With the Lucid Electric DIY Drive Kit, making any deck electric is simple. Our kit adapts to almost any skateboard and is very easy to setup and install. Align the paper template to position where you would like to mount the kit and drill the holes. Once mounted, it’s only 120 minutes before the kit reaches a full charge and then your off!
The kit comes with wireless/bluetooth remote for easy control. There are four modes to select from giving you a range of speeds of 9mph, 16mph, 24mph, 26mph. The slower the mode the longer the battery life and is ideal for beginners with the slower modes of speed.
Every new Lucid DIY Electric Kit comes with our a 1 year limited warranty. Once your electric kit is registered, we provide each original retail purchaser a warranty against defects in materials and workmanship, being stated as the following:
This warranty does not cover:
- Improper assembly.
- Improper follow-up maintenance.
- Installation of components, parts, or accessories not compatible with the Lucid Electric Kit as sold.
- Damage or failure due to accident, misuse, abuse, or neglect.
- Electric Kits used for commercial activities, including those in rental, or demo.
In order for your Lucid DIY Electric kit to be covered under warranty you must fill out and submit the form below. You can find your registration number on the side of the aluminum battery back holder. If you do not see your registration number please contact us ASAP - firstname.lastname@example.org
Smooth acceleration with two in-wheel motors power you to top speeds of up to 26 mph / 42 kmh
Lucid Electric DIY Kit Storage and battery care?
If the electric kit will not be used for extended periods of time, store the board fully charged for a maximum period of three months. After 3 months, discharge the battery at least 50% and then charge back to full capacity.Store batteries at room temperature between 40-80°F.(4-27°C) Do not expose battery pack to direct sunlight (heat) for extended periods. Store batteries separately from anything hazardous, such as explosives, combustibles, or any other highly flammable material.
How much weight can Lucid DIY Electric Kit handle?
The maximum load capacity is 220 pounds (100kg). Performance will be affected as weight increases and can impact battery life limits for distance and speed and capabilities on inclines.
Can my board be used like a normal skateboard when it's out of power?
Yes, your board will retain the ability to push and ride like a traditional skateboard when the throttle is disengaged and there is no battery.
Can the battery be replaced?
The battery can be replaced and our battery life for our boards is 600 deep cycles. After 600 full cycles, the battery will still work but would only have approximately 70% power and capacity. New batteries are easy to order and replace. If you need to replace the battery, just order online at our through our site located here:
The HUB MOTOR is different from the traditional belt drive system with complex construction and the risk of belt breakage. The Lucid Electric DIY Drive Kit is equipped with dual Hub motor driving which is safer and more compact. It offers a smoother and quieter ride with a top speed of 26 mph / 42 kph and rides great in a wide variety of conditions. The high-performance in-wheel motor has an incredible transformation efficiency of 85% to ensure an excellent acceleration and longer range.
More intelligent, longer range, more portable, and quicker charging battery with Samsung Lithium Ion battery of 158.4Wh with custom BMS. This battery has the capacity up to 4400mAH, and the maximum mileage up to 15 miles / 25 kilometers. Quick charging of only 120 minutes! It also has a longer life with the efficient electrical core that supports more than 600 charges. Do not leave battery charging unattended.
Accelerate from zero to hero with maximum power. The Drive Kit is so compact, it will mount it on almost any deck and is easy to take almost anywhere! The dual braking is just one of many special safety features of the Lucid DIY Electric Skate Kit.
2.4GHZ multi-point FM makes sure that your connection won’t get disrupted. Various riding parameters can be set and viewed via the OLED screen. Choose from the four different speed-modes based on your skill level and preferred riding experience whether you are a beginner or professional.
Removable Design and precision manufactured with high strength extrusion, givesbetter heat radiation, impact resistance, and also a great appearance!
The IP65 Waterproof, heat sink design, and easy replacement of a worn tire/wheel gives you peace of mind. You can also freshen your motor by removing five screws with the tools provided.
Custom-made for tough riding conditions. The 96mm wheel can adapt to more roads, higher speeds, and designed to withstand a longer ride.
The Hub Motor IP65, Battery IP65Innovative glue filling technology of ESC, rapid removal and waterproof ring structure of Hub motor, and the semi-circular reinforcement of the waterproof battery pack. Each component has the well - founded waterproof, dustproof and shockproof components to protect against exposure to outdoor elements such dirt and water. Do not submerge in water.
WHAT'S IN THE BOX?
1. New Drive Kit Pro
2. OLED Bluetooth Remote
3. Fast UL Charger
4. T Skate Tool
5. Remote Control Charger
6. Remote Control Lanyard
7. Charging Cable
8. User Manual
9. Samsung Battery


Here we present a quantum chemical calculation of a 72 paired electron and 6 nuclei molecule with the high precision spectral element method. Our research has recently made possible the use of physical space (grid based) computational methods for quantum chemistry calculation. The work has made possible highly accurate solutions of the Kohn-Sham equations of density functional theory for a many electron polyatomic wave function. The use of grid based methods, such as finite elements and spectral elements, offers tractable solutions to large scale molecular calculation and affords an opportunity to carry many advances in modern computational mathematics, from various fields of computational physics, over to quantum chemistry. The ability to calculate accurate wave functions in a truly all electron framework offers new opportunites for advanced material property prediction. Here a stability study of the dimer ArF2 molecule is made and two of the LDA molecular orbitals are shown.


Zapraszamy na pażdziernikowe spotkanie (ISC)2 Poland Chapter.
Poniżej znajduje się opis wydarzenia:
Alex Vaystikh: Machine Learning: Does it help or hurt cybersecurity?
* Machine learning anomaly detection has been hyped as the answer to increasingly ineffective signature AV solutions. We would argue that machine learning could make a security analyst’s job more difficult, and at times, impair the level of cybersecurity.
* Supervised machine learning is often used in file analysis such as endpoint and anti-virus solutions – where it can be of an advantage.
* What happens when supervised machine learning is used in highly dynamic use cases like network traffic analysis
* What is Unsupervised machine learning and how it’s differentiated from supervised machine learning
* What unsupervised machine learning can offer in network traffic analysis
Place: Ernst and Young
Date: 25.10.2018 18:00
Registration link: https://isc2polandchapter-machinelearning.evenea.pl/


What is it?
Smartlamppost is a modular concept of a lamppost with bleeding edge technology, allowing municipalities to future-proof their smart city and Mobile Network Operators to cost-effectively deploy their 5G solution.
The Smartlamppost follows a simple modular approach, with scalability in mind. It is easy to mix-and-match different modules in an elegant and clean solution. Because of its modularity and flexibility, Smartlamppost targets both municipalities and different businesses operating in different markets.
This efficient LED-based solution takes electricity cost reduction to a whole new level. Smartlamppost’s solution makes use of LoRaWAN technology and a powerful web application making it easy to remotely manage, control and schedule the luminaire’s lighting operation mode.
The optional ev charging module is capable of charging any electrical vehicle compatible with the IEC 61851 and its Mode-3 charging outlet provides an output power ranging from 3.7 to 22 kVA. These chargers follow the OCPP communication protocol, which allows for an effective monitoring solution via its built-in 3G or WiFi network interface.
telco capacity enhancer
Neutral hosting solution for easy 4G & 5G deployment in a cost-effective manner, through small cell and virtualization technology. This allows Network Operators to enhance their operational capacity by either having exclusive access to these small cells or by following a subscription model, re-utilizing available resources.
Smartlamppost is a 5G EnablerThe natural demand for 5G networks is growing exponentially. Mobile Network Operators (MNOs) are massively rolling out new base stations (macro or small cells) deployments, yielding increased CAPEX and OPEX. To overcome such limitation and guarantee a cost-effective 5G rollout, an open access model, or Neutral Host, approach is key. Following this Neutral Hosting approach, Smartlamppost offers MNOs a way to cost-effectively deploy their network, making use of existing infrastructure and hardware, ultimately reducing the time to market and overall CAPEX and OPEX.
Powered by Virtualization (NFV) and Software Defined Networks (SDN)Smartlamppost provides not only the solution at the infrastructure level (built-in Small Cell and disguised antenna) but also the overall Orchestrator and Management components which allow for proper end-to-end Network Slicing, based on technologies such as NFV (Network Functions Virtualization) and SDN. This means that, through virtualization technology, Smartlamppost’s platform allows MNOs to either have full control of the underlying metal (Small Cell) or to use only a specific portion of its capabilities.
Dedicated Qos/E-aware End-to-end slicesBased on NFV and SDN, the Smartlamppost’s platform allows for dedicated and enterprise-grade network deployments with guaranteed KPIs. Leveraging the flexibility made possible through NFV, the v-RAN architecture is adjusted to the MNO’s needs. With this, different secure, reliable and scalable slices can be deployed having different use cases in mind such as those demanding massive bandwidth (eMBB), low latency and reliability (uRLLC) or massive communication (mMTC).
Edge Computing is a new computing paradigm, where typical cloud services are brought closer to the end user. This paradigm shift allows massive IoT solutions to scale properly and for innovative applications to surface, whose latency and bandwidth requirements are key.
Future-proof your city with an efficient, flexible and cost-effective solution for e-mobility and 5G communication.
Smartlamppost is a joint venture created by different Portuguese companies, each with their own expertise domain, sharing a common goal: to develop an innovative ecosystem of high quality solutions.
Founded in 1971, Metalogalva is specialized in the design and manufacture of metal structures, having the capacity and skills needed to perform prototype tests, assembling level and/or structural strength. This industrial company has five industrial units occupying a total area of 60.440m², and a total gross area of 199.000m², having more than 500 employees
The Proef Group is composed by more than 25 companies and is currently present in 11 countries, with an overall figure of 1,500 employees. From global solutions in the areas of telecommunications and electricity, IT, renewable energy, and energy efficiency, as well as insurance and equipment rental, the Group invests in products and services that guarantee its customers a high degree of quality, differentiation, and innovation.
Ubiwhere’s main focus areas are future internet and smart cities, established in 2007. It is one of the most prominent R&I SME in Europe with different commercial products worldwide, having spun off multiple other companies in the process.


establishing a USB kill switch
The purpose of a USB kill switch is to protect a system from unwanted access. By design, it is capable of shutting a machine down without warning, and is likely to cause data loss.
In Kubuntu, download and extract the USBKill GitHub repository, navigate to it in a terminal, use
sudo python setup.py install to install it, verify the installation with
sudo usbkill --version, and then run it with
sudo usbkill. The USB ports will now be monitored for connections or disconnections, and any changes will trigger a shutdown.
No rights reserved: CC0 1.0.
The method of installing and verifying the installation of USBKill was introduced to me by a comment on GitHub by marcus-cr.


