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The characteristic that helium has that distinguishes it from the noble gases would be that it only has 2 valence electrons while noble gases has a completely filled orbitals giving it 8 valence electrons and a stable electron configuration. The valence electrons is the number of electrons that is present in an atom that can take part in the formation of bonds. These electrons can be found on the outermost shell of an atom. Helium is an exception to the octet rule, its atom has only two available electrons in its outermost shell since it only has one eletron shell that is the only the s orbital which can hold two electrons only.
What characteristic of helium distinguishes helium from the other noble gases?


- Capacity: 1GB
- Dimensions: 0.94" x 1.25" x 0.08" (24mm x 32mm x 2.1mm)
- Speed Rating: Up to 5MB/sec. read rate / Up to 1.5MB/sec. write rate
- Compliant with the SD Card Association card specification
- Secure built-in write-protect switch prevents accidental data loss
- Simple as easy as plug-and-play
- Lifetime warranty
- Low power consumption which makes it easy on device's batteries
Kingston's standard Secure Digital (SD)
memory cards combine massive storage capacity, blazing data transfer rates and
iron-clad security in a memory card no bigger than a postage stamp. With an
excellent price-to-performance value, Kingston's SD cards are the ideal
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cameras, PDAs, smartphones and more.
This product was added to our catalog on Wednesday 21 January, 2009.


The ignition switch on the Zündapp Bella R204 is quite nifty; the engineers at Hella managed to squeeze quite a few connections inside. The front consists of a key entry point and a cover that can be shifted up to hide the key point:
The key itself is shaped to fit nicely over the slide.
The key is also designed quite cleverly. The bits that stick out turn the mechanism into into it’s on and on-with-light settings. The thin part at the bottom fits between two thick wires in the switch through which the main power is supplied; so pulling out the key acts as a kill-switch. Using the key itself as a conductor saves a connection and reduced switch complexity. Quite nicely done.
When I took the ignition switch out while stripping the bike it was quite dirty and oxidised:
If you look very carefully between numbers 57 and 30 you can see a small channel in which there is normally a small grounding wire. This is gone and needs to be replaced (the photo is of the restored switch).
From a different angle you can see that pushing the key into the contact will let the key double as a starter switch by closing the gap between the copper parts. Another nifty key use:
At the same time, never use a key without insulation or a non-insulated object (like a screwdriver) to try and start the scooter as it will be directly connected to the battery.
Here’s what I did to restore the switch:
- Dipped the switch into a metal cleaning agent (qwicksilver); this really cleaned up the copper which was heavily oxidised as well as the soldering points
- Replaced the grub screws that hold the battery cables with stainless versions. One was missing in mine and a screw was used instead and the other one was rusted shut.
- I replaced those wires that were no longer serviceable. One was easily de-soldered; the other wasn’t. I cut it close to the switch and simply drilled out the the wire; as long as done carefully it works fine.
- The blue, red and black/white wire are around 11 cm; I used 50 cm for the ones that go to the lamp unit. I fitted those with 3mm banana plugs that fit snugly into the bulb holder.
- I soldered the grounding wire back in
Here’s the finished product:


Development, production, support
Since the company was founded in 2011, INMYS specialists have developed more than a hundred of the most complex software and hardware solutions. Simultaneously with the release of the main products (SOM-modules), the company is engaged in the development and production of high-speed network switches and aggregators, server computer motherboards, storage controllers.
Flexibility, speed, benefi
By purchasing products from INMYS, you receive technical support in Russian, the ability to adapt products to your needs. Together with INMYS, your products will reach the market faster and at the lowest cost.
Direction of activity
Acknowledgment, trust, quality
INMYS products are widely used by many Russian manufacturers in various industries.
- Fire safety
- Security and fire automation
- Multimedia devices
- and much more


It is common to see an increase in the number of electronic devices found on board both sail and power boats. With that comes an increase in the need for power generation.
Most of the engines we sell have more powerful alternators and smarter charging. In many cases, an additional alternator can also be fitted as a standard accessory. If you want even more than that Whangarei Marin Services can offer a range of leading gensets, or passive solutions including solar and wind generators.
Off the water, we can also offer backup power supply or portable power solutions.
From trickle charge to kW, let us know what you need and we can help you work out the most effective way of getting it.


This section describes the design decisions associated with device identities for system(s) built using ASD's Blueprint for Secure Cloud.
Estimated reading time: 3 minutes
A device identity is an object within Microsoft Entra ID. This device object is similar to users, groups or applications. The device identity gives administrators information for use when making access or configuration decisions. Registering and joining devices to Entra ID gives users seamless sign-on to cloud-based resources.
There are three ways to get a device identity:
- Entra ID registration.
- Entra ID join.
- Hybrid Entra ID join.
Device identities are a prerequisite for scenarios such as device-based Conditional Access policies and Mobile Device Management with Microsoft Intune.
Devices can be:
- Deleted - Prevents a device from accessing Entra ID resources. Removes all details that are attached to the device, for example, BitLocker keys for Windows devices.
- Disabled - Prevents a device from successfully authenticating with Entra ID, thereby preventing the device from accessing Entra ID resources that are protected by device-based Conditional Access or using Windows Hello for Business credentials.
Devices can also have their BitLocker keys viewed or copied.
The process of registering and joining devices can be controlled by configuring the following device settings:
- Users may join devices to Entra ID - This setting enables organisations to select the users who can register their devices as Entra ID joined devices.
- Users may register their devices with Entra ID - This setting may need to be configured to enable Windows personal, iOS, Android, and macOS devices to be registered with Entra ID.
- Devices to be Entra ID joined or Entra ID registered require Multi-Factor Authentication (MFA). This should be set to No if using Conditional Access policy to require MFA.
- Maximum number of devices - This setting enables organisations to select the maximum number of Entra ID joined or Entra ID registered devices that a user can have in Entra ID.
A stale device is a device that has been registered with Entra ID, but has not been used to access any cloud apps for a specific time-frame. This can be used to identify inactive devices and retire them using Endpoint Manager, before disablement and deletion. Deleting an Entra ID device does not remove registration on the client. It will only prevent access to resources using the device as an identity (e.g. Conditional Access).
With Windows 10 and 11, Entra ID users gain the ability to securely synchronise their user settings and application settings data to the cloud. Enterprise State Roaming provides users with a unified experience across their Windows devices and reduces the time needed for configuring a new device.
|AD join only
|Allow only organisation owned and managed devices access to the platform. Single Sign-on (SSO) enabled.
|Enterprise State Roaming
|Users issued a single device, roaming across devices not required
|Mobile Device Management
|MFA enforced through Conditional Access policy
|Remove inactive devices.
When configuring this setting, organisations should take into account shutdown periods, annual leave, and risk
|Local Device Administrators
|None Configured - Cloud LAPS to be implemented on release
|Device administration managed through Endpoint Manager
|Reduce reliance on local administrator credentials
Security & Governance
- None identified


