System Upgrade Board
Phoenix System Upgrade Board is a enhanced mainboard which allows
a computer upgrade to take place more economically, faster and
with significantly higher performance results for computers than
are available from alternative upgrade methods.
can for example turn your turn your Pentium I or Pentium II computer
into a current generation computer without taking out any of the
in itself saves time (and saving on technical time saves money)
but the real advantage is the massive performance boost that is
performance upgrades, such as the jump from Pentium I or II to
Pentium III commonly require significant component swap-outs in
a PC to the extent that you almost have a different computer at
the end of the process.
Why the Phoenix System Upgrade Board
has revolutionised computer upgrades?
are designed with different System Architectures (ie combinations
of components that will work together). If you want a processor
that will run contemporary software it is not as easy as simply
putting in the latest processor to get more processing power !
For any type of significant improvement with other upgrade options
you need to swap out the computers mainboard (which everything
inside a PC connects to in order to work together).
a mainboard however usually creates more issues - principally
that other components also need to be upgraded to work with the
new "next generation system architecture" that has been created.
Changing too many components means you end up with a new box and
all you are holding onto is your monitor, keyboard and mouse.
This older traditional approach is a costly time-consuming technical
upgrading older generation computers can also be costly if staff
experience problems of slow or crashing PCs that prevent them
carrying out their work as quickly and efficiently as possible.
not buy new computers ?
decision on whether to upgrade PCs or buy new ones has always
been a difficult decision to make. At what specification do you
buy in at ? Once you have spent your money you then face heavy
asset depreciation as your PC is quickly overtaken in performance
terms by newer models.
System Upgrade Boards allow you to spend less money on upgrading
your existing PCs and still achieve the contemporary performance
standards needed for later versions of software.
exactly can the Phoenix System Upgrade Board achieve ?
Phoenix 370/S System Upgrade Board allows you to
Keep your existing computer's components intact
Achieve Intel Pentium III or Intel Celeron processor standards
(using these processors)
Allow your PC to take memory types and capacities needed
to use the latest memory hungry software (eg latest versions of
MS Windows, MS Office etc).
Make considerable savings on the alternative - buying new
overview of an upgrade using the Phoenix System Upgrade Board
The Phoenix System Upgrade Board fits into an ISA slot (as an
anchor point only). The existing components including the original
mainboard are kept intact while the Phoenix Board takes over control
from the existing mainboard. A processor and DIMMs memory are
user keeps their Monitor, Keyboard, Mouse, Floppy Drive, Hard
Disk and other components. Functionality such as network card,
sound and graphics are built-in to the Phoenix Board.
technical time needed for carrying out the upgrade is much less
than situations where the old mainboard is taken out and replaced
by a newer one. This also saves considerably on the overall service
and product cost of the upgrade and minimizes downtime for an
upgrade roll-out. The costs of any upgrade project include capital
costs of new hardware, technical time needed for the upgrade and
downtime / disruption costs to staff. The Phoenix System Upgrade
solution helps to save resources in all these areas.
370/S System Upgrade Board
Technical Product Overview
Phoenix 370/S System Upgrade Board is a complete system upgrade
for AT, Baby AT and ATX footprint PCs (including tower systems).
The Phoenix upgrade board provides an upgrade to the processor,
memory and all other subsystems, bringing even the oldest computer
up to today's technology, at the fraction of the cost of a new
machine. It is compatible with any machine with an ISA slot (used
as an anchor point only), providing a cost effective solution
where budget prevents the investment in a new PC.
370/S System Upgrade Board
Celeron and Intel Pentium III (FC-PGA) up to 1.3GHz
designed for PGA370 ZIF sockets (FCPPGA & PPGA 370)
630E 2D/3D Ultra-AGP Single Chipset
Realtek 8139C 10/100M Ethernet
BIOS, supports DMI, Plug-and-Play, ACPI, Boot from CD-ROM,
LS-120 120MB FDD, ZIP devices, PXE2.1 Anti-virus BIOS
for prevention against boot-virus
168-pin DIMM sockets, for up to 1.0 GB of SDRAM memory
capacity Supports8/16/32/64/128/256/512MB memory modulesECC
PS/2 keyboard port
1x PS/2 mouse port
VGA port4x USB ports (2 USB option for cable)
1x Floppy port header (supportsLS120)
1x Parallel port header (EPP, ECP port)
1x IrDA TX/RX header
2x Serial port headers (16550 fast UART compatible)
1x MIDI/game port header and 1x audio jack: Line Out,
Line In, and MicIn
1x RJ-45 phone jack (10/100Mb Ethernet support)
3D Graphics and AC97 audio on-board
Modem ring-in remote power on (for ATX power) Hardware
monitoring (fan, temperature, voltage)
Built-in Fast Ethernet controller
Bus master IDE
UltraDMA/66 PCI Bus Master IDE Ports, supports up to
20-pin power connector
AT 12-pin power connector
voltage regulator supports 1.3V to 3.5V
Size (250mm x 12mm)
370/S System Upgrade Board
asked questions on expansion using a Phoenix Upgrage Board
Does it have sound ?
A Yes, it has 3D sound built in.
Q Can I use a modem with it?
A Yes, the Phoenix Upgrade can use a modem connected via
a USB or serial port.
What graphics capability does the Phoenix Board have ?
A The Phoenix Upgrade has AGP 4X 3D graphics built in.
What hard drives does the Phoenix Board support ?
A It supports IDE (ATE 66 Disk Interface) drives. It works
as well with an ATA100 75 Gb HDD as well as with an old 80 Mb
What about Network interfaces ?
A It has Ethernet 10/100 with full duplex capability built
Will the Phoenix Upgrade work with a PC with an ATX power supply?
Will the Phoenix Upgrade work with a PC with an AT power supply?
What if the PC has a non-standard connection for the power
A Custom cable adapters for non-standard power supply connectors
can be supplied.
Which processors will the Phoenix Upgrade support?
A Intel Celeron, Coppermine Celeron and Pentium III Processors
Are current generation Operating Systems supported ?
A Yes - Windows 2000 and Windows XP are supported.
and Corporate Benefits derived from using the Phoenix Upgrade
A comprehensive single board solution at a very competitive
Uses current technology · Expansion via legacy Serial/Parallel
Can be supplied with Disk Flash Module (for operating systems
Direct support from the manufacturer available
Development support for special projects and tailoring
Widely configurable to suit application.
Standardises redeployment output - effectively one machine.
Allows unused case/power supply stockpiles to be turned into serviceable,
high specification machines
Provides a renewed lease of life for a machine AND manufacturer
warranty and direct support, reducing the burden on you the refurbisher
A single product that suits all desktop, and minitower
A single upgrade means simple across the board installation
procedures and times, assisting in the refurbishment costing process.
Ideal for refurbishments, providing a single image and
hardware configuration, irrespective of the myriad of different
Genuinely extends the life of the recipient PC in the region
of 2-3 Years
Rationalises the install base by effectively creating a
fleet of one kind of machine.
Increases reliability by the renewing all of the major
components of the system
Simplifies administration by enabling a single operating
system image across all machines with the Phoenix installed. ·
Eases desktop management by supporting DMI (Desktop management
Eases out of hours software updates by supporting ACPI
and Wake on LAN.
Simplified installation due to PXE (Pre Execution Environment)
Scalable performance enables configuration of the system
to suit a wide range of changing application environments. (We
can configure memory, processor, graphics, ethernet [see technical
Provides a features/functionality upgrade to support the
next generation of operating systems and applications: Hardware
DVD decoder, USB, AGP 4X, and 3D Sound.
Can be supplied with a next working day full PC maintenance
offering at a very competitive price.
Uses the cheapest memory technology (SDRAM) where some
of the recipient machines may utilise scarce and expensive EDO
Supports all x86 operating systems, including LINUX.
Approved for use with Windows 2000 , Windows ME, NT 4.0
and Windows 95/98.
Offers a solution even when capital equipment freezes prevents
the purchase of a new machine
Provides a considerable saving over the cost of a replacement
Cuts out need to deal with disposal of older PCs. This
ensures that associated charges and new European Union legal requirements
on PC materials re-cycling are met


2.3 System Utility Icons
On the right part of the taskbar is a system tray with a clock showing the system time (Picture 1). At the bottom of the taskbar, today’s date appears, along with the total amount of RAM and the amount of free memory available.
As well, several icons provide quick access to system utilities. To see a “hover box” with additional information about a system utility icon, hold the mouse pointer over one of the icons.
Use these icons to conveniently open these utilities:
- Virtual Keyboard
- Screenshot Maker
- Explore My Computer
- Task Manager
- Display Configurator
- Date and Time (You may also double-click the clock.)
If a network is installed, the Network connection icon displays full configuration details such as operational status, IP address, DNS server address, firewall status, and so on.
If a second language is installed, the current language is displayed, along with a hint about how to change the active language.
After you have successfully started Active@ Boot Disk, click Utilities > Explore My Computer. The Active@ Boot Disk Explorer utility appears (Picture 2). You should see all the physical and logical devices associated with your computer along with the RAM drive Boot (X:).
Picture 2. Active@ Boot Disk Explorer