What Is The Sensor That Is Being Talked About So Much These Days?
You may have heard about the sensor presented as the latest thing in new smartphones, but this is not such a new technology, nor is it just another exclusive feature for cell phones to improve the ability to capture photos with your smartphone.
What is it, and what is so extraordinary about these sensors?
First, we must know what the word ‘Light Detection And Ranging’ means. From the name itself, we can see that this sensor uses remote sensing to measure the properties of reflected light, and its principal function is to measure the distance between different objects.
As mentioned before, this technology is not as recent as you might think, being already more than 60 years old.
The great inventor of this system is Hughes Aircraft Company, which produced this system in the 1960s, after the invention of the laser – Light Amplification by Stimulated Emission of Radiation. The first one was presented and applied in practice in 1963, with the US military system’s use of the Co-laser rangefinder as a rifle. However, it peaked in the 1970s, with National Center for Atmospheric Research for the Apollo 15 mission, clouds, and pollution measurement.
Although it is currently popularly associated exclusively with specific devices such as cameras and smartphones, we are now beginning to see more and more companies using this technology in other more technological products.
As we mentioned before, this sensor can measure and get the actual distance that objects are from each other, but it also can be used to define measurements, this being a pulsed laser system. It is very often used to obtain spatial information.
Through this sensor placed, for example, on the underside of an airplane, can accurately know the height of a tree in the Black Forest.
We can consider the technology a direct method of data survey and highly accurate, increasingly used in all Engineering areas to create three-dimensional digital models with high precision.
But does it work through light only during the day?
Knowing that it can measure distances by light, you have probably wondered how it works in a dark environment, such as at night.
It works at night or in any other dark environment because the light source comes from laser beams in the near-infrared band, emitted by the sensor itself, obtaining 3D models of a terrain surface.
The range of the sensor thus depends on the number of beams, so the more that is present on the sensor, the greater its content, just as the larger the sensor, the more rays it will be able to emit.
How does the sensor work?
Knowing that this system can be present on mobile and fixed platforms is essential. You can find it on towers, the ground, airplanes, smartphones, drones, and various other sensors.
It can also combine a Global Navigation Satellite System (GNSS) and a Inertial Navigation System (INS).
For those who don’t know, GNSS is responsible for providing the aircraft’s location in space, thus being able to inform where objects are. On the other hand, the INS reports the attitude angles of what is measured. The result depends on calculating variables as time elapsed from the emission of the pulsed laser to the target and its return time to the sensor.
From the speed of light, the sensor converts time into distance. Next, the value is associated with the positioning information. The result will show the 3D coordinates of the object under study. The laser pulses emit at a specific repetition frequency rate. They thus act like a scanner, scanning perpendicular to the direction of the line you are capturing.
This technology can achieve highly accurate results. It is used militarily, by space missions, for precise terrain measurements, and even in standard features.
What is it used for?
Now that we understand how it works, let’s know for what it’s used. Throughout the text, we have mentioned some of its uses, but now we will detail a little more of the functions it can have.
We mentioned that the sensor could accurately tell which objects are within its “vision” radius—detecting whether it is a moving object or not.
One of the most significant investments in this technology is autonomous cars. Even though it doesn’t seem to be a near reality, its uses are becoming more and more widespread, as can also be seen in agricultural machines, which already use these technologies.
In the automotive industry, if we had to think of a brand that used this technology, perhaps the first brand that would come to mind would be Tesla. The company has camera systems on the car’s sides, which identify the environment and do the processing using state-of-the-art computer technology. Although the company has research in this area, its vehicles do not always use it, and these sensors are not even present in the models currently available on the market.
This technology is also widely used in engineering projects to obtain accurate topographic surveys. This technology is vital for the elaboration of digital models for proper studies of the environment. Since it can provide precise information very quickly, it can adapt to spaces with much vegetation and in very urbanized environments with a large volume of buildings.
Where can we find it?
Apple was the first company to bring the sensor on a mobile device in its 2019 iPad Pro model.
Apple introduced the sensor in the 2019 iPad Pro, and according to the company, it could “measure the distance up to five meters from objects in the environment in nanoseconds.” Being linked to augmented reality technologies.
Although the presence of this technology is commonly associated with photographs, Apple assumes that the sensor serves more for other types of functionalities, such as the app ‘Measures’. The name is quite suggestive and is used to determine the measurements of things or people.
Nowadays, it is already effortless to take measurements daily without using a tape measure; point your smartphone at the environment, and it will define the sizes present. It applies to height, width, area, and much more, which the company proposes with the app.
It is also common to see stores using augmented reality to increase and facilitate their sales, and it is possible to scan a face to see if a particular model of glasses looks good on you before buying them, or even a room to see how the furniture would look like before buying it. It can help avoid buying objects that do not match or are too big, among other problems. Regarding smartphones, there is yet another feature that promises to make people talk about using this technology, the 3D games.
Surely you must be asking yourselves, what about drones? And true another use is in drones. The DJI Matrice 300 was equipped with a system and could even map two mines in Australia. For this, it made a fully autonomous flight through underground caves. The sensor was used for the drone to not collide with any objects, and the result was highly positive.
As technology advances, there will be many more equipment and areas that will make use of this system.
At AERIAL PRECISION, our LiDAR sensors are designed for professional applications, giving efficient and practical answers to the needs of planning and preparation of projects, but also to the demands of management, which increasingly faces fierce global competition. Our solutions using the sensor add value to the business, providing qualified information, accurate and, most importantly, available in real-time.
In the next post in our blog, we will tell you everything and clear up your doubts about the usefulness of our products that integrate this technology and that we use with solutions developed based on artificial intelligence.


Online weighing and testing machine
1. It can be used for automatic weight detection, upper and lower limit identification or weight classification on various automatic assembly lines and logistics transportation systems, and also for the detection of multiple and missing parts after product packaging.
2. It is widely used in online detection of pharmaceutical, food, toy, hardware, chemical and other industries.
3. In addition, it can directly replace manual weighing to improve production efficiency, consistency and reliability of weighing.
1. Large color LCD touch screen interface, simple operation and intuitive display.
2. Support the customization of multiple languages, which are Chinese and English by default.
3. It can set and store 100 kinds of product detection data, which is convenient for users to switch and call.
4. It has photoelectric automatic detection of empty bag, adjustable conveyor belt speed and automatic learning function.
5. The parameter setting is password protected, which is only operated by management personnel.
6. The automatic zero tracking system ensures the reliability of the test data.
7. Single-chip computer system is independently developed, with unique filtering algorithm to ensure system stability.
8. The mechanical structure is simple, and the buckle conveyor belt is convenient for disassembly, cleaning and maintenance.
Sorting range 5-500g
Sorting accuracy ± 0.1g (depending on the product)
Minimum scale 0.1g
The maximum separation speed is 80 bottles/min (depending on the product)
Product limit length 200mm
Operation mode Touch operation
Operation interface 7-inch touch screen
Removal method: push plate removal/air blowing removal
Belt height from the ground 750 ± 50mm (can be customized according to customer requirements)
Machine structure stainless steel (SUS304)
Power supply 220V 50-60HZ
Power: about 100W
Table size 316mmX150mm
Weight: about 60KG
Optional three-color alarm light, RS485 output port
Note The properties and use environment of the tested products are different, and the detection speed and accuracy are also different. The actual test is the standard.


Blockchain Software Testing collects data into Blocks and Chains the data together using cryptography, enhancing the data security. To comprehend it better, it is used to secure, store and manage digital identity and data, organisations across the globe are looking for a secure platform that protects their data which is spread across multiple providers. Blockchain is the solution! Blockchain testing services is often discussed in cryptocurrencies and financial services but this technology offers a broader range of potential applications. Blockchain technology is picking up pace in various industries and segments. A recent World Economic Forum report predicts that by 2025, 10% of Global Gross Domestic Product (GDP) is stored on Blockchains or Blockchain-based technology. This means, Blockchain technology is probably something that every business should leverage.


