15N, 19F, 29Si, 31P)
- 2D MQMAS or STMAS of quadrupolar nuclei
- Variable temperature capabilities from −75 °C to 100 °C
- Sample quantities: 40−50 mg (optimal), 5−10 mg (possible)


You are probably familiar with flash drives (a.k.a. USB drives, thumb drives, memory sticks, etc.). They are small things that you can plug into a slot in your computer that you can use to store data or to transfer data to another computer or device.
They have become quite inexpensive and you can buy one with a respectable amount of storage for $10 to $20, especially when they are on sale.
Before I say anything more Continue reading “Look What I Found! A Flash Drive!”


The Technical Committee (TC) was established under the WESM Rules to monitor and review technical matters relating to the WESM Rules, Philippine Grid Code, and Distribution Code.
The TC provides expertise to the market in relation to information technology, metering data and other technical matters. In the exercise of its functions, the TC may propose rules changes to improve the efficiency of the market and the attainment of WESM objectives. The committee members are appointed by the PEM Board.
Members of the Technical Committee:
Jordan Rel C. Orillaza - Chairperson
PhD in Electrical and Electronic Engineering
Assoc. Professor, Electrical & Electronics Engineering Institute, UP Diliman
Engr. Fortunato C. Leynes
Freelance Technical Advisor on Power Engineering, Distribution System, Energy Management, and Retail Competition & Open Access
Engr. Jaime V. Mendoza
(Distribution Management Committee Representative)
B.S. Electrical Engineering, Master in Technology Management
Chairman, Distribution Management Committee
Field of Expertise: Power Systems Engineering, Distribution System Planning
Mr. Ermelindo R. Bugaoisan, Jr.
(System Operator Representative)
Senior Manager, Systems and Standards, Technical Services Department - Service Operations
National Grid Corporation of the Philippines


July 5, 2021
Wifi Dabba, a startup internet service provider, is deploying lasers on rooftops in a grid across Bengaluru city. Once connected, this network will serve 11 million people the fastest and cheapest internet in India.
A map of Bengaluru city showing potential installation locations of Wifi Dabba links
Bengaluru, India - Wifi Dabba today announced a revolutionary internet grid designed to provide broadband connectivity at incredibly low prices. The 4g data boom accelerated by Covid-19 has dramatically increased the need for better connectivity across India. Wifi Dabba is bringing 11 million people online by providing internet access at a price point that everyone can afford.
Wifi Dabba will provide 1gb/s internet access to homes, offices and industry with free installation and a dual-band gigabit wifi router. The service has two plans: Prepaid at Re.1/gb and an Unlimited plan at Rs.700 per month. $0.01/gb and $9.4/month respectively. These plans represent a 10x reduction in cost to consumers when compared to the industry’s average plan price.
The Wifi Dabba network is publicly owned by engineers from Netflix, Apple, Google and Twitter among many other tech companies. This democratization of the ownership of internet infrastructure is a critical ingredient in a transparent and resilient network.
“This revolutionary combination of next-gen technology and distributed ownership is a leap forward in the evolution of internet access.” saidKaram Lakshman,CEO, “Wifi Dabba makes high-speed broadband access available to everyone, not just those who can afford it.”
Launching the laser revolution
After rigorous testing and deployment of a beta for 18 months, Wifi Dabba starts the commercial deployment of it’s laser powered network grid at scale. In the beta deployment Wifi Dabba served over half a million unique users on it’s network and served 22pb of traffic.
Due to the dense urban environment in Bangalore, where bandwidth requirements are high and it would be too difficult or costly to lay fiber, Wifi Dabba has chosen to deploy wireless optical communications in its laser grid network. WD has chosen Alphabet's Taara to deploy in their core backhaul and connect the entire city of Bangalore with a wireless fiber backhaul.
Wifi Dabba is at the forefront of internet innovation. A first of its kind deployment on a commercial network, WD will be the first ISP in the country building & operating their own backhaul built over laser tech at this scale. With the Beta network results, WD believes laser backhaul will help them bring unprecedented speed, superior QoS and at way cheaper prices to 11M citizens of Bangalore.
“These lasers allow WD to deploy a city-scale broadband internet access system at an unprecedented speed of a few months when historically it has taken years when using underground fiber as is the current industry standard.” said Shubhendu Sharma,COO, “The manpower and regulation requirements are dramatically lower than traditional networks being deployed by current ISPs and Telcos.”
Democratizing internet access
100 global citizens now own a piece of the Internet in Bangalore. A unique funding model that WD has created for the industry, the WD partner program presents a scalable and sustainable model to reliably scale broadband access for a billion Indians.
A PoP or point-of-presence is a 4sqkm block of Bengaluru. A PoP can be purchased by anybody and comes with a revenue share agreement. WD installs, operates, markets and maintains the PoPs while owners can monitor performance through online dashboards. A PoP costs $20,000 and the partner program for 100 initial PoPs sold out in 90 days.
The PoP partner program proves that smart engineers from tech companies around the world are willing to bet with their wallets on the Wifi Dabba model for the future of internet access in India.
Please contact email@example.com for more information.


Project Apollo was a series of human spaceflight missions undertaken by the United States of America using the Apollo spacecraft, conducted during the years 1961-1972. It was devoted to the goal of landing a man on the Moon and returning him safely to Earth within the decade of the 1960s. This goal was achieved with the Apollo 11 mission in 1969. The program continued into the early 1970s to carry out the initial hands-on scientific exploration of the Moon. As of 2005, there has not been any further human spaceflight beyond low earth orbit.
Having settled upon the Moon as a target, the Apollo mission planners were faced with the challenge of designing a flight plan attaining Kennedy's stated goal while minimizing risk to human life, cost and demands on technology and astronaut skill.
In contrast with the other plans, the LOR (Lunar orbit rendezvous) plan required only a small part of the spacecraft to land on the moon, thereby minimizing the mass to be launched from the moon's surface for the return trip.
The Lunar Module itself was composed of a descent stage and an ascent stage, the former serving as a launch platform for the latter when the lunar exploration party blasted off for lunar orbit. To learn lunar landing techniques, astronauts practiced in the Lunar Landing Research Vehicle (LLRV), a flying vehicle that simulated the Lunar Module on earth.
The Apollo program included eleven manned flights, designated Apollo 7 through Apollo 17, all launched from the Kennedy Space Center, Florida. Apollo 4 through Apollo 6 were unmanned test flights (officially there was no Apollo 2 or Apollo 3); the Apollo 1 designation was retroactively applied to the originally planned first manned flight which ended in a disastrous fire during a launch pad test that killed three astronauts.
Neil Alden Armstrong (born August 5, 1930) is a former American astronaut, test pilot, university professor, and Naval Aviator. Armstrong was the first human to set foot on the Moon and was the first human to ever step on an extraterrestrial world. His first spaceflight was Gemini 8 in 1966, for which he was the command pilot. On this mission, he performed the first manned docking of two spacecraft together with pilot David Scott. Armstrong's second and last spaceflight was as mission commander of the Apollo 11 moon-landing mission on July 20, 1969. On this famous "giant leap for mankind," Armstrong and Buzz Aldrin descended to the lunar surface and spent 2.5 hours exploring while Michael Collins orbited above.
Colonel Buzz Aldrin, Sc.D (born January 20, 1930) is an American pilot and astronaut who was the Lunar Module Pilot on Apollo 11, the first lunar landing. He became the second person to set foot on the Moon (after Mission Commander Neil Armstrong).