It is that time of the year again!! Samsung is out with its latest edition of the Note series. When Samsung hinted in the beginning of the year that they are going to do something really different with one of their hottest properties, there was an excitement among the smart phone community along with certain hesitations, because of the Note series history and its blasting performance (pun intended). Anyway here are 5 thing you need to know about the New Samsung Galaxy Note 10 (not X)!
1) 2 form factors of the smart phone
Samsung has taken the Galaxy S route for the Note series as well. The phone that was introduced as a Phablet back in the day will now be coming in 2 variants. The Samsung Galaxy note 10 and Samsung Galaxy Note 10 Plus. The smart phones not only come in different sizes but have a different spec list as well. This is undoubtedly the biggest difference that Samsung has made in terms of the market for the phone. Considering people are not shying away from carrying bigger smart phones it’s a tried and tested category for Samsung.
The Standard note 10 is 6.3 inches while Note 10 plus is 6.8 inches.
Even though the Samsung Galaxy Note was focused more towards Business Professionals it did create a mass appeal for its camera as well. Over the years we have seen smart phone cameras ranging from single lens set up to multicam. The Samsung Galaxy note 10 comes with a triple rear camera set up. All three cameras perform a different function 16 MP F2/2 Wide Angle,12 MP F1/5 with optical image stabilization Zoom and a 12 MP F2.1 Telephoto lens.
Both the devices have an A moled display however because of different form factors there is something new in display Department as well. The Note 10 standard has FHD plus while the Note 10 Plus has W QHD plus display.
4) S PEN
The Samsung Galaxy Note series has some signature features in it. The most prominent of them all is the S pen. This time Samsung has made a some small but monumental changes to the Spen most notably the form factor. Its no more a boring black stick coming out of your phone its now chrome shaded and sturdy. Value for money right?
We have officially entered the 1000 Dollar Smart phone market now. With more and more people not hesitating to buy a thousand dollar smartphone its no surprise that the Note 10 and the Note 10 plus is no exception. The Standard Note 10 is for $900 USD while Note 10 plus is $1100 USD, which is roughly 78,000.


Monitoring and modelling
The burden on natural systems and built infrastructure requires a deeper understanding of the interaction between humans and the environment. Both the security and the well-being of people and the development of society and economy depend on the proper and reliable functioning of these systems and their integration into the environment
This requires the continuous and complete recording (monitoring) of resources and systems, as well as their characteristics, quantities and changes in real time. Planned changes to systems are also explored using simulations and virtual models as early as at the planning stage, in order to meet these requirements.
Innovative modelling methods and management strategies for natural and built systems are based on findings made possible by the use of innovative sensors, control and instrumentation technology, as well as by very rapid development in information technology (ICT) in general.
See this link (PDF, 78 KB) (available in German*) for an overview of our participating institutions.
See the right-hand column for the websites of individual institutions.


Experts have been keen to include mixed realities for some time now within the periphery of web designs. Through use of augmented reality or AR and virtual reality or VR, some changes can be made on how people interact with the website on the fundamental level.
Now, discussion regarding AR is not in the conversational mode anymore. Interface with mixed reality has become a truth with the platforms like Pokemon Go and Snapchat filters.
User experience can be offered at an incredible level now with AR. However, digital realities of multiple platforms must be considered also.
Why should you experiment with Augmented Reality?
Before incorporating augmented reality within the website by the designers, they must try to know about its benefits.
Through the virtual reality, actual world can be replaced completely through use of digital components. However, AR may augment it only. It is important for the developers to know how to flourish in an environment. Both real and digital world must collaborate with each other for an excellent result.
Most of the AR application helps to provide real-time solutions. It may offer the customer product visualization also. In this way, you may able to try a shoe before buying them online. Shopping experience of the customers can be reinvented as a result. Purchasing decisions can be affected hugely through use of AR. It is especially effective for the beauty based sites such as make-up and interior designing sites.
1. Provides Feedback Real-Time
By using augmented reality, it is possible to create a connection between real world and virtual world. Unique user experience can be offered with the process. Real-time feedback with valuable and insightful information can be obtained easily. Due to inclusion AR in a GPS app, you may able to know how much time it is required to reach a location.
Experts must try to offer valuable information in real time. So, a customer can make the purchase decision in better manner.
2. Input and Output Defining
In case of designing a traditional website and applications, similar thing can be observed also. However, defining UX input and output for AR environment is not easy at all. By defining both the input and output, you can decide about the element of interaction within the website. In this way, better idea about augmentation can be obtained also. Here, physical gesture like swipe can be used as an input for AR. For diverse mobile devices, different possibilities of input must be considered also.
Simpler approach is generally observed with the output. Three dimensional models can be offered on the occasion. It is possible to think how interaction can alter based on the position or colour.
3. Customer Friendly Performance
More interactive experience is generally offered with the help of AR. In this way, the website is made more customer-friendly also. Through design, everything should be made accessible for the customers. If the implementation of technology is simple then customers can use it easily.


What is gEDA?
The gEDA project has produced and continues working on a full GPL'd suite and toolkit of Electronic Design Automation tools. These tools are used for electrical circuit design, schematic capture, simulation, prototyping, and production. Currently, the gEDA project offers a mature suite of free software applications for electronics design, including schematic capture, attribute management, bill of materials (BOM) generation, netlisting into over 20 netlist formats, analog and digital simulation, and printed circuit board (PCB) layout.
The gEDA project was started because of the lack of free EDA tools for POSIX systems with the primary purpose of advancing the state of free hardware or open source hardware. The suite is mainly being developed on the GNU/Linux platform with some development effort going into making sure the tools run on other platforms as well.
For a complete list of freely available tools please be sure to visit Open Collector.
Please read the FAQ and this tutorial. For even more information on installing and using gEDA, please look at the gEDA Wiki. Users looking for more symbols and footprints should go to the gedasymbols.org website.