Credits: based on a description from Hans Aterjo. Source
no longer available on web
Image of modification schematic (100k)
Change C1 from 0.68uF/250V to
Change R1 from 100Ohm/0.5W to 220Ohm/1W.
Change R2 from 330K/0.25W to 330k/0.5W
(larger value also possible)
Change R5 from 330k/0.25W to 330k/0.5W.
Change C11 from 10nF/250V to 10nF/400V. This
is the capacitor connected in parallel with a 2.2k resistor.
Change the 130V MOV to a 250V MOV. If you use
240V use a 270V MOV.
Add a resistor of 100Ohm/2W in series with
one of the wires for the coil of the cam relay. Fix this resistor good and be sure is does
not touch anything, it can become very hot.
post by Dr. Ed Cheung
of modification schematic
Normally appliance modules turn on and stay on in response to an ON command, and
off in response to an OFF command. In response to an ON command appliance modules modified
as described in this section will pulse on then off twice, returning to the off position.
the module should be normally ON, turn it on before starting this modification. If it
should be normally OFF, turn it off before the modification.
- Locate 330K resistor
below the IC chip, between output pins and remove it.
- The module clicks twice
because each X10 command is issued twice. Thus the two commands causes two on/off cycles.
If you would like the module to be normally on, make sure that the module was left on
before you start the mod.
When used in conjunction with the appliance
module mod to make it act as a momentary device, the following mod will
basically turn it into a high or low voltage relay module (i.e. a High-voltage
capable, yet over simplified PowerFlash module). Please feel free to clean up or
edit this if you decide to post on your site.
1. Disassemble the unit.
2. Preform the
momentary operation as described on your website.
3. De-solder the connection from the relay COMMON
input (at top near COMMON blade), snip of the lead the went to the board and
cover with electrical tape to ensure that it is electrically isolated from 120V.
4. De-solder the black wire that runs from the
HOT plug to the HOT blade and re-attach this to the top section of the relay
near the contact pad.
5. De-solder and remove the two plug connections
from the bottom of the board and attach two wires to the solder pads.
6. Reassemble the unit, running the two attached
wires out the plug holes at the bottom.
This should give you a momentary SHORT across the
two wires when the relay is ON, and an OPEN when the relay is OFF. This can be
made normally OPEN, or NORMALLY shorted, depending on the last known state when
the unit was modified for momentary operation.
This can also provide a latched path by not doing
the momentary mod.
of modification schematic
Source: Post by S. M. Bloom
This modification is a must for appliance module
turned wall-switch modules that control a non-dimming device, such as florescent light.
This modification will add a local control in addition to the remote control mode.
Make sure module is off, unplug it and then
take cover off.
Locate jumper near the "top" of the
board and right beside the left side of the IC.
Replace by a momentary contact push button
Here's a cheap way to create
an inexpensive in-line appliance and lamp modules:
that it was relatively easy to open the cases, remove the metal power plug
prongs and solder suitably heavy wires at both the POWER INPUT terminals and the
POWER OUTPUT terminals.
I used a
drill of approximate 1/8" diameter to create suitable exit holes from the
modules. Leaving about 6" of high quality stranded wire emerging from the module
cases, one can easily create very handy in-line modules at 'dirt cheap' prices,
compared to the Leviton or other alternatives.
little epoxy resin, one can seal any extraneous openings from the original power
prongs and, with just a dab, seal the new exiting wires firmly in place.
Tom Laureanno's X-10 Home Automation
Before you start: there's a report
that this mod doesn't work on the newer appliance modules - so use this mod only for
the older 486 modules. For the 6375, check
Local current sensing is the
feature that automatically turns the appliance module on when the device connected to it
is turned on. Its based on current sensing circuitry that senses how much current is drawn
by the load. The following modification disables the current sensing circuitry:
Disabling local control on the newer appliance module
- Disassemble the module
- Locate the small jumper close to the large blue capacitor (see
- Snip the jumper
Range and Reliability
Credits: )) Sonic ((
This modification requires testing and tweaking
the module while it is connected to the mains powerline. This information is provided AS-IS, for informational purposes only, with no warranty whatsoever.
It is your responsibility to know and understand common safety procedures,
especially those involving electricity at potentially dangerous power levels. Proceed at
your own risk.
Start by reading the general alignment procedure
- Disassemble the module . It is O.K. to either leave the front
cover (with the House and Unit code dials) in place, or remove both covers and work with a
bare PCB. Attach a very short extension cord, if needed, to allow for adjustment while
module is powered.
- Move the module to the location where it will be used. Bring
along oscilloscope, isolation transformer (if needed), and previously calibrated
controller of known correct frequency.
- Connect the controller to a separate circuit, or at least an
electrically distant outlet on the same circuit, via some means of attenuating its 120kHz
output (as discussed in the general alignment principles)
- Connect oscilloscope 10X probe to pin 1 of 78570 IC (i like to
use the 33pF capacitor lead which attaches to pin 1), probe ground to circuit common (the
narrower of the two A.C. prongs, i.e. Hot). Oscilloscope
must be isolated from the A.C. powerline, since module must be directly connected for best
results. Avoid touching oscilloscope while module is powered. I usually
start with 10mV/div (X10=.1V/div actual), and 5Ásec sweep.
- Connect module directly to the A.C. line.
- Key controller to generate a continuous signal (Bright or Dim
achieve this on most controllers so equipped).
- Inspect waveform. If there is clipping, reduce the amplitude
of the signal from the controller until the displayed waveform is sinusoidal.
- Adjust module transformer for maximum 120kHz signal amplitude.
This is likely to be a broad, low-Q peak.
- . Unplug/disconnect all.
- . Reassemble module and test.


Mobile gaming is more than just tapping a screen. You need a smartphone that is loaded with cutting-edge technology, from high-powered CPUs to increased speed, massive RAM, and much more.
If you want to take mobile gaming to the next level, you’ll need the ultimate gaming phone. So, in this blog post, we’ll offer you a list of the best options you can get in 2024. Continue reading to learn more about them.
1. iPhone 14 Pro:
Apple’s iPhone series has maintained a sterling reputation in the gaming industry for several reasons. Apple’s meticulous integration of hardware and software results in an ecosystem that prioritizes performance and fluidity. Their A-series chipsets consistently deliver robust processing power, ensuring that even graphically demanding games run seamlessly.
The App Store ecosystem further enriches the gaming experience by offering a diverse array of high-quality, exclusive, and optimized games, oftentimes benefiting from early access and updates. The combination of optimized hardware, fluid software integration, and a rich selection of top-tier games makes the iPhone an enticing choice for mobile gamers seeking a polished and immersive experience.
2. Samsung Galaxy S23 Ultra:
Samsung’s Galaxy S series is synonymous with premium performance and cutting-edge technology. These devices are anticipated to continue this legacy, particularly in gaming. Packed with powerful processors and generous RAM, Samsung’s flagships effortlessly handle the demands of modern gaming. Moreover, their expansive, high-resolution displays offer immersive visuals, making every gaming session a visually stunning experience.
Samsung often integrates features such as Game Mode, providing settings optimization for smoother gameplay and better performance. Their commitment to enhancing the gaming experience through hardware excellence and dedicated gaming features positions the Galaxy S series as a top contender for gamers looking for an all-encompassing device that excels in both power and visual prowess.
3. Asus ROG Phone 7 Ultimate:
Asus’ ROG Phone series is engineered explicitly for the gaming community. These smartphones are more than mere devices; they are gaming powerhouses tailored to meet the needs of serious gamers. Featuring hardware innovations like tactile triggers and ultra-responsive high-refresh-rate displays, the ROG phones provide an unparalleled gaming experience. The phone’s software is fine-tuned to optimize gaming performance, with dedicated gaming modes, extensive customizability options, and robust cooling mechanisms to ensure prolonged, uninterrupted gaming sessions.
Moreover, Asus often accompanies these phones with a range of gaming accessories, from clip-on controllers to cooling docks, allowing gamers to further enhance their gaming experiences. The ROG Phone series stands as a testament to Asus’ commitment to delivering an immersive, uncompromising gaming platform.
4. Nubia REDMAGIC 8 Pro:
Nubia’s REDMAGIC series has gained recognition for offering high-performance gaming devices at competitive prices. The REDMAGIC 8 Pro is expected to follow suit with powerful hardware tailored explicitly for gaming. These phones typically feature top-tier processors, ample RAM, and advanced cooling systems to prevent overheating during intense gaming sessions.
Moreover, the REDMAGIC phones often boast high-refresh-rate displays, enhancing the visual fluidity and responsiveness crucial for immersive gaming experiences. Dedicated gaming modes and customizable settings further optimize performance, making the REDMAGIC 8 Pro an attractive choice for gamers seeking value and uncompromising gaming performance.
5. OnePlus 11:
OnePlus has carved a niche for itself in the smartphone market by offering devices known for their sleek design, powerful performance, and smooth user experience. The OnePlus 11 is anticipated to continue this trend, catering to gamers with its robust hardware specifications. These devices usually come equipped with high-end processors and ample RAM, ensuring lag-free gaming.
OnePlus devices often feature OxygenOS, known for its clean interface and optimization, contributing to a smooth gaming experience. Additionally, while maintaining a focus on overall device excellence, OnePlus smartphones also offer gaming-specific features, striking a balance between all-around functionality and gaming prowess.
6. Poco F4 GT:
Poco, recognized for delivering high-performance devices at competitive prices, is expected to position the F4 GT as a gaming-centric smartphone. These devices typically offer powerful chipsets and substantial RAM, ensuring smooth gameplay across a variety of titles.
Poco smartphones often integrate features such as Game Turbo modes, optimizing system resources for enhanced gaming performance. With their commitment to offering value-driven devices without compromising on essential gaming features, the Poco F4 GT is likely to appeal to gamers seeking high performance at a reasonable price point.
7. OnePlus 10T:
OnePlus devices have garnered attention for their blend of premium features and a smooth user experience. The OnePlus 10T is expected to continue this trend by offering high-end specifications, including powerful processors and ample RAM, ideal for gaming.
OnePlus devices often provide a clean, near-stock Android experience, coupled with OxygenOS optimizations, ensuring a responsive interface for gaming. While not explicitly marketed as gaming phones, OnePlus devices strike a balance between overall performance and gaming capabilities, making the OnePlus 10T a solid choice for gamers seeking a well-rounded device.
8. Black Shark 5 Pro:
Xiaomi’s Black Shark series is dedicated to delivering top-tier gaming smartphones. The Black Shark 5 Pro is anticipated to feature cutting-edge hardware, such as powerful processors and advanced cooling systems to maintain optimal performance during extended gaming sessions.
These phones often come with gaming-centric features like customizable triggers, high-refresh-rate displays, and dedicated gaming modes, aiming to provide an immersive and lag-free gaming experience.
9. Asus ROG 6 Pro:
Continuing the legacy of the ROG Phone series, the Asus ROG 6 Pro is designed explicitly for serious gamers. These phones boast top-notch hardware configurations, including high-performance processors and ample RAM, ensuring smooth gaming experiences even for demanding titles.
Asus incorporates gaming-centric features like ultra-responsive high-refresh-rate displays, customizable triggers, and robust cooling systems to prevent overheating during intense gaming sessions. With an ecosystem of gaming accessories and dedicated software optimizations, the ROG 6 Pro stands out as a comprehensive gaming powerhouse.
10. Lenovo Legion Phone Duel 2:
Lenovo’s Legion Phone Duel 2 is engineered to cater to the needs of gamers with its powerful hardware and innovative design. These devices typically feature top-tier processors, ample RAM, and unique landscape-oriented designs for comfortable gaming experiences.
The Legion Phone Duel series emphasizes gaming-specific features, such as shoulder triggers, advanced cooling mechanisms, and customizable gaming modes. Additionally, the dual battery setup and fast charging capabilities ensure uninterrupted gaming sessions.
The OnePlus 10T, Black Shark 5 Pro, Asus ROG 6 Pro, and Lenovo Legion Phone Duel 2 each bring their distinct set of gaming-centric features and robust hardware configurations, catering to gamers’ preferences for high performance, immersive gaming experiences, and dedicated gaming enhancements. These smartphones aim to provide exceptional gaming capabilities and features, making them noteworthy contenders in the realm of gaming smartphones.