Silicon Institute of Technology, Bhubaneswar required eligible candidates for the various teaching and non teaching posts. Read below to know more details.
Job Description :
Positions : Professors, Associate Professors, Assistant Professors, Lab/ Technical Assistant.
Branch : Electrical and Electronics Engineering, Electronics and Telecommunication Engineering, Applied Electronics and Instrumation, Computer Science and Engineering and English.
Qualification : As per AICTE norms.
How To Apply :
Interested and eligible candidates should send their latest resume on the below mentioned email id as soon as possible. The shortlisted candidates will be called for the interview.
Email Id : email@example.com,in
Silicon Hills, Patia,
Website : www.silicon.ac.in


Thursday, October 10, 2019
OptaSense monitors and listens to the pulse of industry operations around the world; detecting and processing unique acoustic signals from a number of industry applications in order to provide the real-time intelligence that optimizes decisions.
"Introduction to Fiber Optic Leak Detection of Pipelines"
11:00 AM to 1:00 PM
Paul Stevenson, Business Development Manager with OptaSense Inc, the leading fiber optic based pipeline leak and third-party intrusion detection solution provider, along with Tony McMurtrey of Midstream Integrity Services, EPIC’s operations agent for their pipeline, are please to introduce the members and guests of the San Antonio Pipeliners Association to Fiber Optic Pipeline Leak and Intrusion Detection solutions.
Paul has over 30 Years’ experience in the oil and gas industry both on and offshore, upstream, midstream and downstream.
Throughout his career Paul has been extensively involved with asset integrity management.
Paul’s past experience has been with integrity management and regulatory compliance with Noble Denton, KBR and Lloyd’s register.
In 1984 Paul studied Electrical & Electronic Engineering at University of the West of Scotland, and much later in 2007 received a 3 year Professorship in applied structural dynamics from Harbin Engineering University.
Mr. Stevenson will present an overview on the Optical Pipeline Leak and Intrusion Detection technology, showing some examples relating to the midstream industry, whilst Tony will present an operators perspective focusing on the Fiber Optic System already in use on the Epic pipeline project.


Your wait for tomorrow's technology is over.
If you're looking for next-generation laser marking software and embedded control boards that meets today's tough applications, from variable 2D data matrix codes to simultaneous high-speed processes, you've come to the right place.
As laser marking industry veterans, we know the challenges laser marking system integrators and OEMs face:
- You or your customers have one-of-a-kind laser marking applications that standard out-of-the-box systems can't address.
- You're stuck with laser marking technology that's based on old methodologies forcing you to modify your manufacturing processes.
- Current laser marking systems weren't built with you or your customers' environment in mind and the pieces don't work together.
Our mission at Lanmark Controls is to change these scenarios.
We've worked directly in the laser marking industry since 1981. Because we've been there and done that with all aspects of laser marking from engineering products to listening to customers and their problems we know the challenges you face when it comes to designing laser marking systems. What makes Lanmark Controls different from standard laser marking parts suppliers is our approach: We've worked closely with laser marking systems integrators and product managers to develop effective, practical solutions to today's complex and demanding production issues. The result is an integrated suite of laser marking solutions that:
- Lower PC costs
- Free up production space
- Simplify laser marker management
Whether you're looking for a complete plug & play system or individual laser marking software or scan control board components, Lanmark can help you. For more information, view our laser marking product pages or send email to email@example.com.


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The new mountable shoulder adaptor.Designed to be the perfect match for the new Panasonic AG-DVX200.
Aputure HR672C LED
Ianiro 1701 Barn Doors
Ianiro 184CTO Conversion Filter
Ianiro 183 Accessory Holder
Ianiro 7010 Varibeam 80W 12V DC with...
V Mount Battery Plate c/w Super Clamp
Ianiro 7030 Gulliver LED 40W 12V DC...
Ianiro 802 Barn Doors
Ianiro Gulliver LED 2 Head Kit
Ianiro Gulliver LED 3 Head Kit
Ianiro PHO WD SMALL Softbox
Ianiro Varibeam LED 2 Head Kit
Ianiro Varibeam LED 3 Head Kit
Photoflex 30" White Umbrella
T&Y 130S V Lock Lion Battery 130w/h
T&Y 160S V Lock Lion Battery 130w/h
Visio Zoom 100 LED
ACEBIL in Taiwan has been engaged in the manufacturing of tripod systems for both still and video cameras since the 1980’s.
With an amazing expansion in recent years, Acebil now manufactures a full line of camera support equipment.
Today, Acebil Europe is the sole factory owned distributor of Acebil products in Europe whilst being a sole UK distributor for many other brands.