A tech company called Diabetes Digital Media, has started a new approach to the growing problem of Type II Diabetes. It plans on using evidence-based digital health solutions, artificial intelligence (AI), and one of the community platforms, diabetes.co.uk.
It has announced a bold mission to reverse type 2 diabetes in 10 million patients by 2022.
By analyzing the big data created across platforms, they have been able to develop innovative AI systems, create highly personalized treatment pathways that facilitate patient engagement and learning.
Read more here


Hybrid Approach Can Bring 300 Percent Performance Gains
ASICs Join Full-custom Flow
By Richard C. Smith
The ASIC design methodology -- using HDLs, synthesis, place-and-route, and timing analysis -- has provided the world with countless ICs in applications from set-top boxes to mobile communications. Had full-custom design approaches been required for these circuits, there would not have been enough designer hours available to create even a fraction of them.
In the last few years, ASIC technologies have provided ever-greater capability to design more complex chips. But little has been done to push the limits of speed and power.
As process technologies shrink from 0.25 to 0.18 micron and smaller geometries, the wiring begins to dominate the delay computation. For these designs, the time spent adjusting the HDL trying to achieve an acceptable level of performance soon exceeds the time it would take for a full-custom design.
Some new, fully automated approaches promise 10 to 30 percent performance improvements over standard ASIC design methods. Yet these improvements mean nothing when improvement of at least 100 percent is required just to meet the new clock rates for some applications, such as networking and graphics chips.
Rather than pushing ASIC methodologies to provide higher performance, designers can apply a hybrid approach by incorporating selected ASIC design techniques in a full-custom IC design flow.
The ASIC techniques reduce design effort while maintaining performance at the full-custom level. The selected ASIC techniques would include the use of standard-cell libraries, accurate wiring estimates and timing analysis.
Full-custom methodologies are distinguished by the ability to control the design from the architecture down to the cell level, full control over cell placement and complete knowledge of each critical path in the design. Data path-based designs allow immediate, visual understanding of timing for even the largest and most complex circuitry, allowing designers to identify problems and apply corrections directly and deterministically. Micro Magic has adopted this hybrid methodology in its design services with astounding results.
In the Micro Magic design methodology, ASIC design methods are used for general control logic and noncritical portions of processor design. The data path methodology is used on performance-critical portions. It requires only slightly more effort than the first pass through a standard ASIC flow, while keeping performance near that of full-custom. Rather than limiting design options, this methodology supports the inclusion of control logic, clock trees, scan, built-in self-test and custom blocks.
Using this hybrid method, the Micro Magic design services team has consistently achieved performance im-provements of more than 300 percent compared with standard ASIC design methods. Moreover, these data-path-based designs are about 40 percent smaller than standard ASICs and use an average of 10 percent less power. One recent example is a 220-MHz network processor that achieved only 65 MHz using standard ASIC design methods. Another is a recently completed, very large DSP data path core for Malleable Technologies that met timing on the very first pass.
Is the ASIC design methodology dying? Absolutely not. About 80 percent of a typical processor design is well outside the critical path and can be completed using standard ASIC methodologies to achieve the shorter design cycles with minimal effort. The remaining 20 percent of the typical processor design must be addressed with new methodologies.
The ASIC approach relies on adjusting the HDL in hopes that, after long design iterations, an improved result is achieved when the final timing analysis is run. Starting from the full-custom approach and finding ways to reduce effort has proved to be a tremendously beneficial approach for designers at Micro Magic.
Richard C. Smith is Director and Senior Technical Adviser at Micro Magic, Inc. (Sunnyvale, CA).
Copyright © 2000 by CMP Media. Inc., 600 Community Drive, Manhasset, NY 11030.
Reprinted from Electronic Engineering TIMES with permission. Not available on line.


February 08, 2018 02:08 PM Eastern Standard Time
BOSTON — (BUSINESS WIRE) — The IDA recently bestowed the prestigious Dark‐Sky Seal of Approval to the leading edge Dimulator™ series for being a tried and proven dimming control that minimizes glare, reduces light trespass and protects the night sky against light pollution. Leo Smith, the Northeast Regional Director for IDA says “We are very excited to have the Dimulator™ as part of our Dark‐Sky friendly products. Many utilities and municipalities can meet their state and federal mandates to conserve energy while greatly reducing light pollution. We strongly suggest that anyone who is responsible for street and area lighting consider a dimming control such as the Dimulator™.”
The Dimulator™ series is a group of outdoor LED twist‐lock photocontrols with environmentally friendly dimming capabilities. This ANSI C136.41 compliant field adjustable light control has multiple dimming schedules and dimming levels that can be easily set in the field. Adaptive features are available.
Vance Spillman, Vice President and GM of Sunrise Technologies says “The Dimulator series of products mitigates light pollution and wasted energy from LED fixtures that are burning brightly throughout the night.”
The Dimulator™ series, with the proprietary Bat Eye Technology, is a recent addition to Sunrise Technologies’ family of control products for LED street lighting applications. Sunrise’s other LED street lighting control products including a Smart City / Smart Grid wireless monitoring, metering and dimming control node, called OpenGrid, as well as a building automation controlled wireless node for monitoring, control and dimming of parking lot and campus applications.
About International Dark‐Sky Association
The International Dark‐Sky Association founded in 1988 is the recognized authority for night sky protection and has taken the lead in identifying and publicizing the negative impacts of artificial light at night on human health, wildlife and climate change. IDA works with the public, city planners, legislators, lighting manufacturers, parks, and protected areas to provide and implement smart lighting choices. IDA’s public outreach efforts provide solutions, quality education, and programs that inform audiences across the United States and throughout the world. At the local level, IDA’s mission is furthered through the work of its U.S. and international chapters representing five continents.
About Sunrise Technologies, Inc.
Sunrise Technologies is the world’s largest manufacturer of Roadway Lighting Controls. Through product development and acquisitions, the high quality photocontrol product brands date back to the 1950s. Product groups also include products used in Municipal Wi‐Fi and Wireless Communications Systems for Electric and Water utilities. Sunrise Technologies is an affiliate of Electro Switch Corp.