By intelligently identifying and backing up only data which has changed and minimizing server impact, Continuous Data Protection technology offers a smart and scalable backup methodology that can help protect data.
Continuous Data Protection (CDP) provides a high-performance, granular backup solution and supports storing large amounts of data, while minimizing impact on server performance. By eliminating the heavy disk usage that’s become synonymous with traditional data backups, CDP offers an innovative and smart alternative to existing legacy data backup methods and technologies.
By focusing on block-level storage, Continuous Data Protection can be used to restore previously captured data to another storage device, effectively replicating the structure and contents to the new device. The virtual filesystem inside the CDP disk image can be restored to its original location or to an alternate system. It’s an innovative approach to backup that relieves the considerable burdens associated with enterprise-level data management.
Block-Level Backup: Smart and Efficient
Block-level backups operate below the file system and examine blocks of data on the disk, with no regard for the files with which those blocks are associated. When data in a given block changes, only that block is included in the next incremental or differential backup (rather than the whole file). This makes the backup process much faster than file-level backup, reduces wear on the disk drive, and takes up less network bandwidth.


Universal Remote Controller Hub – Wifi RF IR Smart Home Remote Controller!
Control your TV, Air-conditioner and many other appliances with an IR (infrared) remote controller via Tuya/Smart Life App installed on your smart phone or through Google Home/Alexa anywhere in world.
- Infrared Hub Power Input: DC 5V/1A（Micro usb2.0）
- Hub Stand-by Power: ≤0.4W
- Controlling Distance: Horizontal direction ≤8m, Opposite Direction ≤15m(Finally effect by environment)
- IR control direction: Multiple Way
- Infrared Hub Operating Temperature: -10℃~50℃
- Operating humidity: ≤85%RH
- Connection: WiFi 2.4GHz
- Carrier: 38KHZ
- APP SUPPORT: Android 4.0/iOS 8.0 above
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Natural language processing (NLP) tools for health analytics
Natural language processing (NLP) is the process of using computer algorithms to identify key elements in language and extract meaning from unstructured spoken or written text. NLP combines artificial intelligence, computational linguistics, and other machine learning disciplines.
In the healthcare industry, NLP has many applications such as interpreting clinical documents in an electronic health record. Natural language processing is important in clinical decision support systems by extracting meaningful information from free-text query interfaces. It may reduce transcription costs by allowing providers to dictate their notes, or generate tailored educational materials for patients ready for discharge. At a high-level NLP includes processes such as structure extraction, tokenization, tagging, part of speech identification and lemmatization.
“cTAKES is a natural language processing system for extraction of information from electronic medical record clinical free-text. Originally developed at the Mayo Clinic, it has expanded to being used by various institutions internationally.”
cTAKES is relatively difficult to install and use, especially if the service needs to be shared by several systems. I have integrated cTakes into an easy to use spring boot application that provides REST web services for clinical document annotation. The repository is here.
[github-clone username=”dermatologist” repository=”ctakes-spring-boot”]
You need a UMLS username and password for deploying the application. RysannMD is an efficient and fast system for annotating clinical documents developed at Ryerson University. Some of my other experiments with NLP are available here.
Are you working on any NLP projects in medicine?


PLANO, Texas, April 15, 2021 /PRNewswire/ -- Siemens Digital Industries Software today announced that Royal Dutch Shell has selected Polarion Requirements software as the foundation for managing and streamlining the flow of requirements across Shell's global Capital Projects ecosystem. Shell will leverage Siemens' Polarion to accelerate development of its digital enterprise as they further transition from document-centric communications to data-driven execution. This will improve the efficiency and flow of digital project data and integrated requirements throughout the Shell supply chain.
Shell is using Polarion, a contextual tool within Siemens Xcelerator portfolio of integrated software and services, to enable highly effective and transparent collaboration between its project development teams.
Shell is using Polarion, a contextual tool within Siemens' Xcelerator portfolio of integrated software and services, to enable highly effective and transparent collaboration between its project development teams. The software connects Shell's project teams as they apply Systems Engineering techniques to rapidly and efficiently gather, author, approve, manage, and audit requirements for complex systems across the entire project lifecycle.
“Shell invests billions of dollars each year in new capital projects, Powering Progress in the energy transition and working toward our climate target of being a net-zero energy emissions business by 2050, in step with society. We need trusted partners to do this which is why we are working with Siemens on a robust, comprehensive and innovative requirements solution,“ said James Haug, General Manager for Systems Engineering at Shell. “The Polarion Requirements software will be the lynchpin technology for advancing our digital enterprise. As we standardize on and deploy Polarion globally, we look forward to enhanced efficiencies and lower costs for Shell and for our supply chain and project ecosystems.“


Wisdom Events, UAB is undertaking a project which focuses on the E-Commerce side, electronic transaction management, programming, user and product modules, as well as other involved and related technological solutions. The focus is on revenue generation and management via the organization’s E-Commerce platform. This is in response to the COVID-19 pandemic and the shift to such solutions.
The financing solutions are focused on the consumer side and front-end programming in order to improve the current client and admin management systems of our services, develop a more friendly user interface, the addition of any missing functionalities required for customer self-service, improving the user mobile device experience, etc.
Wisdom Events, UAB optimizes the use of time and resources to implement the project to the maximum extent and to achieve the goals and results set.
The project is funded by the European Regional Development Fund as part of the European Union’s response to the COVID-19 Pandemic Measure
More information: https://ec.europa.eu/regional_policy/lt/funding/erdf/
Start of the Project: 2022-02-28
End of the Project: 2022-12-31


First: HW Questions
- Homework questions?
- HW02 is available.
- In case you missed it: http://khoury.neu.edu/~ntuck/
AMD64: ISA and ASM
Last time we compiled a simple program and the assembly didn't make much sense.
To explain what's going on, we need some history:
Intel released the 8086 processor in 1978. It was based on the earlier 8008
processor from 1972, which was based on the 4004.
At some point there must have been an 8 bit microprocessor.
- It had a 8-bit data bus connecting it to memory and maybe other stuff.
- That means a processor and RAM connected by 8 wires. (10 wires?)
- ++++++ DRAW PICTURE ++++++
- How much RAM can we address with 8 bits?
- In addtion to RAM, this system gives us another place to put stuff called
registers. For an 8-bit processor, each register is 8 bits.
- This processor had 5-ish registers:
- general: a, b, c, d
- special: ip ("instruction pointer")
- What processors do is execute instructions. Kinds of instructions:
- Arithmetic: Example: add $5, %c
- Actually probably "add $5", implicitly operating on %a.
- Test: cmp $5, %c
- Conditional branch: jge bigger_label
- Movement instruction: mov %b, %d; mov (%b), %d
- A bunch of other stuff. You'll want to have a reference sheet.
- Instructions tend to operate on at least one register.
- Instructions can operate on memory addresses. If they do, the CPU needs
to stop and read or write from RAM.
The 8086 was a 16-bit microproessor. That means:
- It had a 16-bit data bus connecting it to memory and stuff.
- How much RAM can we address with 16 bits?
- The 8086 had 9-ish registers:
- "general purpose": ax, cx, dx, bx, si, di, bp, sp
- x is for extended; new registers are "indexes" and "pointers".
- "special purpose": ip, (segment registers, status register)
- Can access low half of %ax with %al, high half with %ah.
The 80386 or i386 was a 32-bit microprocessor, backwards compatible with
the 8086. This was the first "Intel x86" processor:
- It had a 32-bit data bus.
- How much RAM can we address with 32-bits?
- It had 32-bit registers.
- If you used the old (16-bit) names (eg. %ax), you got the least significant
16-bits of the register.
- Each register got a new name with an "e" at the front to refer to
the full 32 bit "extended" register:
The AMD Athlon 64 was a 64-bit microprocessor, backwards compatible with the
Intel 8086 and i386. This was the first "AMD64" (x86_64, x64, Intel 64; not
ia64 even though x86 is sometimes called ia32) processor:
- It had a 48-bit data bus, designed to be extended up to 64-bit later.
- How much RAM can we address with 64 bits?
- How about 48 bits?
- It had 64-bit registers.
- If you used the old names (e.g. %ax, %rax), you got the least significant
16 or 32 bits of the register.
- Each register got a new name with an "r" at the front to refer to
the full 64 bit register.
- 8 new general purpose registers were added: %r9, %r10, ..., %r15
(grab the asm from last class)
Argument registers: The convention for AMD64 Linux assembly is to pass
arguments in registers: %rdi, %rsi, %rdx, %rcx, %r8, %r9, ...stack
Functions return a value in the %rax register.
Another Assembly Example
First, Scan through the AMD64 instruction list on course site.
Example: fact (iter)
$ gcc -no-pie -o ifact ifact.s
enter $0, $0
mov $40, %rax
mov $30, %rbx
mov $20, %rcx
mov $10, %rdx
# mov %rdx, %rdi
# idiv %rdi
mov $longfmt, %rdi
mov %rax, %rsi
mov $0, %al
longfmt: .string "%ld\n"
fact hits the recursion problem, talk about register conventions
Talk about the ABI: https://github.com/hjl-tools/x86-psABI/wiki/X86-psABI
Programmer Manual: https://support.amd.com/TechDocs/24594.pdf