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- Solar Panel: Two (2) 100 mA polycrystalline
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29 February 2000
The Honorable Trent Lott
Dear Senator Lott:
I am writing on behalf of The Institute of Electrical and Electronics Engineers - United States of America (IEEE-USA) to urge your support for passage of the Networking and Information Technology Research and Development Act (NITRD, H.R. 2086) which the House of Representatives recently passed with strong bipartisan support and 49 co-sponsors.
Recent findings by both the Congressional Budget Office and the Presidents Information Technology Advisory Committee (PITAC) report that federal investment will play a crucial role in maintaining American leadership in the information technology sector. H.R. 2086 would authorize appropriations totaling $6.9 billion for FY2000-2004 for research and development activities of the High-Performance Computing Program which is carried out by several agencies including the National Science Foundation, National Aeronautics and Space Administration and the National Institute of Standards and Technology. NITRD bolsters math and science education through the inclusion of $95 million for universities to establish a for-credit internship program for research at IT companies. This legislation will provide authorized funds directed at much needed long-term basic research on networking and information technology and provide grants for the development of major research equipment.
NITRD also requires the NSF to report to Congress on the availability of encryption technologies in foreign countries and how they compare with similar technologies subject to export restrictions in the United States. We believe that U.S. restrictions on the export of strong encryption technologies position U.S. companies at a worldwide competitive disadvantage. Strong encryption technology has legitimate commercial uses and the demand for encryption will be satisfied, if not by U.S. companies, they by non-U.S. companies.
As the PITACs February 24, 1999 Report noted, the basic computer science research underlying todays applications is more than a decade old and is fast becoming outmoded, and the necessary high-risk research with associated long-term effects is not likely to be performed by the private sector. We believe H.R. 2086 directs the necessary resources towards achieving the next generation of information technology.
We urge you to support passage of H.R. 2086, the Networking and Information Technology Research and Development Act.
IEEE-USA promotes the careers and public policy interests of the nearly 230,000 U. S. members of The Institute of Electrical and Electronics Engineers Inc., the worlds largest technical professional society.
If you have any questions or would like further information, please contact Raymond Paul at (202) 785-0017 x 8331.
Merrill W. Buckley, Jr.
(Note: This letter was also sent to each Member of the United States Senate).
The Institute of Electrical
and Electronics Engineers - United States of America
Last Update: 29 Feb. 2000
Copyright © 2000, The
Institute of Electrical and Electronics Engineers, Inc.


What will the social impact be of the rise of a new technological era, of which we are only feeling the very first tremors? How do we keep whole sectors of society from falling down economically?
Should robots be taxed?
The technological upheavals that lie ahead are increasingly coming into view. Robots, and, more generally, artificial intelligence, are revolutionizing society as we know it. All industry and business sectors are or will be impacted, as we can see by these few examples.
Artificial intelligence in Tokyo
A team from CHUV in Lausanne has just updated a computer algorithm used to facilitate decision making when responding to side effects caused by immunotherapy administered to patients with cancer. In 2008, Google launched a computer algorithm that tracks flu epidemics, which is used today in many countries.
An artificial intelligence system was tested last fall at the World Artistic Gymnastics Championships in Doha, Qatar, with the goal of being operational for the Olympic Games in Tokyo, in 2020. It will assist judges in scoring athletes, and is expected to one day replace them.
"Friendly" robots: how far will it go?
Source : Journal des arts et métiers


Customers in southern and eastern China might applaud the measure, but it is likely to have little impact in the country's vast northern regions.
With current battery technology, electric vehicles do not perform well in cold weather.
Pang Yicheng, CEO of the news portal d1ev.com, said some automakers admitted their electric vehicles are sold only in regions south of Beijing because they worry their batteries might not work well farther north - where temperatures can fall to minus 30 C or even 40 C in winter.
Lithium batteries are designed to still work down to minus 25 C and as high as 60 C, but performance drops sharply in temperatures below zero, said Tong Deming, general manager of battery maker Microvast.
Sun Fengchun, vice-president of the Beijing Institute of Technology, said electric vehicles that can run 100 kilometers at 25 C might have a range of less than 50 kilometers when the temperature falls to minus 25 C.
Forbes magazine reported that the AAA Automotive Research Center in Southern California found similar results when it tested three different electric vehicles under controlled circumstances to gauge their performance.
The test found the three models averaged a range of 105 miles at 24 C, but the figure plummeted to just 43 miles when the thermometer dipped to minus 7 C.
Compounding the problem, it takes almost double the time to charge batteries in frigid temperatures.
Sun of the Beijing Institute of Technology said his experiments show that batteries requiring 5.5 hours to fully charge at 25 C take 9 hours at minus 25 C.
Earlier this year Tesla CEO Elon Musk apologized to Model S owners in Norway when they complained their cars were difficult to charge when temperatures fell below zero.
And under extreme conditions batteries do not charge at all.
"It is just like your mobile phone. It will turn off and will not charge when it is too cold," said Xiong Jinfeng, a new energy engineer at Higer Bus Company.
Battery companies around the world are trying to tackle the problem in different ways. But before any major breakthrough is made, some electric vehicle producers are providing batteries with a good working environment by installing heaters and air conditioning systems to keep them in their power zone.
Lin Cheng, deputy director of the National Engineering Lab for Electric Vehicles, said the approach is mainly for electric buses because the cost is too high for private users.
He said the problem might be solved in four to five years as scientists push back frontiers in the field.
"It won't be a dream to charge an electric car for 10 minutes at minus 20 degrees and it will run 300 kilometers," said Lin.
He said electric vehicles have a bright future despite current problems because they provide smooth operation, strong acceleration, require less maintenance than internal combustion engines and offer a cost-effective option for many.
Statistics from the China Association of Automobile Manufacturers show that 25,900 new-energy vehicles were produced in the first seven months of the year. Of them, 13,800 were pure electric, almost seven times the figure in the same period last year.
With universities a major source of innovation, Wang Duoxiang, dean of the College of Engineering at Peking University, called for universities and companies to join together to solve existing problems.
"Universities play a very important role in promoting industrial development. Among others, IT giants Cisco and Intel give almost half of their R&D funds to universities," Wang said when he addressed the opening ceremony at an industrial park for new-energy vehicles in Baotou, Inner Mongolia.


Filed under: Investing
RF Industries Announces the Appointment of Independent Board Member Joseph Benoit
SAN DIEGO–(BUSINESS WIRE)– RF Industries Ltd. (Nasdaq: RFIL) announced today that it has appointed Joseph Benoit to serve as an independent member on the Company’s Board of Directors.
From 1992-2012 Mr. Benoit held executive positions of increasing responsibility at Union Bank. As a Senior Vice President/Market President he directly managed over 100 Union Bank branch offices. In 2008 he became Executive Vice President and head of Business Banking for Union Bank. He subsequently served as Union Bank‘s integration manager for their FDIC assisted acquisitions.
Mr. Benoit has served on numerous boards, primarily in a finance capacity, including the San Diego Regional Chamber of Commerce, the Pacific Coast Banking School and the San Diego Zoological Society Foundation. He holds a B.S. in Business Administration from San Diego State University, an MBA from National University and he is a graduate of the Pacific Coast Banking School.
Howard Hill, CEO of RF Industries, stated, “We are very pleased to welcome Joe as a new independent member of our Board of Directors. We believe that his extensive financial experience will be of tremendous value to our board as we look to build long term value for our shareholders.”
About RF Industries
RF Industries manufactures, designs and distributes Radio Frequency (RF) connectors and cable assemblies, medical cabling products, RF wireless products and fiber optic cable products. Coaxial connectors, cable assemblies and custom microwave RF connectors are used for Wi-Fi, PCS, radio, test instruments, computer networks, antenna devices, aerospace, OEM and Government agencies. Medical Cabling and Interconnector products are specialized custom electrical cabling products for the medical equipment monitoring market. RF Wireless products include digital data transceivers for industrial monitoring, wide area networks, GPS tracking and mobile wireless network solutions. Fiber optic cable, connector and harness products serve computer, aerospace, computer networking and specialty applications.
This press release contains forward-looking statements with respect to future events which are subject to a number of factors that could cause actual results to differ materially. Factors that could cause or contribute to such differences include, but are not limited to: changes in the telecommunications industry; the operations of the Cables Unlimited division which was acquired in June 2011; and the Company’s reliance …read more
Source: FULL ARTICLE at DailyFinance


Today, Google unveiled the new HD Chromecast device that’s $20 cheaper than the older 4K version. By removing ultra high-definition and Dolby Atmos support, the new 1080p model Chromecast comes in at a very affordable $29.99. This price makes it even cheaper than the original 2013 Chromecast.
The official name of the new device is “Chromecast with Google TV (HD),” and it allows you to cast content from all popular streaming services like Netflix, HBO Max, Disney Plus, Prime Video, YouTube, and more. It comes with the now-familiar Chromecast remote, which has an integrated Google Assistant for voice controls.
The Chromecast HD runs Android 12 and supports the same features as the 4K model, minus the 4K resolution and Dolby Atmos support. That said, it also offers AV1 decoding (to improve streaming reliability) and virtual A/B seamless updates (which allows the device to install updates without wasting storage space).
Google confirms to 9to5Google that the original Chromecast with Google TV (4K) will be updated to Android 12 in the near future. It’s big news for fans of the 4K version of Chromecast because there have been minimal updates since the service launched in 2020. The device launched with a scant 8GB of storage, which users fill up with apps fast. The new update is expected to address long-standing issues arising from that limitation.


Hi guys, as I mentioned to you before, I created this blog mainly for my ICT module, so here I will be talking a little about what I am doing in ICT class. Today I will talk about my first week.
On our first day we learned about the History of Computing. What exactly a computer is, what they do and how they evolved. We also learned about output devices and searched for futuristic output devices, which I thought it was fascinating. One output device that really got my attention was this “dream recording device” that I came across. The dream recording device – also known as oneirography – is a system capable of recording higher-levels of brain activity. Scientists are trying to develop this “system” so that in the future it could be used to extend our knowledge and understanding of how/why people dream and how dreams are created. It could then be used by professionals such as Psychologists and be used for further analysis to understand the unconscious mind. – I think Freud would love to be around for that! – If you guys are interested and want to know more about this device, here’s the link for a video which explains how it was discovered and further details about it: http://www.youtube.com/watch?v=IV-Q51P-WZw. And that’s it for now.