METRONOR - Portable 3D Camera Measurement Systems
Norwegian high-tech company Metronor is wirless 3D camera measurement manufacturer, headquart is in Oslo, and company has subsidiaries in the USA and China. Since 1989, the company has developed and manufactured transportable electro-optical coordinate measuring systems, which have become very popular among the world's leading manufacturers. In addition to industrial measurement applications Metronorilla has its own measuring technology unit for defense industry. In addition, Metronor has signed a cooperation agreement with the US aircraft manufacturer Boeing DMS (Dimensional Management Solutions) provision of services for complex assembly operations. Metro Editor innovative technology can be applied to an extremely wide range of measurement needs. 3D camera system can be easily exported to the measurement object creates and executes measurement on the spot, without the cost and safety risks arising from the transfer of the measurement object. In addition, Metro Editor 3D camera equipment can be measured with high accuracy very bulky pieces, for example, 30 m in length. Metro Editor operating system has been granted ISO 9001 and ISO 14001 quality and environmental management.
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Electromagnetic Interference can be defined as unwanted electromagnetic energy that disturbs the proper functioning of an electronic device. All electronic devices generate some amount of electromagnetic radiation since the electricity flowing through its …Some results are removed in response to a notice of local law requirement. For more information, please see here.
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Step 1. GET VIDEO CLIP ON DIGITAL CAMERA OR DIGITIZED
If you are using a standard VHS, S-VHS, or 8MM camcorder you will need to buy a capture card for this. This will allow you to take video from an analog source and convert it to a digital format, by recording it as a long stream of bits onto the hard-drive.
Step 2. GET VIDEO ONTO COMPUTER AS A FILE
While a video clip can be saved as a raw file, we suggest not doing so, because of the vast amount of space this will use. Use the software that comes with your camera or capture card to transfer the video onto the computer as a file, i.e. AVI, MOV, or MPEG. A digital camera will most likely have a Firewire cable to do this, and a RCA adaptor or S- video cable can be used to connect the camcorder or VCR to the capture card.
Step 3. EDIT THE VIDEO CLIP
Sometimes the clip needs to be modified or tampered with. In which case, there are video editing tools available for the computer. These will enable you to edit everything from the color, to the length, to the overall look of the video. Most digital video editing software has export features that allow you to choose the delivery mode. This could facilitate the uploading of the video by using the same program. Here are some of the editing programs available:
iMovie Apple's inexpensive, and easy-to-use video editing software geared toward amateur or occasional video producers. iMovie's interface simplifies capturing, editing, and preparing video footage for delivery, but also allows you to create transitions, titles, and other special effects to enhance your movies. The built-in tutorial consists of a video project and is an excellent resource for people who want to get started quickly.
Intro DV a great program for novices who need to get started quickly and who want a simple, interface to work with. This program uses a step-by-step approach to capturing, editing, and delivering video and has a comprehensive built-in help file that can get you started. While iMovie is an even easier software program to master, IntroDV is the next best thing for PC users.
Final Cut Pro is a Mac program that is simply an amazing tool. This software is not targeted at novices. Although it is easy to learn basic techniques, Final Cut Pro is a full-featured video editing program that is used by video professionals in place of more expensive editing systems. While Final Cut Pro is a terrific piece of software, occasional users and beginners may find its many features daunting and unnecessary for creating simple videos.
Adobe Premiere Pro 1.5 the PC equivalent to Final Cut Pro. Adobe Premiere is a powerful and professional video editing program. Not necessarily for novices either. It is expensive, but a very high quality software.