The parking barrier unit is installed in combination with a parking column at the entrance and exit points of parking areas. The barrier is the actual access control device of the Parking System. It can also be used as an OEM product in combination with other systems.
The design was nominated for the Austrian National Design Award by Austrian Design Institute (Österreichisches Institut für Formgebung) Design won Hanover Industry Forum Design Award.
- Geared motor with integrated frequency converter control; 230 V/115 V supply current
- Self-locking gearing
- Barrier arm (illuminated and non-illuminated versions): Sturdy fiberglass design; elliptic profile
- Opening time approx. 1.5 secs at 90° opening angle
- Jointed barrier arm available for locations with restricted overhead clearance.
- Contactless switches at terminal positions of the barrier arm
- Integrated barrier breakage detection
- Durable casing fabricated from impact-resistant plastic with aluminum colored lacquer coating; floor stand manufactured from ALU
- No special tools required for installation of barrier arm, Service and maintenance-free installation
- Quality-assured in accordance with ISO 9001 standards
- Barrier unit features built-in frequency converter control array, column top, tubular support frame, three-phase motor, crank drive, integrated barrier motor control, barrier arm support, mounting platform, and connecting rods for secure installation
- Barrier control board sd521; 2 inputs and 2 outputs
- Elliptical-profile standard barrier arm (w/ or w/o illumination) fabricated from yellow-colored glass fiber reinforced plastic; length up to 2.8 m (110¼ in); unit comes complete with barrier arm support, built-in breakage sensor
- Jointed barrier arm (w/o illumination) fabricated from yellow-colored glass fiber reinforced plastic; length up to 2.15 m (84.6 in); internal shafts; unit comes complete with barrier arm and tension assembly; the standard height of barrier arm joint 2.07 m (81½ in) above ground
- Barrier arm support with ejector; crash guard; chassis lock
- Installation of two-loop detectors for vehicle and passage direction detection
- Built-in safety light barrier input provides added security for pedestrians
- Warning light for barrier movements
- Extension board sd529 with 6 additional inputs and outputs; additional SIO (e.g. for bidirectional lanes with one barrier only) and operation mode switch


3GP Melayu Boleh is a multimedia formats by the Third Generation Partnership Project (3GPP) for use in 3G phones, but on a 2G and 4G phones.
3GP Melayu Boleh is a simplified version of MPEG-4 Part 14 (MP4) container format, which for the storage and bandwidth requirements for mobile phones. It records the video stream as MPEG-4 Part 2 and H.263 or MPEG-4 Part 10 (AVC/H.264), and streaming audio AMR-NB, AMR-WB, AMR-WB +, AAC LC or HE – AAC. A 3GP file is always big-endian, storing and transmission of bytes first. It also contains descriptions of formats and flow. There are two standards for this format:
Both are based on MPEG-4 and H.263 and AMR or AAC audio.
If a computer, 3GP movies on Linux, Mac and Windows platforms with MPlayer and VLC Media Player. Programs such as Media Player Classic, Totem, Real Player, QuickTime and GOM Player can also be used. Some mobile phones use. Mp4 extension 3GP Melayu Boleh Video.


The latest report examines how augmented reality and artificial intelligence are changing the industry, the impact of smart technology on auto claims workflows, and how combining data analytics and expertise optimizes claims performance management.
SAN DIEGO — September 12, 2017 — Mitchell, a leading provider of technology, connectivity and information solutions to the Property & Casualty (P&C) claims and Collision Repair industries, today released its Industry Trends Report (ITR) for the third quarter of 2017. In this edition, Mitchell executives share insights on how combining artificial intelligence and augmented reality can lead to new opportunities, how “smart” technology is impacting auto claims workflows, and how insurers combine data with expertise to optimize the claims process.
How Augmented Reality and Artificial Intelligence Are Changing Insurance
According to Robert Scoble and Shel Israel, authors of “The Fourth Transformation,” we are entering a new stage in technology transformation, one in which augmented reality and artificial intelligence are merging, and smart glasses are leading the way. For the Property & Casualty and Collision Repair industries, smart glasses may change the way people in the insurance ecosystem work – streamlining workflows, ensuring complex vehicle repairs are done correctly, and possibly reinventing the healthcare paradigm.
In this edition of the ITR, Alex Sun, President and CEO of Mitchell, discusses how in the future the combination of augmented reality and artificial intelligence, particularly computer vision, may be able to take real-time information about an environment, evaluate against known information and push immediate guidance to the end-user. While the full potential of these technologies is still a long way off, they have valuable applications for the broad P&C claims ecosystem.
The Auto Physical Damage Edition
The P&C industry has been buzzing for some time about the emergence of “smart” technology entering the claims workflow – from natural language processing to machine learning and artificial intelligence – the frequent tech talk has left many wondering what’s next? While, artificial intelligence promises to be transformational over the long-term, it must first gain traction by making tangible improvements that expedite and simplify the auto claims workflow.
In this ITR article, Olivier Baudoux, Vice President, Global Product Management, Auto Physical Damage Solutions, discusses a few of the challenges artificial intelligence is poised to help carriers overcome, like improving claims outcomes while simultaneously absorbing a heavier workload and maintaining estimate accuracy and repair quality.
The Casualty Edition
Today’s insurance carriers are constantly working to capitalize on the growing volume and velocity of information being generated and collected in their claims systems and operational databases, however, it is often a challenge to do so. While the overabundance of data can be an asset, without the professional expertise to turn this disparate data into actionable optimization and measurable intelligence, the data is powerless. With property and casualty being a dynamic and consistently evolving industry, carriers are discovering the need to boost the results from targeted claims data analytics by combining the data with a consultative approach to claims management. The potential advantages to be gained from this convergence are substantial, ranging from the pure economics to the ability to outperform in your industry.
In this ITR article, Michele Hibbert-Iacobacci, Vice President, Information Management and Support, Mitchell Casualty Solutions and Ed Olsen, Director, Claims Performance Consulting, Mitchell Casualty Solutions discuss the importance of insurance carriers and organizations acquiring the available tools, techniques and personnel with the right knowledge and expertise to leverage vast amounts of data effectively.
About the Industry Trends Report
First published in April 2001, Mitchell’s ITR now reaches more than 30,000 collision and casualty industry professionals and provides meaningful visibility into data-driven trends in the P&C and collision repair markets. The complete report is available at www.mitchell.com/industry-trends-reports.
About Mitchell International
Headquartered in San Diego, California, Mitchell International, Inc. delivers smart technology solutions that simplify and accelerate claims handling, repair processes and pharmacy transactions, driving more accurate, consistent and cost-effective resolutions. Mitchell integrates deep industry expertise into its workflow solutions, providing unparalleled access to data, advanced analytics and decision support tools. Mitchell’s comprehensive solution portfolio and robust SaaS infrastructure connect its customers in ways that enable tens of millions of electronic transactions to be processed each month for more than 300 insurance providers, over 65,000 pharmacies and 30,000 collision repair facilities, as well as countless other Property & Casualty industry supply partners across the Americas and Europe. For more information, please visit www.mitchell.com.
Source: Mitchell International