Windows is a widely used operating system platform developed by Microsoft. It provides a user-friendly interface, extensive software compatibility, and broad hardware support. Windows offers a range of editions, including Windows 10, Windows Server, and Windows Embedded, catering to different computing environments such as personal computers, servers, and embedded systems.
macOS is the operating system platform developed by Apple for its Macintosh computers. Known for its sleek design and seamless integration with Apple hardware, macOS offers a user-friendly interface, advanced productivity tools, and a robust ecosystem of applications. It provides a secure and stable computing environment and supports features like Siri voice assistant, iCloud for seamless synchronization, and integration with iOS devices.
Linux is an open-source operating system platform built on the Linux kernel. It offers a high degree of customization, flexibility, and stability. Linux is widely used in various environments, ranging from servers, embedded systems, and desktop computers. It comes in various distributions (such as Ubuntu, Fedora, and CentOS) that cater to different user preferences and needs. Linux is known for its security, reliability, and extensive support for programming languages and software development tools.
Android is an open-source operating system platform developed by Google primarily for mobile devices. It powers a vast majority of smartphones and tablets globally. Android offers a rich ecosystem of applications through Google Play Store, extensive customization options for device manufacturers, and seamless integration with Google services. It provides features such as multitasking, notifications, voice commands, and compatibility with a wide range of hardware configurations.
iOS is the proprietary operating system platform developed by Apple for its mobile devices, including iPhones, iPads, and iPod Touch. iOS provides a secure and streamlined user experience, optimized for touch-based interaction. It offers a curated App Store with a wide selection of applications, seamless integration with other Apple devices through features like AirDrop and Continuity, and strong privacy and security features.


SignalFire Wireless Telemetry
Burke Calibration is a proud distributor of SignalFire Wireless Telemetry products. Paired with Tresel, a proprietary Real-Time Telemetry platform, Burke Calibration gives bleeding edge customers the ability to wirelessly stream pressure, flow, and temperature data for observation and analysis.
The SignalFire wireless platform is offered with 900Mhz or with LTE-M1 connectivity. The architecture provides for long-range wireless networks designed for remote monitoring and control in challenging outdoor environments. The nodes are integrated with a variety of sensors to work with level, pressure, temperature and flow meters, as well as offering critical asset control of valves, pumps, fans, heaters and an array of other devices.
Call 1-780-897-5869 for quotes and custom orders.


Bandicam Screen Recorder Crack & Key Download
Bandicam Screen Recorder Crack will help you move out a video record with the high-density ratio, while keeping the video excellence closer to the original work, and arrange for presentation far superior to other programs that provide related functions. The Bandicam is a lightweight video recording tool designed to seizure your screen activity to a video file. It features a method built exactly for helping users record their gaming sessions.
Bandicam Screen Recorder License Key
Although the user interface is very simple and it might trick you into thinking that this is a tool with limited features, this is definitely not the case. Bandicam combines simplicity and useful features for providing the best results when it comes to video recording operations. The program gives users the possibility to select the area to be captured, namely a full-screen window (DirectX/OpenGL), which is automatically detected, or a user-defined custom area.
Bandicam Screen Recorder Crack
Bandicam compresses the video while recording and uses much lower CPU/GPU/RAM usage, and it fully supports the hardware accelerated h.264 encoder of Nvidia NVENC/CUDA, Intel Quick Sync video and AMD APP which allow the video to be recorded in high speed, with a high compression ratio and brilliant quality. As a result, it has less lag and you can save your HDD and CPU.
Bandicam displays FPS number in the corner of the screen while it is active in the ‘DirectX/OpenGL window’ mode. It also can record video at resolutions of up to 3840×2160 in high quality (2160P UHD video can be made) and your webcam stream will be at the same time recorded and merged with the game/screen recording (Picture-in-Picture, Video-in-Video). In addition, Bandicam Screen Recorder 4.3.0 Crack supports a real-time drawing function that allows users to draw lines, boxes, or highlights while recording the computer screen.
- Bandicam game recorder can record DirectX/OpenGL programs like Fraps (Fraps Alternative, Better than Fraps®)
- The recorded file size is much smaller than other software (Bandicam compresses the video when recording)
- You can upload the recorded file to YouTube without converting (720p/1080p full HD video can be made)
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- You will experience much less lag than other game capture software (It uses much lower CPU/GPU/HDD)
How to Install?
- Run the app and uncheck quick launch
- Turn off your internet connection
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Quadlock Dual USB 12V Car Charger
Easily charge your devices while on the road with the Quad Lock® Dual USB 12V Car Charger. With fast adaptive charging of up to 36 watts, your iPhone or Samsung Galaxy will stay charged for longer. Simply plug into your car's DC connector with your existing USB cable and charge while on the go! Thanks to the low-profile sleek design, the Quad Lock® Dual USB Car Charger plugs into your car's port and fits perfectly with your car's interior with the black gloss finish.


The abstracts, proceedings and presentations of keynote speech and Resilient PNT Panel of IAIN2018 will be uploaded to a HP of the IAIN2018 from 10th of December to the end of next February. The information of the HP for downloading them and their password wlll be sent to all participants of IAIN2018 next week by e-mail. In addition, if you have not been registered your email address to IAIN2018 secretary yet, please send your e-mail address to the secretariat (firstname.lastname@example.org). It will be used to send above information.
Dr. Hiroyuki Yamato
National Institute of Maritime, Port and Aviation Technology, Japan
Towards Resilient PNT and Intelligent Navigation.
Marine and air transport industries, which bear a heavy responsibility of international trade, are facing two big challenges.
The first challenge is automation or autonomization of navigation which realizes safe and labor-saving transportation and better working environment for watch officers and pilots.
The second challenge is the pursuit of the economically effective and energy saving navigation to realize environmentally friendly transportation. Shipping companies and air lines are also making efforts to strengthen their competitiveness in this regard. These challenges require digitalized optimal navigation taking into account of the effect of navigation environment based on real time performance measurement of individual ships and planes.
Resilient and accurate Position, Navigation and Timings (PNTs)and intelligent navigation technologies are expected to play a big role in the measures to the two challenges.
In this talk, the two challenges are summarized and the expectation to resilient PNT and intelligent navigation solutions are expressed.
Dr. Izumi Mikami
Satellite Positioning Research and Application Center
Higher Accuracy Positioning Enabled by GNSS and its Guide toward “New World
The QZSS (Japan), Galileo (EU) and Beidou (China) are preparing the augmentation system for GNSS precise positioning services. The QZSS’s service will realize centimeter level accuracy, while the others target about 20 centimeters through 1 meter range accuracy. These services are readily applicable to the autonomous vehicles driving as the most intuitive and straightforward example. These must, however, incubate countless and inconceivable applications in our daily life, should the services be suitably combined with other new technologies such as AI, 5G, IoT, the robotics, the cloud computing, the big data, and so on. The navigation method itself of any mobile things including space vehicles should also change drastically depending on the GNSS service progress. The concept of “New World” of navigation guided by the GNSS precise positioning services is worth foreseeing.
Mr. James Joeseph Miller
International Cooperation in the GNSS Space Service Volume (SSV)
The development of the Global Positioning System (GPS) and other Global Navigation Satellite Systems (GNSSs), such as the Russian GLONASS, the European Galileo, and China’s BeiDou, has resulted in new capabilities available for PNT in space. There are a number of on-going efforts to engage GNSS providers and space agencies to pursue compatibility and interoperability among these systems to support space operations. The objective is to develop a multi-GNSS SSV to support space users between Low Earth Orbit (LEO) and Geosynchronous Orbit (GEO), and eventually into Cislunar space. Key international engagements include bilateral discussions, such as those that led to the 2004 U.S.-European Union Agreement on GPS-Galileo Cooperation, and on-going multilateral discussions at venues such the United Nations (UN) International Committee on GNSS (ICG). Benefits to space users will include improved capabilities for on-board autonomous PNT, and better resilience to potential disruptions to GNSS signals. GPS and other GNSS constellations, consist of a core volume of satellites in Medium Earth Orbit (MEO) transmitting one-way radio signals that are used to calculate three-dimensional position in the terrestrial and near-Earth domain, plus time. To achieve this, at least four GNSS satellites are needed to be within line-of-sight at any given time to enable on-board real-time autonomous navigation. This level of performance has become a standard expectation for GPS users from the surface up to 3,000 km altitude, a region of space also known as the GPS Terrestrial Service Volume (GPS TSV). As we move up in altitude beyond 3,000 km the number of available GPS signals decreases and, because of poor geometry and blockage of main beam reception from the Earth, there are no longer at least four GPS signals available to enable real-time navigation. At these higher altitudes the “spill-over” energy radiating over-the-limb of the Earth have come to define the utility and access of GPS. This more challenging signal processing environment has been designated as the Space Service Volume (SSV), which is defined as the region of space between 3,000 km and GEO altitudes of about 36,000 km. If accessing the signals from all GNSSs, and regional navigation systems such as Japan’s Quasi Zenith Satellite System (QZSS) and India’s NavIC, there would be much improved capabilities to perform real-time on-board navigation at higher altitudes and, also, to obtain improved accuracy from using signals that are more optimally distributed in space (best geometry). However, this will require: (1) interoperability among GNSS constellations; and (2) common definitions / specifications for use of GNSS signals within a multi-GNSS SSV. Real-time on-board autonomous navigation is vitally important to users in High Earth Orbit (HEO) because it supports increased satellite autonomy for missions (thus lowering mission operation costs), significantly improved vehicle navigation performance, and quick mission recovery after spacecraft trajectory maneuvers. A multi-GNSS Space Service Voume will also stimulate a market for space-qualified GNSS recievers for all manner of emerging space platforms and applications.
Dr. John Raquet
The Air Force Institute of Technology.
UAVs vs Natural Autonomous Vehicles (NAVs) — Are We Closing the Gap?
There have been many significant advancements in UAV technology over the past 10-15 years. In this presentation, we will step back and evaluate how well we are really doing in this area by comparing performance of UAVs with those of Natural Autonomous Vehicles (NAVs), defined as entities that fly but are not designed, built, or controlled by a humans (birds, for example). Performance will be evaluated according to eight different metrics, and the “best in class” UAVs and NAVs for each metric are directly compared. The picture that emerges provides insight into where to put our UAV development efforts as we move toward the future.
Dr. Dorota A. Grejner-Brzezinska
The Lowber B. Strange Endowed Chair, The Ohio State University and Satellite Positioning and Inertial Navigation Laboratory. The immediate past ION president.
PNT in Smart Cities – Are We Ready for Autonomous Driving?
This talk will introduce the concept of smart and connected communities and smart cities, and will discuss the trends that guide the advances in the implementation of these concepts worldwide. Next, the smart mobility will be defined, and the focus will shift to various aspects of autonomous driving in a smart city. The motivation behind introducing driverless cars will be offered, as well as an overview of the current technology and levels of autonomy. The framework for testing the performance of autonomous vehicles will be addressed, with examples of research performed at The Ohio State University. In addition, the importance of PNT and geospatial technologies to smart cities and smart mobility will be discussed. Finally, the summary and the future outlook will be presented.
Mr. Dana A. Goward
President, Resilient Navigation and Timing Foundation
Resilient PNT –Protect, Toughen, and Augment GNSS
A holistic approach focusing on user needs and an architecture that is able to reliably fill them is required to achieve resilient navigation. In this light, relying entirely upon weak GNSS signals is insufficient. At the moment the space portion of that architecture is sufficient, though it is being increased regularly. We must do everything we can to protect navigation signals from space, ensure our ability to use them is maximized with toughened receivers, and augment space signals with other signals and autonomous systems. The presentation discusses ways in which efforts to protect, toughen, and augment GNSS are being pursued in various countries and other initiatives that should be undertaken.
Technical programme is here.