Leading Italian marine equipment distributor expands underwater LED lighting system manufacturer’s reach into the Italian market
Swansea, UK and Lucca, Italy (November 19, 2015): Lumishore, the global leader in the design and manufacture of cutting edge, high-performance underwater lighting solutions, is delighted to announce that their leading underwater lighting systems are now available and supported in Italy by Ship Control Srl.
Renowned Distributor Expands Underwater LED Lighting Manufacturer’s Reach into OEM and Boat Yard Markets
Sarasota, FL (November 5, 2015): Lumishore USA, pre-eminent manufacturer of underwater lights, announced today that their product line is available and supported in North America by master distributor IMTRA, the leading manufacturer and importer of quality marine products.Read more...
London, UK and Sarasota, FL (November 2, 2015): Lumishore, the recognized leader in innovative, higher output underwater LED lights, introduces its new Integrated Color Change Surface Mount Lighting System.
Lumishore is committed to providing the boating industry with the brightest, highest quality underwater LED boat lights on the market. Using the latest proprietary LED technology, Lumishore underwater lights offer the finest boat lighting solutions for all types of vessels, including Super Yachts, Sailing and Motor Yachts, Cruisers, Sports Boats, Sport Fishers, Tenders & RIBs. With our broad selection of underwater LED boat lights we are sure to have a solution for your marine lighting application.
Recent major advances in brightness and efficiency have now ensured that LED technology is the only choice for underwater lights, and Lumishore leads the way in developing that technology and bringing it to market. We are underwater lights experts and will continue to lead the marine lighting industry.
In addition to single-color underwater light fixtures, Lumishore offers its UNIQUE Color-Change lighting system, to provide the ultimate underwater lighting experience. By selecting various combinations of wavelengths, Lumishore can produce LED arrays that emit vibrant colors across a wide color spectrum. Lumishore’s exclusive Color-Change underwater LED boat lights also offer the user the convenience of a single combined light unit that can produce millions of unique color combinations. Lumishore is the marine lighting industry leader in Color-Change LED technology. Don't be fooled by imitations.
The Lumishore engineering and technical team has been at the forefront of the high-intensity LED revolution for over 14 years. They are world-renowned within the LED industry, and the reason why Lumishore underwater LED boat lights are simply "The Best."


This catalog features a high-efficiency voltage stabilizer that combines robustness, low cost and easy maintenance without electronic power components.
These characteristics make it suitable for networks of all kinds (rural, urban, etc.), where investments and operational costs in improving the quality of energy are limited.
The regulator consists of a power transformer that provides a voltage compensation in series.
The design of the transformer has been optimized to obtain a regulator of high performance (around 99%) and low cost.
An automatic control monitors the output voltage and establishes the optimum compensation.
The regulator is manufactured under both European (EN 50160) and American (ANSI C84-1) standards.
The ART model is manufactured in IP-55 polyester cabinet (EN 60529), IK-10 (EN 50102) self-ventilated and can be installed both indoors and outdoors, protected from the ground by a small concrete base, base, metal etc ., to prevent moisture.
The CB model is designed for outdoor (waterproof) to hang on pole.
For other powers, input regulations and output voltages, please consult.


HLS master IC, 3.3 V (5 V–tolerant)
The MKY36 is a center (hearafter "master") IC for the Hi-speed Link System (HLS). If it is connected to a CPU using an 8-bit or 16-bit bus, it can be accessed from the CPU. It contains memory and has an I/O control register (DIN and DOUT areas) for each slave address and communication control registers for functions such as communication startup and error checking.
When the CPU accesses the MKY36, it recognizes the MKY36 as SRAM, so the CPU can control communication and DIO just by reading and writing to the memory of the MKY36. The MKY36 has two receiving pins (RXD1 and RXD2), so it can control two RS-485 communication lines. It also has two interrupt pins, so it can be used for a variety of interrupt functions such as input update interrupt and communication error interrupt. In addition to this wealth of interrupt functions, the MKY36 also contains built-in communication protocol, allowing it to relieve the load on the CPU for communication functions.
|8 bits / 16 bits
|CS, RD, WRL, WRH
|3.3 V (5 V tolerant)
|HLS communication (Full-duplex/Half-duplex)
|12×12×1.2 mm（0.5 mm pitch）
|Operating ambient temperature
|-40 to +85℃
|External input operating


Fab-level discrete-event simulation is an important practical tool for the analysis and optimization of semiconductor wafer fabricators. In such facilities, a clustered photolithography tool (CPT) is by far the most expensive tool and often the capacity bottleneck. In this paper, we consider linear, affine, flow line, and detailed models of CPTs for use in fab-level simulation. We develop extensions to affine and flow line models and demonstrate exactly how to convert raw CPT data into the various models. Using a detailed CPT model based on industry data as the baseline, numerical experiments are conducted to test the models’ fidelity for cycle time, lot residency time, and throughput. We also compare the computational burden of each model class. Further simulations are conducted to test the models’ robustness to changing fab conditions, e.g., when lot size or train size changes. Flow line models are shown to be more accurate and robust than linear or affine models and require approximately 200 times less computation than detailed models.


There are many advantages to buying a portable solar generator. Whether you’re looking to power your home or your car, the convenience of a solar generator can’t be argued. This generator offers several outputs, including AC and DC. There are also 4 USB ports for powering a variety of devices. Despite being quiet, this portable solar generator’s battery recharges relatively quickly. It also runs several devices for a long time, and it is virtually silent when running.
Before buying a portable solar generator, make sure you read some reviews to know what to look for and what to avoid. Some models are better than others, so be sure to read the reviews before you make your final decision. The size and wattage of a solar generator will depend on how many devices it will power and the length of time it will need to charge. Some models have higher wattage than others, but keep in mind that you can also use one of these in the car if you need to charge a cellphone. Looking More visit Best Portable Solar Generator.
In addition to AC outlets, you will want to look for portable solar generators that are compatible with your vehicle. They should have a USB port so you can charge your cell phone or other device. Make sure that the solar generator you buy is lightweight, easy to carry, and comes with multiple input options. You may even be able to get it to work with a wall outlet and a 12-volt socket, which will make life easier when you need to charge your cell phone.
If you’re looking for a portable solar generator for sale, then you’ve come to the right place. Whether you’re on vacation or simply need a portable power station, there are a variety of different options to choose from. Solar generators, or portable power stations, run on stored energy, so you’ll need to pay attention to how much power each model can produce. You’ll want to look for the battery capacity and the power rating, which refer to the amount of electricity the solar generator can deliver at one time. Generally speaking, the higher the capacity, the less electricity you’ll receive, but it will work better for longer periods of time.
Some portable solar power stations are extremely portable and lightweight. Others are designed to be permanently installed, like the Delta Pro, which is a large, expensive piece of equipment. Still, if you need solar power for your entire home, you can purchase portable units, like the Anker 545, that are small and lightweight. However, a portable solar power station should be able to charge a few electronic devices at one time.
If you are considering purchasing a Portable Solar Generator near me, there are a couple of things you should consider. One of the biggest factors when choosing a portable solar generator is its charging system. You can use the portable solar generator to charge your laptop or phone, and you may even want to consider purchasing a portable charger for a car. These devices can also recharge your smartphone using a USB port. These are all great features to have when you’re on the go, but you should also make sure to choose a unit that fits your needs.
A portable solar generator should have a high enough power output to run small appliances. It should also be lightweight. A high-quality solar generator should have a battery capacity of at least six volts. A portable solar generator should have an output of at least 10 kilowatts. It should be able to handle up to 300 watts of power, which is perfect for smaller electronic devices. It should also be lightweight enough to be carried easily and should house all the parts in a sturdy box.


Many modern wireless routers can broadcast multiple access points at the same time. Typically, one accessed point is used to connect known devices to the network, and a completely separate access point is created for guests. The main benefit is that you don’t need to share your main Wi-Fi password with strangers and hope they won’t publish it anywhere.
Reset Your Router To Default Settings
Holding the reset button for about 10 seconds will reset most routers back to the original factory settings. This means that you can now access it using the manufacturer’s default password. Channel – You can select the channel that your WiFi network uses to transmit data to the connected devices.
Three different settings combine to provide a secure wireless network and they all can be changed from the router. WiFi router is responsible for providing wireless access to the network. It accomplishes this by converting data from a modem connected to the Internet into radio signals. These signals are picked up and used for communication by any wireless capable devices within the network’s coverage area.
Perhaps The full details. Download a lower version of Flash Player from this popular software portal. they need to change their Wi-Fi password for a roommate, set up remote access into their home network , or access files on a hard drive connected to their router. If you make a mistake configuring your router, or if you can’t log in with your router’s default username and password, you can reset your router to its factory default settings. On most wireless routers, a button devoted to this function is located in back of the device. It may also be recessed and require a paperclip to press it. Every router will have a reset button on it somewhere that is meant to be used in just this type of situation.
Mine are 192.168.2.1 for router and 192.168.1.1 for modem. I solved the issue by putting my routers connection type into dynamic and hey presto I could now access my modem. After gaining entry into your administrative router profile, you should make a point to customize your login information to something unique you’ll remember. Leaving the default username and password unchanged makes it incredibly easy for anyone to log into your router settings, make random changes, and steal your personal information. Changing your login information ensures you’re the only one with authorized access.
Some routers can be set to automatically find the most appropriate channel. The result of a network review may indicate that you need to change channels to improve performance. There are several security settings related to your WiFi network which are administered through the router. Failure to address the security of your network leaves your network and users vulnerable to the havoc that can be caused by unauthorized access or malware infection.
- A ledge cancel is when a player is passing through a platform and make a down light attack.
- In a nutshell, you can spam the dodge button while running or after attacking to go faster and further along the ground (or directly up/down).
- This gives you an excellent opportunity to chase evasive opponents while avoiding their throws and attacks.
- Do mind that dodging in place, or diagonally, as well as attacking, will end the chain and make you vulnerable.
- This will make the player land instantly and attack without delay.
- Mechanically, chase dodges permit more aggressive gameplay and open up more combo possibilities, particularly for low-Dexteritylegends.
Tableau 2020 3 Touts External Write To Database And Enhanced Data Prep
In your home network all your devices also have an IP address to communicate with each other inside the local network. When connecting to the internet, each device will most likely share the same IP, the public IP of the router or modem, that in turn translates and routes the connections with NAT. The private IP address, also known as the Gateway IP address, is what all your devices in your home network will use to access the internet, as that one is routing all the information. It is also the IP address you’ll use if you want to configure your router settings through the Web Interface. There are many reasons someone would want to access their router from the Internet.