Pena Station Next is a high-tech neighborhood in Denver that is serving as a smart city lab to test different technologies and show what the future could hold. The neighborhood will feature autonomous shuttles, Smart Buildings, and smart home technologies interweaved into everything from kitchen tables to the light pole outside a home. Seeking a high resolution short throw projector? 1080 projectors can do the trick.
Panasonic, a partner in Denver’s smart city project, recently offered a sneak peak into what the neighborhood will have. So far, the neighborhood has smart LED street lights installed and a parking area covered with a solar system installation. Coming soon is Wi-Fi coverage for the area and a smart bus stop. The first Easymile EZ10 autonomous shuttles – self-driving – are expected to arrive this month too.
Here are some other technologies being featured in the neighborhood:
Transparent televisions: A window or surface can be turned into a TV screen. This could transform anything from a tabletop, window, into a television screen.
Smart kitchens: Kitchens are automating more of the cooking for homeowners. Appliances are being configured to help prepare a meal, the kitchen counter can instantly become an induction stove top, a refrigerator repair is super necessary, getting the best commercial refrigerator repair company is a most , the range hood has built-in cameras and sensors that can watch the food cooking and adjust the temperature, as needed. Appliances also are helping to record dietary habits too.
Multi-purpose tables: The tables can show videos of anything from family photos to what is being captured in the homeowners’ connected security cameras. The table also features wireless charging. Place a smartphone on it and the device will automatically charge without being plugged in.
Smart street poles: An LED street light has technology embedded inside, including security cameras and even a device that can monitor air particles, solar cloud coverage, noise, temperature, and humidity. The sensors in the lights also can talk to autonomous vehicles, sending traffic information to other cars about possible accidents or traffic congestion.
Smart parking meters: Besides just accepting digital payments, they can recognize license plates, detect vacant parking spaces, and also offer directions to open parking spots.
Autonomous vehicles: Self-driving cars will free up passengers time. The concept cars for the community show the front seats facing the backseats inside the car, with a table in-between. The table can display e-mail and tasks.
Source: “A Glimpse Into What Is Coming for Denver’s Future Smart City, Pena Station Next,” Denver Post (Jan. 22, 2017)
This information was originally posted on: Source link


The DASH4PRO display has been updated for 2015, with some major new features. The DASH4PRO display is available in 2 display types; high contrast OLED (shown above) or transflective LCD (shown below).
Direct CAN Input Option. Connect directly to a CAN bus or ECU to decode and display data. Comes complete with CAN tools for viewing raw CAN data to assist troubleshooting and reverse engineering.
Tighter Integration with our data loggers and SPEEDBOX products. The DASH4PRO can now be used to setup and display SPEEDBOX triggered tests, as well as automatically displaying system warnings (e.g. memory remaining, GPS status).
New Case and Mounting Options. Improved aluminium die-cast case with optional additional windscreen mount.
+ much more including new fonts, performance meter mode, new cable options, and updated configuration software.
New! Direct CAN Input Option: With the CAN option it is possible to display any CAN variables directly from the CAN bus/device on the DASH4PRO. With loading from .dbc files and a fully configurable graphics display it's easy to see the information you need, on any of the 4 screens of data.
Configure the display to decode and display CAN values directly, using numeric, text, bar charts, graphs and even the bicolour LED scales (shiftlights).
New! Built in CAN tools for displaying incoming CAN messages, perfect for troubleshooting and reverse engineering:
- Display all variables at 20, 50, 100, 125, 160, 250, 500 kbps or 1000 (1Mbit) baud rates, displays all raw CAN at selected baud rate. Enabling data baud rates to be quickly checked, and individual messages scrolled through. Check incoming addresses, frequency and see raw data values live.
Display all raw CAN variables at the unit's configured baud rate, to quickly check the configuration, frequency, all incoming raw CAN addresses and their values.
New! Tighter Integration with Race Technology data loggers and SPEEDBOX products, display system warnings and messages. Setup SPEEDBOX triggered tests directly from the DASH4PRO display, and view the results live on the display. Save time setting up and changing tests by changing and adjusting settings on the connected display instead of reconfiguring for each test using the PC. Use the DASH4PRO's menus to configure start/stop conditions, trigger effect, interval flag, optional outputs, MFDD settings, test names and units.
New! Case and Mounting Options. The M4 mounting holes on the rear of the new die-cast aluminium case allow for solid mounting to any custom brackets, or the steering wheel bracket (optional). Whilst the new mounting boss accessory features a 1/4" UNC (tripod) thread for fitting to suction mounts and other popular mounting systems.
For more information on the DASH4PRO CAN display visit our website here
To arrange a demo, please contact us on:
UK - Tel: +44 (0)1773 537620 Email: email@example.com
US - Tel: 804 358 7289 Email: firstname.lastname@example.org


Promotion Price: S$199
Usual Selling Price: S$ 280
Body-Worn Camera (T6)
The compact IP67 waterproof grade Full HD Body Worn Camera tailor-made for law enforcement application. It has features 120º angle view with distortion correction, 2304*1296 HD video recording, 32 MP photo resolution, built-in shake motor, auxiliary operation reminding, 2.0″ TFT display, support hot swap battery, 10 meter IR night vision, long recording time, large storage capacity and 2700 mAh big capacity battery.
- Supports 2304*1296P HD recording
- Supports 11 hours continues recording based on resolution 1080×720 30FPS
- Support 120 degree wide angle
- Support 10 meters night vision
- Lightweight design, 132g totally
- Pre-recording and post recording supported
- Support overwrite automatically when SD card is FULL
Promotion Price: S$ 280
Usual Selling Price: S$ 450
Body-Worn Camera (X5)
The compact IP68 waterproof grade Full HD Body Worn Camera tailor-made for law enforcement application. It has features 130º angle view with distortion correction, 2304*1296 HD video recording, 32 MP photo resolution, built-in shake motor, auxiliary operation reminding, 2.0″ TFT display, support hot swap battery, 10 meter IR night vision, long recording time, large storage capacity and 2200 mAh big capacity battery.
- 130 degree wide angle
- 2304*1296P HD recording
- IP 68 protect grade
- 2.0″ TFT LCD for operation
- 10 meters IR Night Vision
- Shock & corrosion protection, 2.0m drop test
Promotion Price: S$ 499
Usual Selling Price: S$ 1250
Real-Time Guard Tour Device
Active Guard is the most advanced, first of its kind in the world, system that makes it possible to monitor the time, place and results of the work of personnel in real time, thanks to the use of a GPRS-based data transmission technology.
Active Guard is also a voice connection with employees, possible without the need to equip them with additional devices, such as cellular phones or short-wave radios.
Active Guard is a system for notifying of situations requiring immediate reaction and assistance, replacing robbery notification devices.
Active Guard is the ability to locate an employee on the basis of markers placed on the round course. Monitoring software allows to establish timeframes for marker reading. If no reading is recorded within specified time, the monitoring station notifies of irregularities.
Designed for guard control, Active Guard is a highly flexible system and can be used also for other purposes, e.g. access control and identification, technical inspection monitoring, storage and rental systems monitoring, or maintenance systems.
- Requires no software installation
- Saving the data even in the case of total destruction of the reader
- Resistance to any kind of weather conditions (cold, moisture, heat)
- Notification of all mechanical attempts to destroy device
- Detector, which allows to determine whether the device was exposed to strong electromagnetic fields e.g. the origin of microwave
- Higher reliability due to increased anti-sabotage security
Promotion Price: S$ 600
Usual Selling Price: S$ 900
Facial & Fingerprint Access Control
YD-HA9 is a Most advanced face & fingerprint reader for employee attendance & door access purpose.
While registering the face, it captures the relative face position, size and shape of user’s eyes, nose, cheekbones and jaw features. So even some time the employee wears the spectacles & getting fat also not affected. The system can perfectly match & verify the employee.
Primarily employee’s face & fingerprint can be registered to the machine. The employee need stand & look in-front of the built-in camera. can use their finger.
Usually employee’s face & up to 3 fingers will be registered to the machine. So the employee can use their finger for the attendance, if face can’t be detected due to some exception reasons.
This face recognition reader can be used for door access & time attendance purpose also.
It has built-in controller which sends the signal to the door EM lock to release the door. Different time zone setting like some staff can access 24×7 and some can access during office hour only can be set.
- Facial capacity 300
- Fingerprint capacity 3000
- Storage Capacity 200000
- 2.8inch color TFT display
- Use distance:30-80cm
- Standard Functions:USB2.0 exempt drive ,TCP/IP