The Berlin-based start-up labfolder has won a second major client: beginning in April 2017, the Berlin Institute of Health (BIH) will be introducing labfolder’s electronic lab notebook as part of its quality initiative. The innovative data management software will be made available to more than 4,000 researchers at the Charité and the Max Delbrück Center for Molecular Medicine.
Berlin-based labfolder GmbH and the Berlin Institute of Health (BIH) today announced the signing of a framework agreement which will allow BIH member entities and its employees to use labfolder’s electronic lab notebook at the Charité – Universitätsmedizin Berlin (University Hospital) and the Max Delbrück Center for Molecular Medicine (MDC) in Berlin-Buch. This marks a significant breakthrough in digitalizing scientific work processes at the Charité and the MDC.
The BIH is the second major customer that Berlin-based start-up labfolder has gained in a short period of time. Since October 2016, the 11,000 researchers at the Max Planck Society have access to labfolder’s electronic lab notebook. More than 4,000 Berlin-based researchers at the Charité and the MDC are now coming on board.
“The license agreement with BIH, a unique scientific institution in Berlin, is another key milestone in our company’s development,” said Dr. Simon Bungers, CEO of labfolder. “The agreement also shows the importance of centralized and digital data management solutions for large research associations. labfolder meets all compliance requirements and provides a unified approach to data security and archiving.”
labfolder’s lab data management software enables scientists to capture, link, and manage data from a variety of sources, such as computers, tablets, lab devices, and medical measurement and diagnostic devices, while adhering to laboratory guidelines and industry standards. labfolder expedites research and innovation, facilitates data analysis and helps scientists collaborate across departments and continents. labfolder can be installed on both the institutions’ local servers and a central server. Its data platform is extremely flexible and can be adapted by BIH scientists to suit their needs.
The traditional paper-based lab notebook remains for many scientists the main work tool when it comes to documentation. Data management often involves a range of tools, including paper notebooks, locally stored data and file servers. This creates a risk that guideline-compliant documentation, retrieval and sustainable use of scientific data may often be possible only to a limited extent. Meanwhile, data volume is growing exponentially. That’s what makes the digitalization and optimization of data management in research institutions and clinics using electronic lab notebooks of particular importance.
This is also why BIH moves to electronic lab notebooks. “Data quality is critical for the success and reproducibility of research,” said Professor Ulrich Dirnagl, Head of the Department of Experimental Neurology at Charité and Founding Director of the Center for Transforming Biomedical Research at the BIH who also initiated the institution’s introduction of the electronic lab notebook. “Adopting labfolder’s lab notebook is therefore part of BIH’s quality initiative. It introduces a uniform digital standard that meets the rules of Good Scientific and Laboratory Practice. The new electronic lab notebook also enables documentation to meet the requirements of international regulatory authorities. This improves the quality of research data, which ultimately facilitates the translation of research results.”
Link to photos, videos & screenshots:
About Berlin Institute of Health (BIH)
Berlin Institute of Health (BIH) is a biomedical research institution focusing on translational research and precision medicine. BIH is dedicated to improving the prediction in progressive diseases and developing advanced therapies for unmet medical needs in order to improve patients’ health and quality of life. The Institute is committed to providing excellent research solutions and innovation enabling value-based, personalized healthcare. The two founding institutions, Charité – Universitätsmedizin Berlin and Max Delbrück Center for Molecular Medicine in the Helmholtz Association (MDC), are independent member entities within BIH.
About labfolder GmbH
labfolder securely connects scientists, laboratories, companies or global organizations on a unified platform for individuals and teams, their notes, devices, materials, and data from any source. By providing such a platform for the entire life cycle of the scientific laboratory process, labfolder helps scientists to manage and share their data more easily, saving time and expense in many areas of laboratory work, while enabling accelerated innovation. labfolder ensures that data management is compliant with all laboratory guidelines.
labfolder is used by more than 13,000 international scientists in all disciplines. It is used by academic as well as industrial and pharmaceutical scientists in R&D, analysis, and production labs. The increasing demand of digital solutions for managing growing amounts of data in a regulated environment has resulted in the continuous growth of labfolder, which is supported by investors such as Peppermint Ventures, the IBBbet, Vogel Ventures and a consortium of expert business angels.
labfolder was founded in 2013 by molecular biologist Simon Bungers and biophysicist Florian Hauer. Since 2015, Joris van Winsen supports the management team as CFO and Managing Co-Director.
Dr. Florian Hauer
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The world of communication beats all other fields when it comes to the development and implementation of new and creative ideas. They come up with new and innovative ideas every day to make life easier. The need for communication channels that are efficient and affordable has necessitated the need for innovation in the field of communication. Business organizations suffer huge losses if their communication channels are not efficient enough.
One of the notable advancements in communication technology is IP telephony. Internet Protocol telephony refers to the technologies which use the Internet Protocol packet switched connections to send and receive voice, fax and other forms of information. This is the information that was traditionally relayed over the dedicated circuit – switched connections of the public switched telephone network (PSTN). In IP telephony there are no tolls like those in public switched telephone network as the information is shared as packed of data on shared lines. There is also less government regulation on IP telephony compared to the traditional phone service. The way that businesses communicate with each other and their customers has been greatly revolutionized in terms of flexibility and affordability by the use of IP telephony. Some of the benefits a business can get from IP telephony include reduced charges and security.
The Hosted VoIP solution allows a business to access a myriad of IP based applications and devices for use in communication. Switching to IP telephony is not costly as there is no capital investment requirement and little is spent on infrastructure. Management and maintenance of VOIP hosted services is also very affordable compared to the traditional phone services. In addition, IP Telephony carries both data and voice over a single network. This greatly reduces the cost of communication infrastructure.
Business communication is greatly secured by the use of IP technology. Secure routing and remote access can be done through the use of Virtual private networks even over the public network. This way, the information is as secure as that sent over a private network. Using IP telephone also allows businesses to access features that are more advanced. With IP telephony companies can cost – effectively access features like conferencing, incoming call management, and caller ID. Most of these features are provided by the traditional corporate PBX which was more expensive than the IP telephony. For small and medium businesses, these features enable them to run more efficiently.
By switching to IP telephony, the productivity of an organization is bound to increase. IP telephony supports several applications and devices which make it possible for the users to work more effectively and efficiently. Collaboration for productivity is made possible through communication over the IP telephony.


Further information on the available hardware and software, as well as on how to use the HPC system, can be found in the HPC Wiki.
The Centre for Information and Media Technology operates a high-performance computing cluster called HILBERT, which can be used by all research facilities and institutes of the Heinrich Heine University for scientific work.
The only prerequisite for use is an activated university username and an application via our online form, which you can access after logging in with your university username.
The system is renewed at regular intervals, usually every two to three years, to meet the current demands of researchers.
Details about the current system and documentation on how to use it can be found in the corresponding wiki.
User support ranges from the basics of Linux use in the cluster to method development in research.
- HPC Kontakt


Best electric cars for 2020
We are always interested to see the latest EV trends and as more manufacturers get on board with switching to hybrid or fully electric vehicles, electric cars are becoming more mainstream. What’s more, drivers’ fears about making the switch are easing as the country’s infrastructure improves as well as the battery range, with many EVs now having a much greater range capability than a few years ago.
For those who are still concerned that the public charging network isn’t quite there yet but they still want to improve their green credentials, hybrid vehicles are still a good choice and there are many different makes to choose from. Starting out with a PHEV is often the first step to switching to a fully electric vehicle.
To find out which are the most popular electric vehicles in 2020, see Autotrader’s article


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The environment ministry has launched the first digital environmental atlas of India on the occasion of Earth Day. An interactive website of state of environment atlas of India depicts forest and biodiversity in green, water resources in blue and air pollution in brown colours.
The atlas provides flexibility and versatility for users to visualise environment spatial data using geographic information system (GIS) options. The atlas which is the first of its kind with regular updates has been developed by an NGO Development Alternatives (DA) with the support from the Environment Ministry.
The atlas is available on www.soeatlas.org and has features such as pressure-state-impact-response (PSIR) framework analysis, where all the maps are presented and displayed for the users' benefit.
With detailed database, the atlas is a treasure house for the environmentalists and researchers besides those keen to know about the state of environment in the country.


The easy way to install Tensorflow GPU version for machine learning is using Anaconda. If you're not already installed Anaconda, You can follow this tutorial to install it. First, you need to install the latest Nvidea Drivers version here. After, we need to update Anaconda package, open a Anaconda powershell as Administrator, and run
conda update conda conda update anaconda conda update python conda update --all
After the pachage upadate, we can install tensorflow-gpu, run conda install tensorflow-gpu. After the installation, you can close the Anaconda powershell windows, and open a new Command Prompt windows, and run python to open the python shell. To verify the installation, run these 2 commands :
import tensorflow as tf print( tf.constant('Hello from TensorFlow ' + tf.__version__) )
These should be the output:
If you get any error, try to uninstall tensorflow package (using the conda remove tensorflow-gpu command), and try to upgrade to the latest Nvidea Drivers, and run the 4 updates packages commands again, if this still doesn't work, you can leave a message in the comments sections.
Now, you can start training your own machine learning model with tensorflow-gpu !