Matrix-12, truly one of
the 'Monsters' of
The A-Z of Analogue Synthesizers
The Matrix-12 is the last flagship by the original Oberheim company. It was produced from 1985 and a small number were made to order by the "new" Oberheim in 1991. Now the model has long been discontinued and can only be found in the used gear markets at around US$2,500 to US$3,500, depending on the electronic and cosmetic conditions, with or without aftertouch ( a number of the early ones are without the aftertouch...) and any modifications (e.g. individual audio outputs) added.
Basically it is the combination of 2 Xpanders with a 5-octave keyboard and 2 modulation levers. This means that it is a 12-voice 12-part multitimbral polyphonic analog synthesizer. With 2 oscillators per voice and 12 voices in monophonic mode, one can produce probably the thickest, warmest, fattest and craziest synth sound.
As in the Xpander, each voice consists of the unique Matrix Modulation System, with 27 modulation sources and 47 destinations with user-definable routings. The total of 5 envelope generators, 5 low frequency oscillators, 4 ramps and 3 tracking parameters per voice are among the modulation elements that can provide a user with flexibility and creativity only the sky can limit.
All in all, the Matrix 12 is the culmination of Oberheim's search for the 'perfect analog synthesizer'. It doubles all the extensive programming features, MIDI compatability and sound potential of the Xpander.
12 Independent Velocity, Release Velocity and Pressure (After Touch) responsive analog Voices.
Voice Control Assignment can be per MIDI Input Channel (12 maximum) or per polyphonic grouping in up to six Zones.
61-Note (C0 to C5) five-Octave Velocity, Release Velocity and Pressure (After-Touch) sensitive Keyboard, non-weighted.
2 Non-dedicated Modulation Levers.
2 Non-dedicated Pedal Inputs.
2 Voltage Controlled Oscillators ("VCOs")
1 15-Mode Voltage Controlled Filter ("VCF")
15 Voltage Controlled Amplifiers ("VCA")
1 FM Modulation Generator
1 Lag Processor
3 Tracking Generators
5 Digital Envelopes
5 Digital Low Frequency Oscillators ("LFOs")
1 Noise Generator
Matrix Modulation System utilizing 27 possible Sources routed to 47 possible Destinations in up to 20 "Modulation Pages" per Voice.
12 Permanent ("hardwired") modulation per Voice.
MIDI IN, MIDI OUT and MIDI THRU Ports
Transmit and Receive Channel select independent per Voice (MIDI MONO Mode) or per polyphonic Zone.
Mode 1: OMNI On, Poly
Mode 3: OMNI Off, Poly
Mode 4: OMNI Off, Mono
Indendent Controller Number select
Controllers ON/OFF select
Patch Change Commands ON/OFF select
Miscellaneous MIDI Features -
System Exclusive ON/OFF select
MIDI Echo ON/OFF select
Three 40-Character Fluorescent Displays
100 SINGLE Patch Memory Locations
100 MULTI Patch Memory Locations
"Chain" Programming Mode
Cassette Interface - FROM (input) and TO (output) ports
Trigger Input Requirements (selectable): +5V DC signal minimum, 1ms Pulse Width
Power Requirements (selectable):
North America and Japan: 95 - 120 V A.C., 50 - 60Hz
Europe: 200 - 230 V A.C., 50 - 60 Hz
Length: 38-7/16 in. (97.63 cm)
Width: 20-5/16 in. (51.59 cm)
Height (maximum, Including feet): 5-15/16 in. (15.08 cm)
Net: 33 lbs. (14.97 kg.)
Shipping: 40 lbs. (18.60 kg.)
FS-7 Sustain Footswitch
POB-X Volume Pedal
Individual Voice Outputs Update Kit


SimStad is a multipart project with an overall goal of collecting and visualizing data of cities for city maintainance and planning, and public outreach.
Classification using deep learning
Municipals spend a lot of time and resources each year collecting data from their cities. By using deep learning semantic segmentation (AI), some of this data can automatically be converted into GIS-data (Geographic Information System), leaving more time and resources for other work.
The quality of drone and aircraft photos is not always enough. By using deep learning, images from drones and aircrafts can be improved by for example increasing the resolution, removing certain objects, or removing shadows.
Exhibition at Norrköping Visualization Center C
A large 3D-print of Norrköping has been created as a part of an exhibit at Visualization Center C. Projectors can show various datasets on the 3D-model, such as flooding risks and noise levels in the city.
A digital twin of Norrköping will be created as a tool to better understand the city.


Technology today is growing like never before with new inventions every day in Research and development sector. The 5G is one of those promising technologies which are going to change the way mankind looks at the Network. Telecom Industries have been testing 5G Technology for a long-long time.
What is 5G?
5G is the fifth generation of wireless network technology and so all the big telecom industries are working on building out their 5G networks right now Verizon, AT&T, Sprint and Jio are all working on 5G. The main highlight of 5G is but obvious Speed if seen carefully every new Generation of a wireless network is significantly faster than the previous one. It has a higher Response time, very low latency and a much higher endurance as compared to 4G.
- 1G: It brought us the very first cell phones.
- 2G: Let us a text for the first time.
- 3G: Brought us all online.
- 4G: Speed that we enjoy today.
To download to a 2 Hour film it would take
- 3G – 26 hours
- 4G – 6 minutes
- 5G – 3.5 seconds
How does it Work?
Electronic devices such as Mobile phones, Radios, etc work on very specific frequencies on the radio frequency spectrum typically those under 6 Gigahertz. These frequencies have now started to get more crowded. 5G is built on “Millimeter Waves” it’s a completely new section of very high-frequency spectrum upwards 30 Gigahertz up to 300 Gigahertz. This section of the frequency spectrum has never been used before for mobile devices and opening it up means more bandwidth.
The main drawback of this system is that the higher the frequency the lesser the range. So we would require a lot of nodes (towers) as compared to the 4G network.
What’s new in 5G?
1. Millimetre Waves
As we discussed earlier this network runs on a completely new radio frequency which is higher than the 4G network. These waves are very close to each other which means a lot of data can be transferred easily with these waves. The only problem is that it travels well only within direct line of sight so things like trees and walls and building block will disrupt the high-frequency signal.
Due to Rapid rise in users of 4G network these days, the problem of network congestion has increased severely. 5G, on the other hand, can handle a thousand times more traffic than today’s network. As it would be ten times faster than the 4G LTE just imagine downloading an HD movie in just under a second.
2. Small Cell Network
The network today rely highly on the huge towers to broadcast their signals over long distances but remember high-frequency millimetre waves have a harder time travelling through obstacles if you move behind the one you lose your signal strength. Putting a lot of nodes all over the place so essentially to maximise coverage and improve technologies so that when you move behind one obstacle or sort of drive through a city you actively switch between small cell towers that you are connected to a kind of like we do with 4G towers but just much faster.
This base stations would be much closer together than traditional towers forming a sort of relay team to transmit signal around obstacles this would especially be useful in cities as the user moved automatically switch to a new base station in better range of his device allowing him to keep his connection.
3. A Huge MIMO (Multiple Input Multiple Output)
Today’s 4G base stations have many parts for antennas that handle all cellular traffic but massive MIMO base stations can support about a hundred parts this could increase the capacity of today’s network by a factor of 22 or more. A massive MIMO comes with its Complications today’s cellular antennas broadcast information, in every direction at once and all of those crossing signals could cause serious interference.
The biggest advantage of a 5G network is its Beamforming Technology. 4G Technology sends signals in every direction. Even when a user isn’t present there. But in case of 5G Traffic signalling system for cellular signals allow a base station to send a focused stream of data to a specific user this precision prevents interference and it’s way more efficient than means stations could handle more incoming and outgoing data streams at once.
A massive MIMO base station receives all of these signals and keeps track of the timing and the direction of their arrival it the uses signal processing algorithm to triangulate exactly where each signal is coming from and plots the best transmission route back. Sometimes it’ll even bounce individual packets of data in different directions off to buildings or other objects to keep signals from interfering with each other the result is a coherent data stream sent only to you.
5G has N number of applications in the automation world. Such as Self-driving car 5G enables this type of car require a continuous stream of data the quicker that information is delivered to autonomous vehicles, the better and safer, they can run.
5G will provide a much more personalised web experience using a technique called “Network Slicing”. It’s a way of creating separate wireless networks on the cloud, allowing users to create their bespoke network. A surgeon can perform surgery from over a long distance. Data Heavy applications can be downloaded at dreamlike speeds.
5G in India
The Department of Telecommunications has said it planned to auction 4G and 5G airwaves in December 2019 or early 2020 but has yet to allot spectrum for holding 5G trials. The next-generation mobile services on 5G technology are expected to become available in India for subscription in 2022, Swedish telecom gear maker Ericsson said in a report released.
Huwaei and ZTE are at the forefront of the development of this network. Huwaei and Bharti Airtel successfully conducted India’s first 5G network trial under a test setup at the former’s network experience centre in Manesar, Gurugram. However, due to security reasons, the Indian Government have decided to ban Huwaei from India. Airtel made a statement stating that it may look for alternatives for 5G as it no longer wishes to continue with Huawei infrastructures. Jio also has planned a joint venture with Samsung in this 5G journey. So India has a long way to go right now.
Phones Compatible with 5G
Samsung Galaxy S10
LG V50 ThinQ
Motorola Moto Z4
OnePlus 7 Pro
Samsung Galaxy Note 10 Plus
Motorola Moto Z3
Samsung Galaxy Fold
Huawei Mate 20 X
ZTE Axon 10 Pro
Xiaomi Mi Mix 3
- Huawei Mate X
Difference in 4G and 5G Network
1000x BW pr unit area
|Data rate||100Mbps- 1Gbps||1Gbps<|
Drawbacks of 5G Network
5G network does not travel as far in the real world. It can be easily interrupted by trees, buildings and other obstacles. So if you are imagining a very high speed you should be very close to one of the node. Even this is not enough weather conditions do play a very important role in this venture. If it’s raining heavily outside, the high-frequency signal will be disrupted even if you are close to the node.
If you are thinking that a software update on your 4G phone will turn it 5G sorry bud we don’t do that here. You need to buy a compatible 5G phone for your 5G network. A whole new infrastructure has to be set up across the city. Covering a whole city with these little nodes is gonna be incredibly expensive and probably take a very long long time like years or so.
There are only a handful of phones with proper 5G compatibility. On testing these phones the results obtained showed that the phone battery drained faster than usual. The phone got heated up more quickly even when not in use. Spending extra money on 5G phone right now is not as fruitful as it may seem. As there are several Cons than Pros.
Effect on Health
No Health organization has yet stated that 5G would be harmful to the human being. The 5G waves can’t even penetrate human body so damaging internal organs is nearly impossible. A myth that 5G is dangerous to birds and is causing their deaths is completely fake. Because no such evidence is seen for now. The deaths that occurred are all due to 3G and 4G networks.
Health concerns related to radiation from cell telephone towers and cell telephones are not new. Although electromagnetic hypersensitivity is not scientifically recognized, diffuse symptoms such as headache and tiredness have been claimed to result from exposure to electromagnetic fields such as those that carry 5G and Wi-Fi. However, 5G technology presents a couple of new issues that depart from 4G technology, namely, higher microwave frequencies from 2.6 GHz to 28 GHz, compared to 700–2500 MHz typically used by 4G. Because the higher millimeter wave used in 5G does not penetrate objects easily, this requires the installation of antennas every few hundred meters, which has sparked concern among the public.
“Absence of evidence is not evidence of absence.”Martin Rees
Heard of Electric Vehicles want to know more about it Check it out here:


Three Camera Package
Three Camera Package
- Uses I/O Connections
- 1080 HD
- 2/3" Sensor
- CCD Sensor
- Interchangeable Lens, XLR Mic Inputs
(3) Pansaonic AK-HC3800GSJ
(3) Panasonic AK-HCU200PS
(3) Panasonic AK-HVF70GJ
(3) BSTOCK Panasonic AK-HRP200GJ
(1) Ross Video CB-Solo9: Carbonite Black Solo Switcher
(1) BSTOCK Panasonic BT-LH1770P: Broadcast LCD Monitor
(3) VCT-18: Quick-Release Tripod Adapter Plate
(3) Panasonic ROP003M
(3) 164’ SMPTE M-F LEMO Hybrid Fiber Broadcast Camera Cable
(3) Fujinon XA20SX8.5BERM-K3 20x8.5 2/3” Broadcast lens w 2x extender
(3) BSTOCK Fujinon MS-01 Rear Zoom and Focus Lens Control Kit
(3) Contour CT30K Video 30 Fluid Head with 2-stage 100mm tripod
Panasonic Three Camera Package
Panasonic Broadcast Grade HD Camera Package - Three Camera Package
The AK-HC3800 is an HD studio camera equipped with three high-sensitivity, high-quality 2/3-type 2.2-megapixel CCDs, a high-precision 16 bit A/D image processing circuit, and the latest generation 38-bit Digital Signal Processor (DSP). Compact and lightweight at only 8 lbs, it offers chromatic aberration compensation (CAC), scene file settings, and a sophisticated implementation of Panasonic's exclusive dynamic range stretch (DRS).
The HC3800 achieves a high sensitivity of F11 at 59.94Hz (2,000 lx) and an S/N ratio of 60dB. High definition formats can be switched to allow worldwide use at 1080/59.94i and 1080/50i. The newly-developed 16-bit A/D and 38-bit DSP utilize Spatial Offset Technology, and an advanced single transfer system to provide a high resolution picture (1,100 lines) with less moire and a vertical smear level less than -130dB.
The HC3800's DRS function simultaneously reduces blocked detail in shadow areas and blown highlights in scenes where extremely bright and dark objects coexist, and its CAC function can compensate for chromatic aberration at the lens periphery. The low-profile head and low main body design are ergonomically designed for comfortable operation and provide an unobstructed view to the camera operator's right-hand side. The HC3800 is also equipped with a Film Rec Gamma function adapted from Panasonic's renowned VariCam models, and a Scan Reverse function for cinema lens adaptors.


The GDM SuperSonic Motorcycle Helmet Bluetooth Headset provides advanced audio technology to motorcyclists. It features Bluetooth technology to offer a convenient, hands-free experience. The headset is designed to be lightweight and resistant to wind and noise. Enjoy a safe and comfortable ride while listening to crystal clear audio.
GDM SuperSonic Motorcycle Helmet Bluetooth Headset features Bluetooth 5.0 connectivity to your smartphone for access to music, phone calls, GPS navigation, and Voice-activated digital assistant access to utilize smartphone's hands-free functions.
Premium HiFi stereo speakers for clear audio and sound quality on music and phone calls. Features advanced Noise cancellation technology to reduce background noise.
Up to 12 hours of music/talk time, and 120 hours of standby time on single charge. GDM SuperSonic Bluetooth headset is waterproof and can be used in all weather conditions.
Bluetooth 5.0 Technology Offers Riders Single Button Control for Hands-Free Calling, Answering, Rejecting Incoming Phone Calls, Listening to Music (Play/Pause, Previous/ Next Track), FM Radio and GPS Navigation Audio. With Built-In Stereo Speakers and Wind Resistant Noise-Canceling Microphone, It Allows Bikers to Conduct Calls or Listening to Music or Voice Command Clearly.


These video reviews on the Infinitum Desulfator were shot by Tekenglobal, a YouTube channel recounting his experience reviving his dead sealed lead acid battery after a 3 day charge with the Infinitum Desulfator installed. The 12V battery had a 11.31V before the reconditioning and ended with 12.34V affirming improvement in the battery’s ability to hold a charge. An aged or dead battery will usually not increase in voltage significantly as shown, just with charging. The buildup of sulfate impedes the battery’s capacity to receive and hold a charge.
“I’m shocked! This is thing is not bunked!”
~ Tekenglobal (YouTube Channel)
Part 1: Reviewing The Dead Battery
Part 2: Installing The Infinitum Desulfator
The video below illustrates how simple it is to install the Infinitum Desulfator on a battery with a charger, also known as external charging as opposed to installing it in a car.
Part 3: The Desulfation Process Begins With A Charger In Parallel
Part 4: Positive Results After Desulfation
Though the reviewer did not come back with a final video, it is evident so far that the battery is able to hold a charge above 12V, which is an indication of battery recovery. The best way to test a successful battery recovery is to test the battery’s internal resistance (impedance) with a battery tester or multimeter. Find out how you can test the efficacy of a desulfator.


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Industrial Serial to Fibre Converter RS-422/485 Serial to Mulitmode Fibre (ST)
The Retriever RUS-125MTT is an RS-232 to fibre converter with ST connector and Terminal Block Serial interface.
The RUS-125MTT provides a cost effective solution for extending serial distances of up to 2km. The RUS-125MTT is ideal for connecting data communication devices situated in manufacturing intensive environments where electromagnetic and radio-frequency interference is a major concern. Its plug and play operation makes it easy to combine the advantages if fibre technology with an RS-422/485 serial based network.


Intelligent surveillance 24/7
LOGSTOR Detect is LOGSTOR’s concept for complete surveillance of pipe systems. Copper wires are embedded in the insulation foam around the pipes in LOGSTOR systems and run along the entire stretch of pipe. The wires feed information back to LOGSTOR Detect units, which monitor the network for moisture or short circuits. The system makes sure that leaks or breaks in the pipe network are registered immediately, i.e. before the scope of the damage escalates.
LOGSTOR Detect allows pipe network operators to take preventative action before damage occurs or increases in scope. The system registers even minor defects, opening the door to preventative maintenance. In addition, pinpoint localisation helps cut repair costs significantly and substantially increases the service life of the entire pipe system.
Responsibility for surveillance of the supply network can be kept in-house or outsourced to LOGSTOR itself. There are several surveillance programs, which can be adapted to suit the needs of the individual customer. A GPRS-based surveillance program sends all data about the pipe system from the surveillance unit(s) to a central computer via a wireless connection. The central computer immediately analyses the data and issues alarms by email or SMS as and when necessary.
LOGSTOR also supplies hosting solutions that handle surveillance of district heating or energy companies’ supply networks. This service includes subsequent reporting of the network status, recommendations for necessary actions, support of analyses and reports, as well as continuous upgrading of the system. LOGSTOR Detect means security around the clock, with a system that reveals even the smallest complications and assures supply reliability – for the benefit of both people and the environment.