Building an Arduino Clock
My "Fabulous Five" dollhead piece was my first arduino project. It’s purpose was learning how to read sensors, then drive motors using an arduino. To that end, it drives DC hobby motors and servos, as well as using input from 4 sensors, an IR distance sensor, a sonar distance sensor, a PIR motion sensor, and a photoresistor light sensor.
For my second project, I wanted to build something a bit more desk-worthy. When I saw this clock on YouTube, I had my initial plan. Using a 3-axis accelerometer to do clock settings instead of buttons. A new sensor, and a novel way to use it, the project was underway.
How to set the clock? Do I find a way to interface a WWV receiver? Put in wireless network connection to sync with an NTP server? Measuring cost/difficulty/convienience I settled on using a DS1307 Real Time Clock board. With a battery backup it’ll keep time for 7-15 years (then just put in a new battery), and at a street price of $20 for a DS1307, battery and crystal on a board, it seemed like the simplest and cheapest way to go. Move the clock anywhere, plug it in, it’ll instantly show the time. A side benefit of the DS1307 is that it has user-settable registers that are also maintained by the on-board battery, so all the clock settings can be stored there with the main power off.
The display was another quandary. Ideally, I wanted to use large LED numbers to make the clock easy to read, but that makes for a larger case, and with only 4 digits/letters, setting anything more than the time and an alarm is hard to read, and I didn’t want multiple displays, or to require hooking the clock to a computer. I opted with a 2×16 character LCD, easy to hook up, easy to read, and it can display a lot of information.
I picked up a 3-axis accelerometer board from Adafruit based on the ADXL335, another easy to connect $20 part.
I wasn’t sure about the alarm. I worked that out after I built the circuit. To keep trying and learning the characteristics of new components, I hooked up a tri-color LCD, and then for sound used a simple peizo.
As I played with the version wired up on a breadboard, I realized it would be handy to be able to shut the alarm off by using a distance sensor, rather than having to physically tilt the clock, so I added an IR sensor to the mix. I also added a backlight timer at this point to shut off the backlight (nice if this sits on your nightstand), which you can now turn on by just putting your hand near the clock.
I was going to build a wooden box to put the clock into. While cleaning out some old boxes, I came across an old box of Legos (actually an original Lego Mindstorm). Wondering if I could make a fun enclosure out of that, I tried, and succeeded. I quite like the clock incased in legos, it’s a whimsical finishing touch.
I got all the parts from my two favorites parts suppliers: Sparkfun electronics, and Adafruit industries
- LCD Display
- 3-axis accelerometer ADXL335
- Real Time Clock DS1307
- IR Distance sensor
- Project board
- tri-color LED
- Piezo buzzer
- Arduino Duemilanove
Prototype on the breadboard:
Project board wired up with real time clock:
Board with LCD attached and LED alarm going off:
Side view, put in its lego enclosure:
It was the first time I used a peizo. It wasn’t until after I’d soldered everything up and gotten it running that I realized if I had the peizo hooked up to one of the PWM capable pins of the Arduino, I could play notes, instead of just a single loud tone. I’d hooked up the tri-color LCD and the backlight of the LCD to PWM pins so I could run them at different intensities, but I had other pins I could have used. Unfortunately, the project board can’t handle a lot of unsoldering before the copper pads detach, and I didn’t want to risk ruining the entire working clock by moving two wires. Given the LCD is just used to blend the colors, but blink at mostly full intensity, I really didn’t need to hook it up to the limited PWM pins, given how I ended up using it. Oh well. Next my piezo based project (which I’m working on now!) will play music.
As expected, tuning the accelerometer is one of the harder parts of the project, and it changed slightly each stage as the board moved to a different resting position. If you build one, the first things you’ll want to do is to just run a loop displaying the x/y/z values in real time, and then writing down the values to figure out what roll right/left/forward/back correspond to. Also, the output is variable, based on input voltage, so if you don’t have a stable voltage input (for instance, running the board of a 9V battery), it may change over time. I added a calibration routine to set get the values for "centered".
A note of caution, if you look at my code, it’s based on the direction my accelerometer board was put onto the circuit board. Yours will almost certainly be different, and thus you’ll have to calculate your own values. I did make them all variables, so hopefully it’s easy enough to change it around.
I had hoped to run the entire thing using an arduino pro board and a battery. After getting the board, I realized it didn’t have any of the power circuits of a duemilanove, and as a result, the only power available was the same as the input voltage. That was a problem. The battery output was nominally 3.7V, but actually put out about 4.5V fully charged. The ADXL335 is low voltage, and could handle no more than 3.7V, and I didn’t want to burn that out, and the DS1307 needed 5V to go into read/write mode, which the battery would never produce.
I could have built two regulated power supplies for the 3.3V and 5V needed, but that added more complexity than I wanted to put into this first clock project. I could just add a minty boost to get the 5V, but also needed to get a regulated 3.3V. I decided that would be something I’d work on later after I’d spent some time with the clock, and just went with a duemilanove board.
The clock will suck a 9V battery dry in 48 hours or less with the IR sensor turned off, and the LCD backlight off. I believe I can double that by adding more power saving features, shutting off the LCD and the clock and putting the board to sleep. The accelerometer uses hardly any power at all, so keeping it powered, and using it to "wake up" the clock when in power save mode is a reasonable option.
Clocks are cheap, this one, not so much. This was a really fun project to build, and I learned quite about about a variety of things doing it. New sensors, building a prototype board. But, the parts cost was relatively high when you put it all together, a bit over $100, in fact. Adafruit makes a way cooler looking clock, the Ice Tube Clock. A more sane project, if what you really are looking for is a nice looking alarm clock, instead of a learning project. I built one of those too, and it was a lot of fun.
Nov 04 2009