D. Chumachenko, S. Yakovlev
Abstract. Epidemics of malicious software are actual problem and network worms are one of the most important issues. Identifying trends in network worm distribution, finding the factors that influence the spread of the Internet worm will help to identify the effective preventive and precautionary measures to prevent epidemics of malicious software. To solve the problem of the development of advanced security mechanisms against network worms, different approaches to modeling the spreading of worms have been studied. Deterministic models of propagation of computer viruses in a heterogeneous network, taking into account its topological and architectural features have been analyzed and improved. Agent-based model of network worm propagation have been developed. Simulated model is based on epidemic approach to modeling. SAIDR structure of agent-based model has been used for simulation of malicious software of “network worm” type. A comparative study of developed mathematical models has been conducted. Comparative graphs of the dependence of the infected nodes number on the time of the computer system functioning in the propagation of the epidemic have been built. Research carried out by the example of the Code Red worm propagation.
Key words: agent-based simulation, imitation model, malicious software, network worm, Code Red.


WSEAS supports financially the following Research Projects from our own fundsDigital Circuits and Applications
Lead Researcher: P. Balasubramanian
Dynamical Systems and Differential Equations
Lead Researcher: Gen Qi Xu, Department of Mathematics, Tianjin University, China.
Lead Researcher: Olga Martin, Department of Mathematics, University "Politehnica" of Bucharest, Romania
Modelling and Simulation
Lead Researcher: Claudio Guarnaccia, Physics Department, Engineering Faculty, University of Salerno, Italy.
Applied Electrotechnics - Power Systems
Lead Researcher: Aida Bulucea, University of Craiova, Romania.
Mechanics - Robotics
Lead Researcher: Luigi Vladareanu, Institute of Solid Mechanics of Romanian Academy, Bucharest, Romania.
Lead Researcher: Valentina Balas,"Aurel Vlaicu" University of Arad, Romania.
Lead Researcher: Hazem El-Bakry, Mansoura University, Egypt.
Neural Networks - Nonlinear Systems
Lead Researcher: Valeri Mladenov, Technical University of Sofia, Bulgaria.
Lead Researcher: Ljubomir Lazic, University of Novi Pazar, Serbia.
Lead Researcher: Alina Gavrilut, University "Al.I.Cuza" of Iasi, Romania.
Fuzzy Sets, Fuzzy Mathematics, Fuzzy Systems
Lead Researcher: Anca Croitoru, University "Al.I.Cuza" of Iasi, Romania.
Theoretical Integro-Differential Equations
Lead Researcher: Iurie Caraus, Katholieke Universiteit Leuven, Belgium.
Advanced Power Systems
Lead Researcher: Hamid Bentarzi, Signals and Systems Laboratory, Igee, Boumerdes University, Algeria.
Lead Researcher: C.K.Loo, Multimedia University, Malaysia.
Computational Intelligence for Power Systems Applications
Lead Researchers: Manisha Dubey & Aalok Dubery, Maulana Azad National Institute of Technology, India.
Image Acquisition Systems
Lead Researcher: Toadere Florin, Incdtim Cluj Napoca, Romania.
Lead Researcher: Amir Hamzeh Haghiabi, Iran.
Semantic Web Services
Lead Researcher: Sandeep Kumar, Banaras Hindu University, India.


We humans make machines. Over time with technological advancement, we have made increasingly complex machines. But those machines are still nothing in comparison to the complexity of natural machines.
If you think about it, human body is one such unbelievably complex machines. We have been trying to replicate that complexity of brain to produce artificial neural networks (ANN), recreate human emotions and intelligence through machines (Artificial Intelligence, AI) but the technology is still far from any resemblance to human brain or intelligence. Even genome of humans (or any living being) is incredibly complex and still largely a mistery.
An ecosystem is another type of complex machine. The interactions and interdependence of the living and non living nature is so complex that scientists have only started trying to understand the expanse of it.
In any complex machine, careless handling without proper knowledge can be dangerous. Like all such machines, ecosystem also should be handled with utmost care, so that we don't cause any irreversible damage.