VPN Technology and Security
In today’s interconnected world, where data and information are constantly being shared and transmitted across various networks, security and privacy have become paramount concerns. To address these concerns, Virtual Private Network (VPN) technology has emerged as an effective solution for secure and private communication. VPNs use encryption and tunneling protocols to create a private network within a public network, thereby enhancing security and privacy. In this article, we will explore the technical aspects of VPN technology and how it enhances security.
Understanding VPN Protocols and Encryption
VPN protocols are the set of rules and procedures that govern how data is transmitted between devices over a VPN connection. Popular VPN protocols include OpenVPN, PPTP, L2TP/IPSec, and SSTP. Each protocol has its own strengths and weaknesses in terms of security, speed, and compatibility. For example, OpenVPN is widely considered the most secure and flexible protocol, while PPTP is fast but less secure.
Encryption is a core component of VPN technology. It involves the use of algorithms to scramble data before it is transmitted over the network. Encryption ensures that even if a hacker intercepts the data, they will not be able to read it without the encryption key. Strong encryption algorithms such as AES-256 are used to secure VPN connections, making it virtually impossible for hackers to decipher the data.
Benefits of VPN for Data Privacy and Anonymity
One of the primary benefits of VPN technology is data privacy. VPNs protect data by encrypting it, ensuring that it can only be read by the intended recipient. This is especially important when transmitting sensitive information such as financial data, login credentials, and personal information. VPNs also enhance anonymity by masking the user’s IP address, making it difficult to track their online activity.
How VPN Prevents Cyber Attacks and Hacking
VPN technology can also prevent cyber attacks and hacking by making it difficult for hackers to intercept and steal data. When a user connects to a VPN, all of their data is encrypted and transmitted through a secure tunnel. This makes it virtually impossible for hackers to intercept the data and steal sensitive information.
VPN for Secure Remote Access and Work from Home
With the rise of remote work, VPN technology has become essential for secure remote access to company networks. VPNs provide a secure connection to the company network, allowing employees to work from home without compromising the security of the company’s data. VPNs can also be used to access restricted content and websites from anywhere in the world.
Conclusion: Importance of VPN in Modern Networks
In conclusion, VPN technology is essential for enhancing security and privacy in modern networks. It provides a secure and private communication channel, prevents cyber attacks and hacking, and enables secure remote access to company networks. With the increasing importance of data privacy and security, VPN technology has become a vital tool for individuals and organizations alike. By understanding the technical aspects of VPNs, users can make informed decisions about their online security and privacy.
In the fast-paced world of technology, security and privacy are of utmost importance. VPN technology has emerged as an effective solution for enhancing security and privacy in modern networks. By using strong encryption and tunneling protocols, VPNs provide a secure and private communication channel, preventing cyber attacks and hacking. VPNs also enable users to access restricted content and websites from anywhere in the world. As the world becomes more interconnected, the need for VPN technology will only continue to grow.


Make your launch and shift consistent with the aid of a Raptor dual mode launch/shift light! Our newest edition of shift lights for 2011, incorporates a dual function launch/shift indicator capable of 20K RPM! This model allows the user to set a desired launch rpm, upper and lower launch limits, pulse/rev, and shift point setting. Stand alone operation!
Uses the signal to the speedometer or the Vehicle Speed Sensor (Vss)signal to determine launch or shift mode. *******Can be factory programmed to use a signal from the clutch switch or brake light to determine launch or shift mode. **Note**--> If using with the newer Dodge Challengers (SRT8/RT10), the shift light must be programmed to work with the clutch switch and not the Vss signal.
Example: Program the launch to 3000 rpm, +/- 200 rpm and shift point at 6200 rpm. This effectively creates a launch "window" of 2800 rpm to 3200 rpm. If the vehicle is staged (not moving) the unit enters into launch mode automatically. If the rpm is under the lower limit of 2800 rpm, the LEDs are off. If the rpm is above 3200 rpm, the LEDs flash rapidly. However, if the rpm is within 2800 rpm and 3200 rpm, the LEDs are on constant. So the user simply brings the engine rpm up until all LEDs are on. This keeps one from looking down at the tach trying to keep the tach needle to the desired launch point. After the launch, the unit automatically disables the launch mode and enables the shift mode, where it will come on at 6200 rpm in this example.
If you choose to not use the launch feature when your not at the track, simply press the program button twice within 0.5 sec to disable the launch feature. When your ready to race again, simply press the program button twice within 0.5 sec to re-enable the launch feature.
Also, the RPM display can be turned off if desired.
Available in four LED colors. Seven bright LEDs visible in direct sunlight.
Easy wire-up: 4 wire connection (5 wire with auxiliary output control) .
RISC processor for extreme precision and easy user interface. Simply press and hold both program buttons to enter into program mode, where you can set the desired launch rpm, launch limits, cylinder setting and shift point setting. The new settings are then stored in memory. If you want to change only one parameter, just advance to the parameter you want to change. No need to set all parameters each time.
Dimensions: 3.625" long x 0.75" diameter. The most compact shift light of any manufacturer! Allows you to mount it virtually anywhere within the vehicle, even in the AC vent for a hidden but effective shifting tool.
Two different style Mounting Brackets. Vinyl covers are for reducing emitted light intensity for night racing. They do not determine the color of the emitted LED light. Covers match the LED color.
**Note** Will not work on cable driven speedometers!


wire foam cutter is used to “cut” patterns out of foam.
In reality no cutting takes place. A wire is
stretched between two points and then connected to a power source.
When power is applied the wire resists the flow of energy and
gets hot. The foam is then fed into the wire
causing it to melt resulting in the ”cutting”
are many versions of this machine. Some simply
stretch a wire between two pieces of wood and connect it directly to
110v. NOT a good idea as this WILL kill you if you
are not careful. Some connect their cutter to a
battery and some to the battery charger. The
commercial machines use a dedicated variable power supply.
chose to use my battery charger for the power source since it spends
most of its life doing nothing and was paid for. Now
we can connect the cutter directly but this will cause the wire to get
very hot and can distort the foam. Not to mention
reduce the life of the wire. The simple easy
solution is to use a standard light dimmer and receptacle to plug the
design of the cutter also leave room for
interpretation. I am currently experimenting with a
design and will post pictures when I have something I like


What's Inside a Computer?
In the endless evolving world of electronics, there's always the same principal concept that a computer operates on: sending electrical signals through a circuit. Over the many years since the the first computers, they got smaller. From dedicating massive rooms to your palm of your hands, computers are everywhere you go. It's important to know what components go into the computer and what their individual function is.
Photo by Tistio
What Makes a Computer?
There's eight components that goes inside a computer:
Case: Provides shielding for the other parts
Motherboard: The backbone of the computer, connects other parts together
CPU: The brains of the computer, processes thoughts
RAM: Fast-retrieval storage, working space for the computer*
GPU: The eyes for the computer, displays user interfaces for the computer
Storage: Bank storage, all the saved data lives here
Power Supply: Provides the energy and shares with other part
*Note: If the power gets turned off, all that data is lost.
Mentioned before, the great thing about computers is that they come in all different types and sizes. From the cell phone that's in your pocket to satellites flying in space. There's pros and cons to each of these and ultimately depends on your needs on which to get.
For Managed IT Services:
CPU: i3 - 6th Gen / AMD equivalent or better
Storage: 256 SDD (Solid State Drive)
RAM: 8 GB or more*
*Note: Have more if you want a faster computer
Photo by Alienware


Rikta Esmil 2 A - prtable laser device for home therapy.
User manual and treatment protocols in English, German and French are included in the kit.
Free shipping worldwide by registered air mail with tracking number.
If you have questions the customs clearance of the order, we will be glad to discuss this with you.
Set of optican nozzles KON 1 included / Ehglish protocols included in set.
The video shows the principle of laser therapy.
RIKTA -ESMIL 2A devicom uses of combination of transcutaneous electroneurostimulation and quantum therapy.
This additional features provides a fast analgetic effect. The device proved itself to be an exellent toolin treatment and prevention of varios diseasesvsuch as arthritis, back pain, joint pain,as well as sprains and strains.
One couls easily a compact RIKTA-ESMIL 2A on a business trip, to the countyside. This device could become a useful tool at home and in the office. Time of independent operation without batterybrecharging- up to 10 hours.
The laser physiotherapeutic device RIKTA Esmil 2A uses a combination of Percutaneous Electro-Neurostimulation (electrotherapy) and laser magnetic-infrared therapy, which maximizes the effect of anaesthesia as quickly as possible. Proven to be excellent in the treatment and prevention of various disease conditions, such as: arthritis, back pain, joint disease, as well as with dislocations and sprains. The impact of the device occurs on the biologically active zones of the patient simultaneously with four basic factors: a pulsed laser, infrared radiation, red light and a magnet, as well as an additional fifth exposure factor - an electric current. Due to this complex influence, the body's own vital forces are stimulated to combat a wide range of diseases. Laser therapy improves blood circulation, activates the immune system, promotes tissue regeneration, exerts anti-inflammatory and analgesic effects on the body. In contrast to the usual treatments (tablets, medicines, etc.), this type of physiotherapy treatment eliminates not the symptoms, but the cause of the diseases. The treatment methods have been applied since 1991 and are constantly being improved, confirmed by clinical trials and time. THERAPEUTIC FACTORS Pulsed infrared laser radiation Pulsating broadband infrared radiation Pulsating red light Constant magnetic field. Transcutaneous Electrical Nerve Stimulation/ INCLUDED EQUIPMENT The laser magnetic-infrared therapy device RIKTA ESMIL 1A - 1 pc. Protective optical nozzle - 1 pc. AC adapter with power cord - 1 pc. A convenient bag for storing and carrying the device - 1 pc. Detailed methodical manual on the use of the device - 1 pc. Passport and warranty card - 1 pc.
Warranty period: 1 year (from the date of sale). Age restrictions of patients: Yes (Suitable for patients older than 14 years) Construction: Portable.
TECHNICAL SPECIFICATIONS Wavelength, nm Laser infrared radiation: 905 Broadband infrared radiation: 875 Red visible radiation: 640. Frequency of repetition of pulses, Hz laser broadband infrared radiation Constant: 5, 50, 1000 Variable: 1 - 250 Duration of treatment, min: 1; 2; 5 Power supply: Stand-alone battery. Charge the battery through the AC adapter.
Overall dimensions, mm: 173x55x70
Net weight, kg: 0,25 Electrical safety according to GOST R50267.0-92: Protection class II Laser safety in accordance with GOST R50723-94: Class 1. AC adapter Output voltage, V: 13,5 Output current, mA: 150. Battery Battery type: internal Li-Ion Continuous operation with a fully charged battery, hours: 8 Charging time, hour: 3. Emitter Pulse power of laser radiation, W: 10 Average power of infrared diode radiation, mW: 60 Average output power of red LEDs, mW: 7 The area of the radiator outlet, sq. cm: 4