Faculty teaching online courses in our Radiation Health Physics (RHP) program are renowned in their field. Some of their research projects include Space Nuclear Power Sources, Medical Isotopes Production and Environmental Pathway Analysis.
Kathryn A. Higley
Professor and Head of the School of Nuclear Science and Engineering
Ph.D. Radiological Health Sciences (1994), Colorado State University
Dr. Higley's fields of interest include environmental transport and fate of radionuclides, radiochemistry, radiation dose assessment, neutron activation analysis, nuclear emergency response and environmental regulations.
Prior to OSU, Kathryn served as Reactor Supervisor for the Reed College TRIGA reactor. She has held research positions at three research reactors including Reed College, Washington State University, and Oregon State University. She spent fourteen years with Battelle, Pacific Northwest Laboratories as an environmental health physicist at the Hanford Nuclear Reservation.
David M. Hamby, Ph.D.
Ph.D. Health Physics (1989), University of North Carolina
David Hamby is the leading researcher in the development of VARSKIN, a skin dosimetry software tool created for the Nuclear Regulatory Commission that is now in its fifth edition.
David's research interests include radiation dose assessment, skin dosimetry, radiation instrumentation, environmental health physics, environmental transport, fate and transport model analysis, beta spectroscopy, radiation risk.
David is a member of the National Health Physics Society, Radiation Research Society; Fulbright Scholar awardee. He also serves as a reserve Benton County Deputy Sheriff. He has been at Oregon State University since 1999.
Abi T. Farsoni
Ph.D. Radiation Health Physics (2006), Oregon State University
Working in the Advanced Nuclear Instrumentation Development Laboratory at the Radiation Center, Abi Farsoni had made advances in radiation detection technology and devices.
Most recently he and his team have developed a prototype for a portable, low-cost, wireless radiation detector capable of spectroscopy. It has potential applications in nuclear emergency response, defense, and home safety.
Abi's research interests include development of advanced radiation detectors for imaging and spectroscopy, designing compact and high-speed digital pulse processors and associated firmwares (in FPGA) for real-time radiation measurement and gamma ray imaging, and development of multilayer scintillation (phoswich) detectors for homeland security.
Abi enjoys traveling around the world and camping. He has been at Oregon State University since 2006.


For the last few months, I’ve been working full-time on an interesting open source project called CIRCLean. CIRCLean solves a niche yet important problem: what you do you do when you are given a USB drive but cannot verify that the key is safe to use? There are various exploits in the wild that use compromised USB key firmware as a vector, often referred to collectively as “BadUSB” attacks. These work by, for example, modifying the firmware of the key to make it “pretend” to be a keyboard and perform keystrokes on the target computer1. Alternatively, an otherwise normal key can contain malware and deliver it either by exploiting a kernel vulnerability or even by simple user error. One newsworthy example of an attack delivered via USB key was the Stuxnet2 incident involving the Iranian nuclear program.
Although everybody should at least be aware of USB-based attacks, some individuals have reason to be particularly concerned. Journalists frequently receive source materials via USB key, including those delivered anonymously. For engineers working at sensitive infrastructure sites with air-gapped devices, the consequences of a successful attack are high enough that taking extra precautions with any files on a USB key is worthwhile. In both of these areas there is a high level of Windows PC usage (including older versions of Windows such as XP), which are known to have a especially high number of USB-based vulnerabilities.
CIRCLean attempts to solve this problem by leveraging a phenomenon that has only recently appeared: the widespread availability of cheap computers capable of running a full Linux distro. CIRCLean uses the Raspberry Pi to read the contents of a USB key without placing the user’s machine directly at risk. The central component of CIRCLean is a modified version of the Raspbian operating system. When a user inserts an untrusted USB key and an empty key and starts up the Pi, they are automatically mounted by a few shell scripts. Some Python code then processes and copies the files from the source key to the blank key. Attacks built into the firmware of the source key will be wasted on the Raspberry Pi and won’t be copied over3. In addition, CIRCLean applies a set of fairly simple heuristics to the files and any that display suspicious characteristics are identified to the user as potentially dangerous.
The CIRCLean user interface is designed to be relatively easy for a non-technical user to understand and to avoid additional hardware requirements such as a monitor or input devices. Both keys must be inserted before the Raspberry Pi is plugged in. While analyzing and copying the files, music is played through the headphone port. When the process is complete, the Pi automatically shuts down. A log file is generated onto the destination key, containing information about the files present on the source key and any errors or warnings that occurred. Files that have been screened as potentially dangerous have their file path modified on the destination key to clearly indicated that this is the case.
Although it might appear functionally similar, CIRCLean is not a proper antivirus program. Antivirus programs are designed to help the user determine whether or not code can be safely executed. This often involves complicated steps such as running code in a sandbox and checking for signatures that resemble known samples of malware. Fortunately for us, users of CIRCLean are likely to only want certain categories of files, usually consisting of text, images, video, database/email dumps etc. CIRCLean’s heuristics are built around a tool called libmagic, which identifies filetypes based on the presence of specific bytes at specific locations in a file. This, along with a few other third-party open source libraries, helps us find files that contain executable code, or files that are different from what their extension suggests. As long as the user doesn’t run any executable code they are likely to be safe from most garden-variety attacks.
Why is CIRCLean an important project? First, freedom of the press is crucial for holding governments and institutions accountable to their constituents. Although we are heading towards only sharing files over the network, the proliferation of cheap USB storage means many files are still transferred this way. At the same time, governments are paying increased attention to information security, including using technology to exert control over their citizens. It’s critical for journalists to be able to receive information from sources without fear of placing themselves or their sources at risk. Given the shrinking budgets available for journalism, it’s beneficial for any solution to be open source and freely available. As I mentioned, USB key sanitization is a niche problem, so it’s not necessarily something that paid software was likely to address.
Of course, CIRCLean isn’t perfect. It is almost certainly vulnerable to an attack intentionally designed to bypass it. Furthermore, the code is freely available for attackers to analyze. But, the typical CIRCLean user is probably mainly trying to avoid generic off-the-shelf exploits. The vast majority of successful attacks rely on un-patched software and/or user error. That said, we’re always looking for ways we can further harden CIRCLean against targeted attacks. If CIRCLean gains more widespread adoption this will become even more of a concern.
The biggest priorities for CIRCLean going forward are improving verifiability and testability, improving the user interface, and making it easier to potentially leverage Python file handling code in other applications. So far, I’ve improved the documentation, both for potential contributors/technical users and for non-technical end users. I’ve also added a proper unit test suite for the Python code using pytest. Given the sensitive nature of this project, it’s essential that we can guarantee certain behavior when given a specific type of file as an input. Better tests and testing practices are a path to accomplishing this. I’ve also added some smaller features to our modified Raspbian kernel and made a new release incorporating the latest version of Raspbian. I’m currently working on improving the logging UI as well as restructuring the Python API so that it is easier to understand and use. I plan to write some more details about these aspects of the project in an upcoming post.
That is, unless they are specifically designed to transfer themselves to an uninfected USB key via a flaw in the Linux kernel, pmount, the USB driver, etc. ↩