When it comes to electronic signage, your product is only as strong as its weakest link. Your electronic signage will likely need a number of cables and connections made to it in order to function correctly. Here is a brief look at some of the connection choices you will need to make.
Electrical – Most modern displays use some form of LCD or LED technology. While this greatly reduces the amount of power consumption as compared to earlier TV sets, you will still need to draw power from the internal electrical wiring of your building. Fortunately, extension cords that power such low power devices can be made extremely thin and even flat these days. If you can’t make a direct connection to an electrical outlet you will need an extension cord that is rated approximately 1 AMP or greater. This is a very minimal amount of electricity, which allows for the use of thin, light gauge wire. You can find these cables in a wide variety of shapes and colors with plugs that will allow almost a flat connection to the wall.
Surge Protectors – If you live in an area with frequent electrical blackouts, brown-outs or voltages that fluctuate up and down, a surge protector is an excellent investment to protect your electronic signage from damage due to spikes, surges and electrical shorts. It only takes a single electrical incident to destroy your expensive electronics investment. Buying a surge protector is cheap insurance against such calamities.
Internet Connectivity – Unless you are making constant use of live, streaming video, the connectivity requirements for your internet connection when using electronic signage are quite minimal. You can easily get away with using an inexpensive DSL circuit, cable modem or even wireless 4G connectivity. Bandwidth consumption should be minimal and there should be no need for expensive static Ips, fiber or dedicated circuits. Primary connectivity to your display can be made using either a wired Ethernet or wi-fi. Whatever grade of Internet connectivity you already have should likely suffice.
Video Connections – Most modern displays connect to signal sources, such as the device that generates the signal for your electronic signage, via an HDMI or VGA cable. The majority of both displays and devices already come with these cables supplied or plug directly in to the TV’s input. There is almost never a need for additional high-end, gold-plated connectors or cables. These rarely have any effect on the quality of your picture. Instead, make sure that all connections fit tightly and are firmly connected.
Wi-Fi – If your electronic signage makes use of wi-fi for its internet connectivity, you likely will not have any problems. If you suffer from repeated wi-fi connectivity problems you will need to look for possible sources of interference. Wi-fi shares frequency spectrum with numerous other wireless electronic devices such as cordless phones, remote-control toys and even microwave ovens. In rare cases you may need to reposition your wi-fi router or other devices to keep these signals from interfering with each other. If that still doesn’t solve the problem, you may want to consider the use of a hard-wired Ethernet connection using CAT 5, 5e or 6.0 cabling. Running these cables to your display may require hiring a professional installer, but it should render your internet connectivity immune from RF interference.
For many years advertisers have been paying huge amounts of money to mass media companies for not minutes but seconds of an audience’s attention. These companies with huge marketing budgets have greatly influenced the thoughts and behaviors of consumers with wonderful, emotionally charged visual ads on TV. We all have our favorite commercials, slogans, and taglines, most of these imprinted in our easily impressionable minds. “A coke and a smile”, “The King of Beers”, “The Ultimate driving experience” “Where’s the Beef” ,Ok that one dated myself. These slogans delivered after watching emotionally charged visual content with Clydesdale horses, funny old ladies or exciting fast-moving cars can make quite an impression on consumers. Impressions that advertisers will pay millions of dollars per second for these commercials and run these ads repeatedly over an extended period.
Visual impression marketing is real, and it works. We can learn in its simplest form that consistent slogans, colors, and emotions produced over time can influence or program an audience. With today’s technologies and partners like #Revilocity, even small businesses and retail owners can take advantage of visual programming. Not that you need a budget for an awesome video commercial but the fact that consistent visual messages over time can indeed influence persuade and even program an audience into thinking and feeling a certain way about a brand. When a business owner combines visual TV program touches from #Revilocity with social media posts, email marketing and other forms of communications, you can for certain create an emotional connection with your audience and influence the way they think and feel about your brand. This is a great strategy to gain more loyal customers, never underestimate top of mind brand awareness. You can now take ownership and have more control over those feelings with modern technology. Whether to inform, influence or simply communicate in a new way with your audience, #Revilocity is here to help.
Choosing the size of your display is one of the most important decisions you will make when planning your digital signage deployment.
We currently recommend three different screen sizes at the moment. The proper size will depend largely upon the farthest possible viewing distance that you want the sign to be readable from. In small rooms and reception areas, a 40″ display may very well suffice. However, if you are placing your signage in a large, open room, the same size will deliver less than acceptable results. Here are our recommendations for each of the display sizes we currently offer.
40″ Display – Viewable up to 10 feet away
43″ Display – Viewable up to 12 feet away
49″ Display – Viewable up to 14 feet away
Keep in mind that the overall formatting of your content should also be taken into consideration. If your content consists largely of images and text with large fonts, the above recommendations should be fine. However, if your content includes lots of smaller text, price lists or detailed descriptions you should probably opt for a display at least 3-6 inches larger than shown on the list above.
It’s a fair statement to make that bigger is usually better when it comes to choosing the size of your digital signage display. There are hardly ever any circumstances when choosing a larger display will do any harm. Choosing too small of a display can be a serious impairment to getting your message seen though. Choosing a larger display almost always pays off in the long run. The small difference in up-front cost is easily offset by the increased effectiveness of your signage campaign.
When it comes to choosing a method for mounting your digital signage display the top choices are wall mounting or using a dedicated TV stand to attach your display to. Both choices are usually quite cost-effective, with wall mount units being cheaper but requiring more time and expertise to install. The third option is using the built-in stand that comes with most displays, but this method is usually not practical for commercial applications where the hardware must be secured to prevent theft and accidental damage.
WALL MOUNTS The majority of digital signage these days is installed by attaching the display to a wall via a wall mount. Wall mounts come in a variety of shapes and sizes, but all perform the same, basic function. That is, to mount the display securely by attaching the mount directly to studs or wooden beams inside the wall. It is also possible to use wall mounts on surfaces such as brick or concrete in some cases, but these installations are usually much more complicated and costly. Once installed, the display can be positioned at the optimum angle for viewing. The main disadvantage of using wall mounts is the fact that electric cables will need to be run to the back of the display in order to provide it with power. Unless outlets are already available at these heights on the wall, an extension cable will usually need to be run to it from a nearby outlet. This may not be aesthetic that many business owners desire though. Qualified audio-video installers can usually conceal the extra wiring using molded, plastic trim. This will generally add to the time and cost of the installation though.
TV STANDS Dedicated TV stands are not the type that you will find in most homes. TV stands appropriate for commercial use are generally made of very heavy, solid steel, or sometimes come in tubular steel sections. The most important aspect when choosing a proper TV stand is to make sure that the weight of the display can be adequately handled. You can generally find the maximum weight that these stands will support in their sales literature. Besides the company’s published specs, a good rule of thumb is to buy a stand that weighs MORE than the display it is meant to support. TV stands can be semi-permanently set in place or supported by lockable casters to allow some mobility. As with TV wall mounts, the display will still need electrical cables run to it, but portable TV stands can be easily placed close to nearby outlets that are located along the wall. Some assembly is usually required with these stands, but overall they are much simpler to install than wall mounts and can be easily moved from one place to another.
DESKTOP/COUNTER/VESA INSTALLATION If you are considering digital signage that is 32″ or less, you can typically find computer monitors that include built-in stands. These need to be set on flat surfaces, such as a desk, countertop, a bar, etc. Generally, the built-in stands work adequately with small displays and computer monitors. If you are placing the display in an area where it could possibly be jostled or knocked over you are probably better off securing it via a VESA type mounting solution though. These mounts will secure your display via screws on the back of the monitor. The other end of the mount is screwed permanently in place on a wall, countertop or other solid objects. VESA mounts help top prevent both accidental damages as well as theft from areas that are not always under constant watch.
There are a wide variety of electronic display technologies available today. These range from the somewhat antiquated but very capable Plasma HD Displays to the most advanced display technology on the market today… OLED TVs. For practical purposes, we are going to skip the previous generation of displays and televisions that are no longer relevant to the market today. These include older CRTs, standard definition televisions, NTSC monitors and analog projectors. Here is what you need to know in order to choose the right display for your situation.
PLASMA DISPLAYS This technology is definitely on the way out, with few, if any, new plasma displays in production today. Energy requirements are about 5x what current LCD/LED displays currently use. The results are usually a much brighter and more dynamic-looking display though. Unfortunately, these displays have a lot of drawbacks, including their expensive price tags compared to LCDs, large bezels around the screen that was necessary when they were first designed and their bulkiness. Even a 40″ plasma display can weigh upwards of 100 lbs, which can prove a problem if you are looking to mount one of these units to a wall. Another downside is the resolution. At the time the production lines for plasma screens were in full swing, 1080p HD was the highest resolution out there. Most plasma displays are limited to 1080 HD, while LCD and OLED displays can deliver UHD or Ultra-High Definition (UHD) that is nearly 4x as sharp and uses a fraction of the power that LCD displays use. Our recommendation is if you have one and it still works well, hangs on to it, but only if your signage is limited to HD content. The Large plasma screen is still effective and eye-catching. If you are starting from scratch, we would definitely not recommend this as a purchase option though.
PROJECTORS OR HOME THEATER PROJECTORS When speaking about projectors, most people’s minds turn to the technology used to display old slide shows and office presentations. However, the modern counterparts to these units are multimedia powerhouses that can fill the roll in some very specific signage needs. To be sure, multimedia projectors are one of the pricier options. Indoor units range from as little as $100 to well over $5,000. Their large, up-front cost and sometimes difficult operation make them an option that is only really applicable for niche needs. On the positive side, you can easily project a 10 foot or larger Ulta High Definition video almost anywhere there is a flat surface. They can be used on indoor walls or even outdoors on the sides of buildings, much like at an old drive-in. While the technology has advanced greatly over the years, it still does not provide as clear and crisp a picture as you could expect from a high-end LCD or OLED display. It may have a place in special events though, especially those that take place outdoors at night. Projected against an appropriate background under favorable (dark) conditions, some projections can be seen from hundreds of yards away. We only recommend the use of this technology if you have some sort of events like this in mind for occasional use though.
LCD/LED DISPLAYS The term LCD and LED seem to be interchangeable and can be a bit confusing, but here is what you need to know. LCD or Liquid Crystal Displays are the technology that most modern flat-screen displays are based upon. The technology goes back decades and has been perfected to the point where these displays are now very thin, light and provide sharp, accurate video. LEDs, or Light Emitting Diodes, are a type of lighting technology that has also been around for quite some time but has only recently come into use in displays. LEDs do not replace LCDs but are used in combination with them to provide brighter and more accurate pictures using backlighting. This helps to offset one of the bigger problems of LCD displays, which is the ability to be seen in low light conditions, especially at angles where you are trying to view them from side angles. LEDs greatly help to give LCDs a more viewable picture with a wider viewing area, more brightness and better color saturation for some colors. This combination is the predominant technology used in TVs and commercial displays today. It provides for relatively thin and lightweight displays with much lower power requirements than plasma screens or CRTs. They weigh only a fraction of their older counterparts and scale up to the highest resolution options available today. The majority of new, large screen LCD/LED displays to provide UHD or 4K in addition to lower resolutions such as 1080 HD and are fully backward compatible. In the vast majority of situations, LCD/LED displays provide the greatest usability and value for digital signage owners.
OLED DISPLAYS An up-and-coming technology, OLEDs (Organic Light Emitting Diodes) are the latest and greatest when it comes to cutting-edge display technology. Their limited availability and high prices compared to LCD/LED displays do not make them a very cost-effective choice at the moment though. Most OLED displays feature 4K or UHD Ultra High Definition options and use a technology that is very similar to current LCD/LED models. The main difference between these technologies is their size. OLEDs use VERY thin and flexible panels that greatly reduce the thickness and weight of their screens. OLEDs are the first displays truly practical for hanging on a wall like a painting or large photograph. They weigh a fraction of their LCD/LED counterparts and are typically well under an inch thin. Some come with curved screens that may provide an enhanced viewing experience in home theater situations but are generally not very useful in electronic signage applications where you want the picture to be viewable from as wide an angle as possible. Picture quality is generally superior to most LCD/LED displays due to their ability to provide more accurate colors, brighter whites, and deeper blacks. For most digital signage applications, use of this technology is a bit overboard though. The up-front cost is several times what you will pay for a comparable LCD/LED model of the same size and features, and few customers would be able to distinguish the difference in quality between the two technologies using typical electronic advertising applications. OLEDs displays are definitely the displays of the future. They are a very expensive, and largely unnecessary, the technology presently though.
COMPUTER MONITORS Most of the technologies we have described thus far are used in integrated televisions with tuners for local TV, cable and satellite transmissions, in addition to external audio-video devices. Dedicated computer monitors typically do not include TV tuners and are primarily made to display video provided to them through a computer connection. The vast majority of computer monitors today utilize the same LCD/LED technology you will find in consumer and commercial displays. The biggest differences between TV displays and computer monitors is their size. The vast majority of TVs manufactured today come in sizes 40 inches and up. The majority of computer monitors manufactured today are 32 inches or less. Computer monitors do not always come in the standard 16:9 aspect ratio (widescreen) that all TV new displays come in. They can vary widely in available resolutions as well. If you are looking to use a computer monitor for your electronic signage you will need to make sure that it has an HDMI input, as some monitors only have VGA and DisplayPort inputs. These cannot be used for any of the electronic signage products we currently offer. Also, make sure that any monitor you buy provides resolution of at least 1920 x 1080. Higher resolutions are fine, but lower resolutions may not display your signage properly.
We process visuals 60,000 times faster than text
Psychologist Albert Mehrabian demonstrated that 93% of communication is nonverbal. Research at 3M Corporation concluded that we process visuals 60,000 times faster than text. People think using pictures. John Berger, the media theorist, writes in his book Ways of Seeing (Penguin Books, 1972), “Seeing comes before words.”
At Revilocity, Inc. we create visual signage for unique brands. We work with brands that make a difference, do things differently and believe in a strong community. We want to help tell your unique story and connect the brand and audience at a deeper level. We also use visual to ask and encourage brand engagement on your behalf. Share value than asking, share than ask that’s our formula for success! We help leverage your greatest assets for growth, the employee and the customer. By using effective, visual communications you can increase social media participation, reviews, contests, polls, SMS lists, hashtag sharing, business events and more. Grow brand awareness, connection, and community. Get more referrals “Robust referral-marketing programs are achieving significant revenue gains—10 to 20 percent for established products and up to 100 percent for new products, according to BCG’s research.”