Software development environment
Realistic virtual image
With the help of ADAS(Advanced Driving Assist System) which is expected to help drivers drive, stop, turn, sense and measure, automobiles will be safer.ADAS is expected to sense and measure objects on roads by using several sensors such as image sensors of camera and laser sensor, and to control the automobile more safely.System developers are supposed to verify the current situation judged by the assistance system visually and accurately.
VERTechs provides a virtual environment with more data sets than actually captured images
for verifying ADAS simulations.
More Realistic than The Real for Human
Players in automotive industries, such as automobile companies(OEM), 1st suppliers(Tier1),2nd suppliers(Tier2) and manufactures of visual sensors and measurement sensors, gather large volume of actual driving data for developing ADAS control systems and further auto driving systems.The data includes several patterns of driving on different situations of roads and traffics.
Control systems for auto driving such as driver control model with AI will be optimized by using machine learning or deep learning,coupled with large volume of data.
However, it is difficult to verify the performance limit of individual sensors in all time frames, even if there were plenty of actual driving data.
⭕ Location change of the sun in a year(365 days).
⭕ Environmental change of weathers(rain, fog and snow)
⭕ Secular change of roads (especially,color fade-out of white lines)
⭕ Situaltion change influenced by other cars (ex. lights)
Specific driving data will be constructed in virtual environment and combined with lots of transition factors on actual roads. Those cyclopedic tests that are difficult on actual roards, and tests on roards that are out of existence (such as new roads or surrounding buildings), will be possible in virtual environments.Eventually, the safety and security will be improved.
ソフトウェア環境開発 × リアルなバーチャル映像
バーテックス株式会社（ VERTechs.Inc ）は、高い安全性と信頼性が求められる自動車や産業機器向けに最適なソフトウェア開発環境を追及・提供することに豊富な経験を持ち、自動車業界との太いパイプを持つ株式会社アドバンスド・データ・コントロールズと、映画・CMで多用するコンピュータグラフィックスおよびゲームエンジンを用いたリアルタイムレンダリング技術で数多くの先鋭的な実績と卓越した技術力でリアルなバーチャル映像を創造し続ける株式会社wiseの出会いにより設立された会社です。
company VERTechs inc.
Address 4-5-48, Minamiazabu, Minato-ku, Tokyo, 106-0047, Japan
CEO Yoshiya Okoyama


Green roofing increases earnings from photovoltaic systems
It is now generally accepted that the combination of green roofing and photovoltaic systems provides numerous synergy effects: for example, the weight of the green roof serves as a structural weight for anchoring the solar module. The design allows for load distribution right across the roof, therefore avoiding point loads which would be created if concrete elements were used for anchorage. In addition, it is much more difficult to transport the concrete elements up to the roof area. The green roof substrate, on the other hand, can be easily piped up to the roof.
Furthermore, there are still unanswered questions regarding a certain increase in earnings with photovoltaic systems as a result of the cooling effect of green roofs, something that was to date not measurable. ZinCo set about providing the proof and has measured this effect with its own testing equipment over a period of three years.
The temperature factor
Solar modules are electric components with which power output dips with increasing temperature because of the increase in electrical resistance. The standard performance of a solar module is stated by the manufacturer in reference to 1000 Watt/m² irradiance at 25° C cell temperature and an air mass (AM) of 1.5 and is specified as maximum power output in Watts Peak (Wp). This test procedure which is used internationally is referred to as standard test conditions (STC). It corresponds to the weather conditions on an early summer day in Germany in brilliant sunshine. The temperature coefficient for the output shows how the power output changes per Kelvin deviation from the standard test temperature of 25° C. This coefficient depends on the product and is approximately 0.5 %/K.
This means, for example: A solar module heated up to 65° C, whose maximum power output is 200 Wp, will generate 0.5 %/K x 40 K = 20 % less output. Therefore, only 200 W – 20 % = 160 W of electricity will be generated. The key question for ZinCo is now: How great are these differences in temperature in reality, that is, how great is the actual cooling effect of a green roof?
Setting up the test
In order to find an answer to this question, ZinCo set up a measuring system on a test roof and over the following three years continuously recorded test values. The test facility consists of three identical solar modules installed in the same location, faced in the same direction and at the same tilt. Modules 1 and 2 are installed on a bitumen waterproofing membrane (one on a low and the other on a high mounting frame). Module 3, on the other hand, was installed on an extensive green roof and on a high mounting frame. A total of 27 sensors measure continuously, among other things, the cell temperature at the underside of each module. In parallel, a weather station measures the current air temperature, wind speed and irradiance.
On this basis, temperature differences can be ascertained during the test period, as required, in relation to individual hours, days, months or years.
The extent of the cooling effect
It was generally established that the temperature of Module 3, installed on the green roof, remained closest to the air temperature, while the Modules on the bitumen membrane were considerably warmer. In order to express in figures the extent of the cooling effect due to the green roof, the measured values from the year 2010 were analysed. The result is a difference of, on average, 8 K between the temperature of Module 3 and that of Modules 1 and 2.
That means, therefore: With a temperature coefficient of 0.5 %/K, the solar module on the green roof generates a higher output of 0.5 %/K x 8 K = 4 % compared with a solar module on a bitumen roof.
Green certainly pays!
Depending on the size of the solar facility, this increase of 4% in output can be significant in financial terms.
If you consider a solar facility the same size as the one on the InCenter building in Landsberg/Lech, the calculation looks like this: If there was no green roof, the actual 800,000 kWh of electricity per year would not be generated but about 4% less, equivalent to 32,000 kWh. In line with the power purchase tariff for the year 2008, this would amount to a loss of 32,000 kWh x 0.4398 Euro/kWh = 14,073.60 Euro to the investor each year.
With a facility generating about 14,000 kWh, e.g. at Fair Energie GmbH, also from the year 2008, there is an increase in earnings of 560 kWh x 0.4675 Euro/kWh = 261.80 Euro each year as a result of the green roof.
Thanks to the ZinCo tests, it is now possible to quantify the extent of the cooling effect of a green roof on the above-mentioned approximate 8 K as an annual average and to put a figure of about 4 % on the resulting increase in output of a solar facility. These figures are proof: Green certainly pays!