DC Spindle Motor with power supply
This DC spindle motor equipped with precision ER11 chuck can only accept 1/8 bit shank. The speed can be adjusted from 5000 rpm (at 24v) to 8000 rpm ( at 36v). The optimum operation input voltage is between 28 - 32V. The brushes can be replaced, and one set of extra brushes is included in the package.
It also comes with the holding frames that you can easily put onto your CNC machine, hardware packet is also included. The best part of this motor is that it is super quiet during operation.
This is our regular grade spindle with max runout about 0.0025. It is more suitable with general carving purposes.
All following items will be included in the package:


Klaus von Klitzing
Date of Birth: 28 June 1943
Place: Schroda (Germany)
Nomination: 22 May 2007
Title: Professor, Nobel laureate in Physics, 1985
Most important awards, prizes and academies
Awards: Schottky Prize (1981); Hewlett Packard Prize (1982); Nobel Prize in Physics (1985); Dirac Medal (1988); Philip Morris Prize (1990); Eötvös Medal (1994); Award for a Lifetime Achievement in Science, Birla Science Center (1999); Bayerischer Maximiliansorden für Wissenschaft und Kunst; Carl Friedrich Gauß-Medaille (2005). Honorary doctorates from Universities in 12 countries. Memberships: US National Academy of Sciences; Russian Academy of Sciences; Royal Society of London; Chinese Academy of Science; Ehrenmitglied Deutsche Physikalische Gesellschaft; Russian Metrological Academy; Bayerische Akademie der Wissenschaften; Heidelberg Akademie der Wissenschaften; Deutsche Akademie der Naturforscher Leopoldina; Academia Europea; Austrian Academy of Science; American Physical Society; Korean Academy of Science and Technology; UK Institute of Physics; Singapore Institute of Physics; NTT Basic Research Laboratory Advisory Board; Scientific Committee International Solvay Institutes; Kuratorium Physikalisch-Technische Bundesanstalt Braunschweig; Kuratorium Deutsches Museum München; Board of Directors IBZ University of Stuttgart; Prize Committee 'Innovationspreis der deutschen Wirtschaft'; Jury Member START-Wittgenstein Program Austria; Board of Trustees 'Institute of Advanced Studies' of TUM; Nano Initiative Munich Advisory Board.
Summary of scientific research
Prof. Klitzing was awarded the Nobel Prize for Physics in 1985 for his discovery that under appropriate conditions the resistance offered by an electrical conductor is quantized; that is, it varies by discrete steps rather than smoothly and continuously. Prof. Klitzing demonstrated that electrical resistance occurs in very precise units by using the Hall effect. The Hall effect denotes the voltage that develops between the edges of a thin current-carrying ribbon placed between the poles of a strong magnet. The ratio of this voltage to the current is called the Hall resistance. When the magnetic field is very strong and the temperature very low, the Hall resistance varies only in the discrete jumps first observed by Klitzing. The size of those jumps is directly related to the so-called fine-structure constant, which defines the mathematical ratio between the motion of an electron in the innermost orbit around an atomic nucleus to the speed of light. The significance of Klitzing's discovery, made in 1980, was immediately recognized. His experiments enabled other scientists to study the conducting properties of electronic components with extraordinary precision. His work also aided in determining the precise value of the fine-structure constant and in establishing convenient standards for the measurement of electrical resistance.
Series Editor of Nanoscience and Technology (Springer); Series Editor of Springer Series in Solid-State Sciences; Editor of Physics and Applications of Quantum Wells and Supelattices (Plenum Press); Editorial Board, Superlattices and Microstructures (Academic Press); Executive Board, Encyclopedia of Physical Science & Technology (Academic Press); over 500 publications in scientific journals and conference proceedings, of which the main ones are: von Klitzing, K., Dorda, G., Pepper, M., New Method for High-Accuracy Determination of the Fine Structure Constant Based on Quantized Hall Resistance, Physical Review Letters 1980, 45, (6), 494-7; Stein, D., von Klitzing, K., Weimann, G., Electron-Spin Resonance on Gaas-Alxga1-Xas Heterostructures, Physical Review Letters 1983, 51, (2), 130-3; von Klitzing, K., The Quantized Hall-Effect, Reviews of Modern Physics 1986, 58, (3), 519-31; Dobers, M., von Klitzing, K., Weimann, G., Electron-Spin Resonance in the Two-Dimensional Electron Gas of Gaas-Alxga1-Xas Heterostructures, Physical Review B 1988, 38, (8), 5453-6; Weiss, D., von Klitzing, K., Ploog, K., Weimann, G., Magnetoresistance Oscillations in a Two-Dimensional Electron-Gas Induced by a Submicrometer Periodic Potential, Europhysics Letters 1989, 8, (2), 179-84; Blick, R.H., Pfannkuche, D., Haug, R.J., von Klitzing, K., Eberl, K., Formation of a coherent mode in a double quantum dot, Physical Review Letters 1998, 80, (18), 4032-5; Mani, R.G., Smet, J.H., von Klitzing, K., Narayanamurti, V., Johnson, W.B., Umansky, V., Zeroresistance states induced by electromagnetic-wave excitation in GaAs/AlGaAs heterostructures, Nature 2002, 420, (6916), 646-50; Kukushkin, I.V., Smet, J.H., von Klitzing, K., Wegscheider, W., Cyclotron resonance of composite fermions. Nature 2002, 415, (6870), 409-12; Kukushkin, I.V., Akimov, M.Y., Smet, J.H., Mikhailov, S.A., von Klitzing, K., Aleiner, I.L., Falko, V.I., New type of B-periodic magneto-oscillations in a two-dimensional electron system induced by microwave irradiation. Physical Review Letters 2004, 92, (23); von Klitzing, K. (2005), '25 years of quantum hall effect (QHE) a personal view on the discovery, physics and applications of this quantum effect', Quantum Hall Effect: Poincare Seminar 2004 45, 1-21; Kukushkin, I.V., Smet, J.H., Abergel, D.S.L., Fal'ko, V.I., Wegscheider, W., von Klitzing, K., Detection of the electron spin resonance of two-dimensional electrons at large wave vectors. Physical Review Letters 2006, 96, (12); Hubel, A., Held, K., Weis, J., Von Klitzing, K. (2008), Correlated Electron Tunneling through Two Separate Quantum Dot Systems with Strong Capacitive Interdot Coupling, Physical Review Letters 101(18), 186804; Martin, J., Akerman, N., Ulbricht, G., Lohmann, T., Smet, J.H., Von Klitzing, K., Yacoby, A. (2008), Observation of electron-hole puddles in graphene using a scanning single-electron transistor, Nature Physics 4(2), 144-8; Kukushkin, I.V., Smet, J.H., Scarola, V.W., Umansky, V., von Klitzing, K. (2009), Dispersion of the Excitations of Fractional Quantum Hall States, Science 324(5930), 1044-7; Lohmann, T., von Klitzing, K., Smet, J.H. (2009), Four-Terminal Magneto-Transport in Graphene p-n Junctions Created by Spatially Selective Doping, Nano Letters 9(5), 1973-9; Yoon, Y., Tiemann, L., Schmult, S., Dietsche, W., von Klitzing, K., Wegscheider, W. (2010), Interlayer Tunneling in Counterflow Experiments on the Excitonic Condensate in Quantum Hall Bilayers, Physical Review Letters 104(11), 116802; Weis, J., von Klitzing, K. (2011), Metrology and microscopic picture of the integer quantum Hall effect, Philosophical Transactions of the Royal Society A-mathematical Physical and Engineering Sciences 369(1953), 3954-74.