- Automatic Emergency Braking (“AEB”) uses sensors to monitor and detect obstacles and apply the brakes to either prevent the collision or reduce impact severity
- The Insurance Institute for Highway Safety (“IIHS”) conducted a study revealing that AEB with pedestrian detection was associated with a 29%-30% reduction in pedestrian injury crash risk
- The U.S. Department of Transportation’s National Highway Traffic Safety Administration (“NHTSA”) recently announced a Notice of Proposed Rulemaking requiring AEB on all new passenger cars and light trucks
- Cepton’s Vista(R)-X90 Plus is billed as the “world’s smallest” lidar with extensive integration capabilities allowing manufacturers to seamlessly embed the system without disrupting the vehicle’s design
- Cepton engages with all top 10 global OEMs, develops solutions for ADAS, early-warning intrusion detection, crowd analytics, airport terminal monitoring, railway-level obstacle detection, free-flow e-tolling, and other perception solutions for smart infrastructure
Automatic Emergency Braking (“AEB”) is a vehicle safety feature designed to help prevent or mitigate accidents. This technology uses sensors to monitor, detect obstacles and apply the vehicle’s brakes to avoid collisions or reduce impact severity.
AEB uses various sensors, and there has been a rising trend in the automotive industry to add lidar into the sensor suite for increased accuracy – an acronym for “light detection and ranging”. A lidar sensor emits light pulses, which bounce back when they hit an object, to measure distance based on time of flight. Cepton (NASDAQ: CPTN), a Silicon Valley lidar innovator, advances high-performance lidar technology suitable for advanced driver assistance systems (“ADAS”), including AEB features, that can be easily integrated into automobiles without disrupting the vehicle’s design.
In a study conducted by the Insurance Institute for Highway Safety (“IIHS”), AEB with pedestrian detection was associated with a 29%-30% reduction in pedestrian injury crash risk (https://ibn.fm/F6Zvq). Considering the growing evidence supporting the use of AEB, the U.S. Department of Transportation’s National Highway Traffic Safety Administration (“NHTSA”) recently announced a Notice of Proposed Rulemaking requiring AEB on all new passenger cars and light trucks (https://ibn.fm/nHdkE) that, specifically, would perform in low-light conditions and at high speeds.
“Today, we take an important step forward to save lives and make our roadways safer for all Americans,” said U.S. Transportation Secretary Pete Buttigieg. “Just as lifesaving innovations from previous generations like seat belts and air bags have helped improve safety, requiring automatic emergency braking on cars and trucks would keep all of us safer on our roads.”
CPTN engages with all top 10 global OEMs and collaborates with numerous worldwide partners to develop lidar solutions that balance performance, reliability, and affordability for mass-market adoption. The Company recently unveiled the Vista-X90 Plus, billed as the “world’s smallest” adaptive long-range lidar (https://ibn.fm/rPZbZ). Compared to its predecessor – the Vista-X90 – the Vista X90 Plus is 62% slimmer and features an expanded Application-Specific Integrated Circuit (“ASIC”) chipset (https://ibn.fm/59SAV).
Lidar sensors can be strategically mounted in numerous locations on the automobile, depending on the manufacturer, model, and type. Placement on the front bumper typically detects objects ahead of the vehicle, while rear bumper placement helps prevent collisions during parking or reverse maneuvers. Lidar sensors placed on side mirrors improves detection in blind spots, and roof placement enables a larger coverage of the automobile’s surroundings.
At just 120(W) x 24(H) x 120(D) mm, the Vista-X90 Plus takes sensor embeddability even further with additional integration options, including the headlamps, vehicle fascia, and behind the windshield. Further, Cepton’s dedicated ASICs improve performance, speed, and digital signal processing while helping manufacturers achieve price points critical for mass-market lidar adoption.
CPTN’s lidar solutions extend beyond AEB and ADAS to include early-warning intrusion detection, crowd analytics solutions, airport terminal monitoring, obstacle detection at railway-level crossings, free-flow e-tolling, and perception solutions for smart transportation infrastructure. Led by lidar pioneer and technologist Dr. Jun Pei, the Company is headquartered in San Jose, California with a center of excellence facility in Troy, Michigan.
For more information, visit the company’s website at www.Cepton.com.
NOTE TO INVESTORS: The latest news and updates relating to CPTN are available in the company’s newsroom at https://ibn.fm/CPTN
MissionIR is primarily focused on strategic communications. We have executed countless communications programs to address the needs of companies ranging from start-ups to established industry leaders, gaining valuable experience and the expertise necessary to determine the most effective strategy for any given situation.
For more information, visit www.MissionIR.com


June 2023 // We are celebrating our latest update and are excited about our new features. The time has finally come: as of today, our new AI features can be used in all projects - fully integrated, data protection compliant and ready for immediate use.
As one of the first providers of survey software, we have integrated the new generation of AI models into our platform and offer you smart tools for your analysis, such as for example an automatic summary of contributions.
Curious? Feel free to contact us, we are happy to introduce you to the new possibilities for your research.
Online moderation, digital diaries, focus groups, community planning... In our webinars we introduce new tools and methods, share practical insights and offer suggestions around digital qualitative research and provide inspiration and insights for your research.


|Chen Tech, with more than 20 years experiences, is a manufacturer in Taiwan, specializing in testing, quality control, inspection and production equipments in battery industry.
We focus on providing relative equipments for Lead-Acid, Ni-Mh, Ni-Cd, Li-Ion, Li-Polymer, LiFeP04, Li-Series Battery … etc, NB Battery Cell & Pack, Battery Management (Gas Gauge),
PCM Test and other relevant storage applications. Chen Tech has never stopped developing the latest technique and has put all the efforts in battery industry. Looking forward to becoming partner and a supporter in battery industry.
With more than 25 years, Chen Tech has accumulated experiences on developing professional battery equipment. We master the latest technology and industrial trend in order to provide high-quality, high-accuracy and humanized battery test instruments and relevant production equipment. We can enhance clients’ product efficiency and competitiveness.
In order to provide our customers the most professional, complete and immediate after service； in 2000 and 2003, we has established service branches and sales offices in Taiwan and China. Our products are sold all over the world, from Europe and USA to Japan and South-East Asia.


17 Sep 2014 Last September 16, 2014 I and together with a number of bloggers and press here in Iloilo was invited into a small gathering at Imperial Home Appliance Mega Showroom by SAMSUNG. They want their newest technology the Digital Inverter to be published so that the people of Iloilo will know what benefit 17 Jun 2014 http://www.samsung.com/in/consumer/home-appliances/washing-machine/ Samsung39s Quantum 17 SEER is a quality, economical, wall mounted mini-split heat pump air conditioner. It39s digital inverter technology automatically adjusts power to cope with temperature variance, ensuring optimal comfort. With an advanced digital inverter compressor, the Quantum 17 SEER works smart and saves 19 Oct 2015 I created this video with the YouTube Video Editor (https://www.youtube.com/editor) Buy Samsung AR18MV5HEWK 3 Star 1.5 Ton 8 Pole Digital Inverter AC White online. Checkout its specifications, features, customer reviews and price on Croma.com. Samsung 415 L Top Mount Freezer RT42K5068GL with Digital Inverter. A refrigerator with 4 Convertible Modes, digital display, power cool freeze features. View a wide range of Samsung Digital Inverter Refrigerators with latest Digital Inverter technology and convertible modes, available in elegant designs and affordable price. Samsung 30 in. 21.6 cu.ft French Door Refrigerator with Digital Inverter Technology - White RF220NCTAWW/AA. 14 Aug 2012 Introducing a revolutionary technology in new Samsung Refrigerators - The Digital Inverter Compressor. Get fresh food up to 7 days with up to 50 less noise Samsung Combo (WashDry) Refrigerator with Digital Inverter Motor, VRT, Smart Check. Compre ar split Samsung Inverter 9000 BTUs com economia e segurana na CentralAr.
com. Aqui voc parcela em at 10x sem juros. Shop for Samsung RB29FSRNDBC/EU 60cm Frost-Free Fridge Freezer with Digital Inverter Technology - Black at very.co.uk. Order online now and pay nothing for up to 12 months. 2 Sep 2012 Finally, an innovation at IFA that Americans are almost guaranteed to get! Two of the world39s leading appliance innovators, Haier and Samsung, are offering something that39s definitely worth talking about in the world of refrigerators: digital inverter compressors. This new piece of technology is available on Samsung AR18HV5NFWK Digital Inverter Split AC (1.5 Ton, 3 Star Rating, White, Aluminium): Amazon.in: Home Kitchen. Технология EcoBubble Мотор Digital Inverter СуперПолоскание. Цена 32 990 руб. Купить. Где купить Digital Inverter.
Тихо и Надежно. В сердце стиральных машин Samsung ecobubble — инверторный мотор. Мощные магниты в моторе уменьшают трение при работе машины.
Меньше трения — меньше Buy Samsung RT38K5562SL Digital Inverter with Twin Cooling Plus 2-Door Fridge 500L online at Lazada. Discount prices and promotional sale on all. Free Shipping. 22 Jun 2015 Enter the digital inverter compressor (a compressor that can operate at variable speeds because it is operated with a digital inverter). Unlike the standard single-speed compressor, which is either off or operating at full speed (typically about 3,600rpm), the digital inverter compressor is almost always on, but Меньше шума. 10 лет гарантии. Экономия энергии. Unlike conventional compressors, which have just two patterns of start and stop, Samsung39s Digital Inverter Compressor makes 5 different moving cycle based on humidity levels and usage patterns. This helps maintain a more consistent temperature, reduces wear and tear on the compressor for greater durability, and 15 Jul 2014 2014 Samsung Digital Inverter Technology client : samsung agency : BREAD.