Kabuya Kamiba Isaac, Kyandoghere Kyamakya, Mbusa Claude Takenga, Bagula Antoine, and Kabamba Richard, “Synergistic Potential between ATAWADAC (Anytime Anywhere Anyway Anyway), PKM (Personal Knowledge Management) and Mobile Applications in DR Congo,” International Journal of Innovation and Scientific Research, vol. 32, no. 2, pp. 265–285, September 2017
Takenga C. et al. (2017), ‘A Clinical Tool for Automated Flow Cytometry Based on Machine Learning Methods’. In: Rojas I., Ortuño F. (eds) Bioinformatics and Biomedical Engineering. IWBBIO 2017. Lecture Notes in Computer Science, vol 10209. Springer, Cham, 2017
C.Takenga, R-D. Berndt, E. Si, M. Diem, G. Qiao, M. Gau, M. Brandstoetter, M. Kampel, M. Dworzak: “Development of a Telemedical Network supporting an Automated Flow Cytometric Analysis for the Clinical Follow-up of Leukaemia”; International Journal of Medical, Health, Biomedical, Bioengineering and Pharmaceutical Engineering, 10(9)2016, 459-464
Claude Takenga, Rolf-Dietrich Berndt, Erling Si, Markus Diem, Guohui Qiao, Melanie Gau, Martin Kampel, Michael Dworzak, “Development of a Telemedical Network supporting an Automated Flow Cytometric Analysis for the Clinical Follow-up of Leukaemia”, accepted for the 18th International Conference on Telemedicine and Clinical Practices, London, Sept. 2016
N. Fonseca, A. Silva, J. Sumaili, R. Bessa, J. Silva, L. Seca, J. Pereira, M. Matos, P. Matos, A.C. Morais, M. Caujolle, M. Sebastian-Viana, “EvolvDSO grid management tools to support TSO-DSO cooperation”, CIRED 2016, Helsinki, Finland, June 2016
A. Silva, J. Sumaili, L. Carvalho, L. Seca, R. Bessa, J. Silva, M. Matos, G. Schaarschmidt, R. Hermes, “Assessing DER flexibility in a German distribution network for different scenarios and degrees of controllability”, CIRED 2016, Helsinki, Finland, June 2016
R.J. Santos, A. Araujo, R. André, F. Guerra, R. Bessa, C. Gouveia, J. Sumaili, J. Damásio, G. Bravo, “Energy storage management for grid operation purposes”, CIRED 2016, Helsinki, Finland, June 2016
S.M, Souza, M. Gil, J. Sumaili, A.G. Madureira, J.A. Peças Lopes, “Operation scheduling of prosumer with renewable energy sources and storage devices”, Proc. 13rd International Conference on the European Energy Market, EEM 13, Porto, Portugal, June 2016
R. Pinto, L. Carvalho, J. Sumaili, V. Miranda, “Enhancing stochastic unit commitment to include nodal wind power uncertainty”, Proc. 13rd International Conference on the European Energy Market, EEM 13, Porto, Portugal, June 2016
Claude takenga, Joël kitero, Vira penghele, Kahindo furaha, Henri takenga et Rolf-Dietrich berndt. «L’usage des nouvelles technologies de l’information et de la communication dans la gestion du diabète en Afrique». Afrique Science, Vol.11, N°6 (2015), 1 novembre 2015, ISSN 1813-548X.
A. P. Moura, J. A. Peças Lopes, A. A. F. de Moura, J. Sumaili, “IMICV fault analysis method with multiple PV grid-connected inverters for distribution systems”, Electric Power System Research, Vol. 119, pp 119 – 125, February 2015.
J. M. Filipe, R. J. Bessa, J. Sumaili, R. Tomé, J. Sousa, “A Hybrid Short-term Solar Power Forecasting Tool”, Proc. 18th International Conference on Intelligent Systems Applications to Power Systems Conference and Debate, ISAP 2015, Porto, Portugal, September 2015
L. M. Carvalho, F. Loureiro, J: Sumaili, H. Keko, V. Miranda, C. G. Marcelino, E. F. Wanner, “Statistical tuning of DEEPSO soft constraints in the Security Constrained Optimal Power Flow problem”, Proc. 18th International Conference on Intelligent Systems Applications to Power Systems Conference and Debate, ISAP 2015, Porto, Portugal, September 2015
R. B. Pinto, L. M. Carvalho, J. Sumaili, M. S. Pinto, V. Miranda, “Coping with Wind Power Uncertainty in Unit Commitment: a Robust Approach using the New Hybrid Metaheuristic DEEPSO”, Proc. IEEE PES PowerTech 2015, Eindhoven, Netherlands, June 2015.
M. D. Heleno, R. A. Soares, J. Sumaili, R. J. Bessa, L. Seca, M. Matos, “Estimation of the Flexibility Range in the Transmission-Distribution Boundary”, Proc. IEEE PES PowerTech 2015, Eindhoven, Netherlands, June 2015
Claude Takenga, Rolf-Dietrich Berndt, Olivier Musongya, Joël Kitero, Remi Katoke, Kakule Molo, Basile Kazingufu, Malikwisha Meni, Mambo Vikandy, Henri Takenga, “An ICT-based Diabetes Management System tested for Health Care Delivery in the African Context”, International Journal of Telemedicine and Applications, vol. 2014, Article ID 437307, 10 pages, 2014. doi:10.1155/2014/437307
Claude Takenga, Rolf-Dietrich Berndt,Petra Preik, Sebastian Kuehn, Luise Berndt, Herbert Mayer, Alexander Kaps, Ralf Schiel, “Impact of Information Technology on the Therapy of Type-1 Diabetes: A Case Study of Children and Adolescents in Germany” Journal of Personalized Medicine. 2014; 4(2):200-217, April 2014
M. Heleno, J. Sumaili, J. Meirinhos, M. A. da Rosa, “A linearized approach to the Symmetric Fuzzy Power Flow for the application to real systems”, International Journal of Electrical Power & Energy, Vol. 54, 610 – 6180, January 2014
M. D. Heleno, J. L. Meirinhos, J. Sumaili, M. Rosa, “Impact Assessment of a Massive Integration of Electric Vehicles through Fuzzy Power Flow Analysis”, MedPower 2014 – 9th Mediterranean Conference on Power Generation, Transmission Distribution and Energy Conversion, Athens, Greece, November 2014
J. Sumaili, R. J. Bessa, D. F. Rahman, R. Tomé, J. Sousa, “Electrical Model Parameter Characterization for Short-term Solar Power Forecasting”, Proc. 4th International Workshop on Integration of Solar Power into Power Systems, SIW2014, Berlin, Germany, November 2014
F. Spertino; J. Sumaili, H. Andrei, G. Chicco, “PV Module Parameter Characterization From the Transient Charge of an External Capacitor”, IEEE Journal of Photovoltaics, Vol. 3, No. 4, 1325 – 1333, October 2013
A. Botterud; Z. Zhou; J. Wang, J. Sumaili, H. Keko, J. Mendes, R. J. Bessa, V. Miranda, “Demand Dispatch and Probabilistic Wind Power Forecasting in Unit Commitment and Economic Dispatch: A Case Study of Illinois”, IEEE Transactions on Sustainable Energy, Vol. 4. No. 1, 250 – 261, January 2013.
J. Sumaili, V. Miranda, L. Rego, Á. Santana, C. Francês, “A densification trick using mean shift to allow demand forecasting in special days with scarce data”, Proc. 17th International Conference on Intelligent System Application to Power Systems, ISAP 2013, Tokyo, Japan, July 2013
I.C. Costa, M.A. da Rosa, L. de Magalhães Carvalho, D. Issicaba, J. Sumaili, “Composite Reliability Evaluation Combining Adequacy and Security Aspects”, Proc. IEEE PES PowerTech 2013, Grenoble, France, June 2013
M. C. Takenga, R-D. Berndt, et al. “An Assisted Living System for the Elderly – Fearless Concept,” In the proceedings of IADIS International Conference eHealth2012, pp.132-138, Lisbon, Portugal, July 2012
R-D. Berndt, M. C. Takenga, S. Kuehn, P. Preik, G. Sommer, S. Berndt, “SaaS-Platform for Mobile Health Applications” in Proceedings of the IEEE-International Multi-Conference on Systems, Signals and Devices, pp. 1-4, Chemnitz, Germany, March 2012
M. C. Takenga, et al.“Stress and Fitness Monitoring embedded on a modern Telematics Platform” International Journal Telemedicine and e-Health, Vol. 18, No. 5, pp.371-376, June 2012
R-D. Berndt, M. C. Takenga, S. Kuehn, P. Preik, D. Dubbermann, M. Juenger, “Development of a mobile Teledermatology System”, International Journal Telemedicine and e-Health, Vol. 18, No. 9, pp.668-673, Nov. 2012.
A. Botterud; Z. Zhou; J. Wang, R. J. Bessa, H. Keko; J. Sumaili, V. Miranda, “Wind Power Trading Under Uncertainty in LMP Markets”, IEEE Transactions on Power Systems, Vol. 27, No. 2, 894 – 903, May 2012.
Z. Zhou, A. Botterud, J. Wang, R.J. Bessa, H. Keko, J. Sumaili and V. Miranda, “Application of probabilistic wind power forecasting in electricity markets”, Wind Energy, 2012.
L. Bremermann, M. Rosa, M. Matos, J.A. Peças Lopes and J. Sumaili, “Operating Reserve Assessment Incorporating a Stochastic Electric Vehicle Model: Homogeneous Poisson Process Approach”, Proc. 12th International Conference on Probabilistic Methods Applied to Power Systems. PMAPS 2012, Istanbul, Turkey, June, 2012
M. C. Takenga,R-D. Berndt, et al.“A Secure Platform for the implementation of Health Applications”, in Proceedings of the 7th International Medical Automation Conference, Washington DC, USA, December 2011
R-D. Berndt, M. C. Takenga, et al.“A Scalable and secure Telematics Platform for the hosting of telemedical applications: case study of a stress and fitness monitoring”, in Proceedings of 13th IEEE e-Health Networking Application and Services, Columbia, USA, pp.118-121, 2011
J. Wang, A. Botterud, R. Bessa, H. Keko, L. Carvalho, D. Issicaba, J. Sumaili, V. Miranda, “Wind power forecasting uncertainty and unit commitment”, Applied Energy, Vol. 88, No. 11, 4014 – 4023, 2011, November 2011
J. Sumaili, H. Keko, V. Miranda, Z. Zhou, A. Botterud, J. Wang, “Finding representative wind power scenarios and their probabilities for stochastic models”, Proc. 16th International Conference on Intelligent System Application to Power Systems, ISAP 2011, Hersonissos, Crete, Greece, September 2011
J. Sumaili, H. Keko, V. Miranda, A. Botterud, J. Wang, “Clustering-Based Wind Power Scenario Reduction Technique”, Proc. 17th Power Systems Computation Conference, PSCC 2011, Stockholm, Sweden, August 2011
R. J. Bessa, J. Sumaili, V. Miranda, A. Botterud, J. Wang, E. Constantinescu, “Time-Adaptive Kernel Density Forecast: a New Method for Wind Power Uncertainty Modeling”, Proc. 17th Power Systems Computation Conference, PSCC 2011, Stockholm, Sweden, August 2011
J. Sumaili, H. Keko, V. Miranda, G. Chicco, “On the Use of Information Theoretic Mean Shift for Electricity Load Patterns Clustering”, Proc. IEEE PES PowerTech 2011, Trondheim, Norway, June 2011
A. Botterud, Z. Zhou, J. Wang, J. Valenzuela, J. Sumaili, R.J. Bessa, H. Keko, V. Miranda, “Unit Commitment and Operating Reserves with Probabilistic Wind Power Forecasts”, Proc. IEEE PES PowerTech 2011, Trondheim, Norway, June 2011.
H. Keko, M. A. da Rosa, J. Sumaili, V. Miranda, “Wind Power Forecast Uncertainty in Daily Operation of Wind Park Combined with Storage”, Proc. 8th International Conference on the European Energy Market, EEM 11, Zagreb, Croatia, May 2011.
G. Chicco and J. Sumaili Akilimali, “Renyi entropy-based classification of daily electrical load patterns”, IET Proceedings: Generation, Transmission and Distribution, Vol. 4, No. 6, 736–745, June 2010
A. Botterud, J. Wang, V. Miranda, R. Bessa, H. Keko, J. S. Akilimali, “Wind Power Forecasting and Electricity Market Operations,” IAWind 2010 Conference, Ames, Iowa, USA, April 6, 2010.
F. Spertino, J. S. Akilimali, H. Andrei, A. V. Boicea, G. Chicco, “Modeling and experimental determination of the circuit parameters of thin film PV modules/arrays”, Proc. 8th World Energy System Conference, WESC 2010, Valahia University of Targoviste, Targoviste, Romania, July 2010.