What are the most common faults and solutions for diesel generators?
a. Bearing failure: "How about maintenance and repair of diesel generator ? ã€‹Troubleshoot and take corrective action.
b. High vibration: Check the alignment and installation of engine and generator. Possible causes are:
1 Coupling misaligned.
2 Poor installation of the common chassis.
3 Engine and generator torsional vibration calculation errors, resulting in resonance.
c. Excessive vibration from the generator with accompanying hum
1 The three-phase generator has a large load on one phase or a short circuit to ground, which exceeds the acceptable level of the generator. Unbalanced load leads to excessive generator vibration.
2 Generator stator short circuit.
d. Overheating of generator casing (over 80Â°C):
1 The design of the air inlet and outlet is irrational, or foreign matter obstructs the entry and exit of wind.
2 Incoming and outgoing air circulation is unreasonable and hot air flows back into the air inlet.
3 Generator overloaded.
a. Diesel generator does not generate electricity:
1 Generator voltmeter loop or cable error
Action: Check the generator output voltage with a multimeter. If there is voltage, check the control panel wiring or replace the voltmeter.
2 Loose or disconnected internal wiring of the generator
Action: Check the AVR and PMG cables with a multimeter. Find the line fault point by the generator map.
3 AVR damage
Measures: When the unit is at a standstill, disconnect the exciter stator leads F1 and F2. Connect the positive terminal of the 12V battery to F1 and the negative terminal to F2. Start the generator set and measure the output voltage of the generator set. If the voltage is about 400V and the three phases are balanced, the main stator, main rotor, exciter stator and rotating rectifier components of the generator are operating normally. Stop, replace the AVR, restore the generator connection, and start the generator. The generator voltage should be normal.
4 Generator main rotor, exciter stator, rotor damage
In the stationary state of the unit, the exciter stator leads F1 and F2 are disconnected, and the positive electrode of the 12V battery is connected to F1 and the negative electrode is connected to F2. Start the generator set and measure the output voltage of the generator. If the voltage is lower than 360V and the three phases are balanced, the rotating rectifier, the main rotor, the stator of the exciter, and the rotor of the exciter are faulty. First, the rotation is eliminated through measurement. Rectifier (diode, varistor) failure, if the six rectifier diodes and varistors are normal, you need to measure the resistance of the main rotor winding, exciter stator, rotor, the resistance values â€‹â€‹should be consistent
Related reading :
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Electric Forklift,Mini Forklift,Hand Forklift,High Reach Forklift
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This product is obsolete. Consult factory for more information.
The V350 is a 4-channel VME analog/digital function generator that generates arbitrary waveshapes synchronized with logic-level outputs, as might be used in control systems or radar simulation, or other COTS applications.
Each V350 channel generates one 12-bit analog waveform and up to four digital outputs by scanning sequential data points stored in user-loadable memory. Outputs are processed by digital-to-analog converters, smoothing filters, and output amplifiers.
Output stage multiplexing allows flexible configuration, and channels may operate independently or may be synchronized within a module or across modules.
Control and waveform generation operate at full 40-MHz rate or programmed sub-multiples. An option allows waveform generation synchronous to an external trigger without the jitter resulting from quantization to the local clock.
Each channel has 1 Mword of waveform memory controlled through a 512-block command table that includes Play, Delay, Wait, and Stop commands, conditional jump, and flag control.
Self-test and Demo modes allow quick evaluation and verification.
|FUNCTION||4-channel analog/digital waveform synthesis VME module|
|DEVICE TYPE|| 16-bit VME register-based slave: A24:A16:D16
Implements 128 16-bit registers at switch-selectable addresses in the VME 16- or 24-bit addressing spaces
|OUTPUTS|| Four channels of arbitrary waveform output, 0:10 volts max, 50Ω output impedance, 100 mA max
Bandwidth 300-KHz full power min
Four TTL-level pulse outputs
TTL-level waveform sync and pulse sync outputs
|INPUTS|| One 10-MHz clock input/output
Four TTL-level logic inputs
|WAVE MEMORY||1M x 16 bits per channel (12 DAC bits, four digital bits)|
|ACCURACY|| Amplitude ±1%
Frequency ±1 PPM, lockable to external 10 MHz reference
|OPERATING TEMPERATURE||0 to 60°C; extended MIL/COTS ranges available|
|CALIBRATION INTERVAL||One year|
|POWER|| Standard VME supplies:
+5 volts, 1.75 A max
+12 volts, 200 mA max (plus load current)
-12 volts, 100 mA max
|CONNECTORS|| SMA female connectors for waveform outputs, pulse outputs, clock
D9 female for two sync outputs and four logic inputs
|INDICATORS||LEDs indicate processor heartbeat and VME access|
|PACKAGING||6U single-wide VME module|
|CONFORMANCE||VMEbus per ANSI/VITA 1-1994 (R2002)|
V350-1: 4-channel VME analog and digital pattern generator with conformal coating
V350-2: 4-channel VME analog and digital pattern generator without conformal coating