All of the technology in your office is run by one system or another. We ensure that the system that runs the technology in your office is working for you.
Effective technology solutions for businesses include:
- Integrated of phone systems
- Quality Internet connections with a large network capability
- Data backup in case of natural or unexpected disasters
- Anti-Virus and anti-spam capability for all of your systems
As a leading technology solutions company, we provide Help Desk Support and Proactive Monitoring
Proactive monitoring is what it’s all about! By monitoring your equipment, network, and other facets of your technology, we are able to pinpoint exactly when and if a problem occurs and fix it before you’re even aware it happened. Much more than the break-fix approach, proactive monitoring keeps your technology running smoothly so your business can, too.
N-able, our RMM solution, allows our technology solutions company in Fort Lauderdale to monitor servers, workstations, network devices, and mobile devices for statuses and errors, without interfering in your business processes.
Thinking about technology solutions for your business? Contact us today!


Dean of the College of Engineering, Georgia Institute of Technology
Gary S. May is the dean of the College of Engineering at the Georgia Institute of Technology, ranked number 4 in U.S. News & World Report's annual list of the best American graduate engineering programs. From May 2005-June 2011, he served as the Steve W. Chaddick School Chair of the School of Electrical and Computer Engineering, and previous to that, he was the executive assistant to Georgia Tech President G. Wayne Clough from 2002-2005.
Dr. May joined the ECE faculty in 1991 as a member of the School's microelectronics group. His research is in the field of computer-aided manufacturing of integrated circuits. He was a National Science Foundation "National Young Investigator" (1993-98) and was Editor-in-Chief of IEEE Transactions on Semiconductor Manufacturing (1997-2001). He has authored over 200 articles and technical presentations in the area of IC computer-aided manufacturing. In 2001, he was named Motorola Foundation Professor, and was appointed associate chair for Faculty Development.
Dr. May is the founder of Georgia Tech's Summer Undergraduate Research in Engineering/Science (SURE) program, a summer research program designed to attract talented minority students into graduate school. He also is the founder and director of Facilitating Academic Careers in Engineering and Science program (FACES), a program designed to encourage minority engagement in engineering and science careers. Dr. May was a National Science Foundation and an AT&T Bell Laboratories graduate fellow, and has worked as a member of the technical staff at AT&T Bell Laboratories in Murray Hill, NJ. He is a member of the National Advisory Board of the National Society of Black Engineers (NSBE).
Dr. May is a native of St. Louis, Missouri. He received the B.E.E. degree in electrical engineering from the Georgia Institute of Technology in 1985 and the M.S. and Ph.D. degrees in electrical engineering and computer science from the University of California at Berkeley in 1987 and 1991, respectively.
Computer-aided manufacturing of integrated circuits and devices
Monitoring, modeling, simulation, control and diagnosis of semiconductor fabrication processes
IC design for manufacturability
IC yield modeling
Father of the Year, given by the Father's Day Council of Atlanta and the American Diabetes Association (2011)
Outstanding Alumni Award in Electrical Engineering, University of California at Berkeley (2010)
American Association for the Advancement of Science Fellow (2008)
American Association for the Advancement of Science Mentor Award (2006)
NSBE Golden Torch Award: Janice A. Lumpkin Educator of the Year (2006)
IEEE Fellow (2005)
Motorola Foundation Professorship (2001-2005)
ASEE Minorities in Engineering Award (2004)
Georgia Tech Outstanding Undergraduate Research Mentor Award (2004)
Who's Who among African Americans (2004)
Wickenden Award for Outstanding Paper, Journal of Engineering Education (2003)
Giant of Science Award from Quality Education for Minorities Network (2002)
Who's Who in Engineering Education (2002)
Selected by the National Academy of Engineering to Participate in Frontiers of Engineering Conference as one of "the nation's top 100 engineers between the ages of 30-45" (2000)
Outstanding Paper Award, IEEE Transactions on Semiconductor Manufacturing (1998, 2000)
Georgia Tech Outstanding Service Award (1999)
National Science Foundation National Young Investigator (1993-98)
Outstanding Young Alumnus, Georgia Institute of Technology (1993)
My time as part of SAA's Ramblin' On committee was a phenomenal one. I simply loved the experience, which allowed me to help plan a major event while developing necessary communication and cooperation skills with both other members of the committee and professionals, as well. Plus, the group of students I worked with ultimately all became my friends, which is an invaluable feeling!! - Josh Brown, HTS 2015, SAA Committee Chair
Mentor Jackets program is awesome. I not only have a wonderful mentor, but also ended up having a lifetime friend who can offer me advice and help whenever I need it. I will participate in this program every year. The program provides precious opportunities for students to connect closely with alumni. - Zhong Chen, Master's CS 2013, Mentor Jackets Participant
Being a part of the Student Alumni Association opened doors at Georgia Tech that I would never have dreamed of. During my time as a member of SAA, I was given the opportunity to coordinate a Dinner Jacket event with Tom Fanning, the CEO of Southern Company and a fellow Yellow Jacket. That was easily one of the most memorable and rewarding experiences from my time at Tech. Plus, I got a free steak out of it! - Imran Ali, MGT 2012, Dinner Jackets Participant


OPPO proudly unveiled its latest addition to the OPPO F3 series smartphone lineup, the "OPPO F3 Black Series." Boasting advanced features, the OPPO F3 Black is equipped with a 13 MP rear camera featuring a 1/3-inch sensor with PDAF technology, ensuring sharp and detailed photography. Additionally, it features an 8 MP front camera for stunning selfies and video calls.
Under the hood, the F3 Black is powered by an octa-core processor, 4 GB of RAM, and 64 GB of internal storage, providing users with a seamless and snappy performance. Enhanced by the ColourOS 3.0, this smartphone promises an intuitive user experience.
As a testament to our commitment to excellence, MEMC proudly spearheaded the launch event for the OPPO F3 Black Series at Junction City Yangon, delivering flawless services to ensure a memorable and successful unveiling of this cutting-edge smartphone.


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