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Keeping up with High Performance Computing’s ever-expanding horizon, with a chance of clouds. ☁
Google Cloud HPC Toolkit
Google’s Cloud HPC Toolkit allows admins to define a cluster in YAML and their
ghpc command-line tool combine various Google-maintained and community Terraform modules to produce a static directory of Terraform to apply, tear down and apply again! Modules already exist to have a fully working Slurm batch scheduler, optionally in federation with your OnPrem cluster, with a wide array of software support available, including
and Intel’s OneAPI suite.
Taking advantage of the best of cloud these clusters are capable of autoscaling and can take advantage of Google Cloud’s services and partners.
All using industry standard tooling: HashiCorp’s Terraform & Packer, implementing Google’s best practices in SRE .
Accelerate your High Performance Computing journey with new Google Cloud HPC Toolkit | Google Cloud
Google Cloud: Cloud HPC Toolkit, an open source tool that enables users to easily create repeatable, turnkey HPC clusters based on proven best practices.
WITH CLOUD HPC TOOLKIT, GOOGLE PURSUES HPC, INTEL PUSHES ONEAPI | Next Platform
Intel and Google Cloud Announce Cloud HPC Toolkit | HPC Wire
Google Cloud flexes Arms with Ampere Altra
Expanding the Tau VM family with Arm-based processors | Google Cloud
Google Cloud enters the Arm Neoverse with Ampere Altra Arm processors!
Scaling up to 48 vCPUs, Tau T2A VMs can be deployed as part of Google Kubernetes Engine, as Compute and in Dataflow.
Google Cloud Podcast discusses Arm Servers on GCP with Jon Masters and Emma Haruka Iwao
AWS ParallelCluster 3.2 adds Slurm memory-aware scheduling and expands filesystem support
Slurm-based memory-aware scheduling in AWS ParallelCluster 3.2 by Oliver Perks
--mem-per-cpu job flags are now available!
Expanded filesystems support in AWS ParallelCluster 3.2 by Oliver Perks
ParallelCluster already has support for Amazon Elastic File System (EFS) , Amazon Elastic Block Store (EBS) and Amazon FSx for Lustre . In this release we added support for the FSx for NetApp ONTAP and FSx for OpenZFS filesystems.
With this ParallelCluster 3.2, you can now mount up to 20 Amazon FSx file systems and up to 20 Amazon EFS filesystems.
→ Brendan Bouffler’s “HPC guy @awscloud” Twitter thread on the release
Rocky Linux on Google Cloud as fully supported alternative to CentOS
→ Moving off CentOS? Introducing Rocky Linux Optimized for Google Cloud
As CentOS 7 reaches end of life, many enterprises are considering their options for an enterprise-grade, downstream Linux distribution on which to run their production applications. Rocky Linux has emerged as a strong alternative that, like CentOS, is 100% compatible with Red Hat Enterprise Linux.
Also This Month
John C. Linford publishes a comprehensive Getting Started with NVIDIA Arm HPC Developers Kit
→ Getting started with HPC on Arm64 | GitHub
This guide includes how-to guides, sample code, recommendations, and technical best practices to help new users get started with Arm-based systems like the NVIDIA Arm HPC Developer Kit. While it is intended for the users and administrators of NVIDIA’s Arm-based platforms, this guide is also generically useful for anyone running HPC applications on Arm CPUs, with or without GPUs. The focus is mostly on the CPU since Arm-hosted GPUs are just the same as GPUs hosted by any other CPUs.
Fujitsu to provide A64FX HPC as a service via new Cloud
→ Fujitsu launches “Fujitsu Computing as a Service (CaaS),” delivering customers access to world-leading computing technologies via the public cloud | Fujitsu
→ Japanese space agency to put massive HPC cloud to the test | The Register
Atos sees Federated HPC Cloud as the future, with their acquisition of Nimbix and their HPC Cloud experience
→ PULLING ALL THE LEVERS FOR HPC IN THE CLOUD | Next Platform
CXL further cements itself as the leading CPU interconnect standard
Having previously absorbed AMD/Arm’s CCIX, HPE’s Gen-Z and now IBM’s OpenCAPI. CXL enhances PCIe, enables device caching of main memory and most interesting for HPC enables coherent memory access.
→ OpenCAPI to Be Folded into CXL | HPCWire
Interesting paper that quantifies the carbon intensity of HDD/SSD drives by CAPEX/OPEX, i.e. carbon to produce and carbon to run.
→ The Dirty Secret of SSDs: Embodied Carbon | arxiv
More by Joe Heaton at @Heaton_dev & LinkedIn