Home Cybersecurity Privacy in the Workplace Privacy Tools and Resources Privacy News and Updates
Category : Data Security | Sub Category : Encryption Methods Posted on 2023-07-07 21:24:53
Demystifying Encryption Methods: Keeping Data Secure
In a world where information is available in a variety of ways, protecting it is of paramount importance. It is unintelligible to unauthorized individuals if the data is protected with encryption methods. Confidentiality, integrity, and authenticity of data are ensured by the use of encryption. The different types of encryption methods used in today's society will be explored in this post.
1 Symmetric Encryption:
Symmetric encryption uses a single key to protect data. The sender and receiver use the same key to scramble and decode information. The method is fast and efficient, but it faces a challenge in securely sharing the key between the parties. The Diffie-Hellman key exchange protocol has countered this limitation. Symmetric encryption is popular with the Advanced Encryption Standard and the Data Encryption Standard.
2 Asymmetric Encryption:
Asymmetric encryption uses two keys, a public and a private one. The public and private keys are not public. The key distribution challenge faced by symmetric encryption is addressed by this method. Asymmetric encryption is used for online transactions. RSA and Elliptic Curve Cryptography are some of the most popular asymmetric encryption methods.
3 It's a way of saying "hi."
Data integrity is secured by the use of shab functions. A function called a hash function takes an input and creates a unique string called a hash value. It is almost impossible to generate the same hash from different inputs if the input data is altered. Password storage, digital signatures, and data verification are some of the uses of the haus functions. MD5 and SHA-1 are popular hashing methods.
4 The hybrid method of Encryption.
The strengths of asymmetric and symmetric methods are combined in hybrid encryption. The asymmetric and symmetric encryption keys are used to protect the message. This ensures both security and efficiency. In secure communication protocols likeSSL/TLS, hybrid encryption is used where the keys are exchanged securely using asymmetric encryption and the data is protected using symmetric encryption.
5 The topic of quantum encryption.
The principles of quantum mechanics allow for potentially unbreakable methods of encryption. It uses quantum properties to secure communication channels. The exchange of qubits is ensured by quantum key distribution. The quantum state of these qubits will be disturbed if eavesdroppers are able to get a peek at them. Future data security is expected to be secured by quantum encryption.
Preserving data privacy and security will remain a priority as the digital landscape continues to evolve. Securing online transactions, guaranteeing data integrity, and protecting sensitive information are all things that rely on encryption. Understanding the different methods available for protecting data gives individuals, organizations, and governments an idea of what to do. We can protect our information and preserve the trust essential for a secure digital future by staying ahead of potential vulnerabilities and constantly updating the protocols.


The Global Positioning System (GPS) was first tested in the USA in the 1960s, and was then developed as part of the Cold War defence strategy. By the year 2000, it ceased to have solely military importance, and was made available for civil use.
There are now a total of 32 satellites in use, all in carefully controlled orbits at an altitude of about 20,000 km, and an observer anywhere on earth can see nine of them. A satellite weighs about a tonne, is solar-powered, and orbits the earth in about 12 hours. Each satellite repeatedly sends a radio signal giving the satellite's position (“ephemeris”) and the time at which it sent the message; both position and time are known with great accuracy.
The GPS receiver built into every Smartphone receives the radio signals transmitted by the satellites, and calculates the distance between the receiver and the satellites, using the delay between the time the message was sent and the time of its reception. Radio waves travel at the speed of light (1 km in about 3 microseconds) and it is a simple calculation, but it must be carried out on each satellite.
If the distance from three satellites is known, then the position of the receiver can be found by a process of “3D triangulation”. In practice, more than three satellites must be used, as additional data is needed to get the best possible accuracy.
For the meridian experiment, the GPS device used was the one fitted in a Samsung Galaxy S2 phone. A free App called “GPS Test” was downloaded (doubtless there are other Apps).
The App lets you use the GPS in the most basic way - it shows your current position as numbers on the screen (see illustration), together with other numbers - height above sea-level (ASL), the speed at which you are walking, number of satellites in view, current time, etc. To get a good answer, you should be out-of-doors with no tree canopy and a large number of satellites in view. The receiver is often slow to get a “first fix”, after which it responds quickly.
The Meridian updated
In 1884, an International Meridian Conference was held in Washington to establish a prime meridian for navigation. It selected the Greenwich Meridian devised by George Airy, the Astronomer Royal, as it was already widely used.
In 1984, a new meridian was established which was better suited to the GPS satellite system. It resulted in WGS84 (World Geodetic System 1984) as the common standard for GPS measurements. It does not differ greatly from the old meridian (it is only a few metres away), and is the default option on all GPS devices.
The first satellite was launched about 40 years ago, and the system has been constantly updated; the latest system ("IIIa") will be phased in from 2017. The original GPS receivers weighed over 23kg, but the latest types reside in a single silicon chip inside a mobile phone.
There are a number of competing systems, such as the European "Galileo" system, working but incomplete; in 2016 it had 18 out of the planned 30 satellites in orbit, and the system is expected to be complete by 2020. The first satellite was launched in 2005. Early funding problems have been overcome, and many nations now have a stake in the project.


The Art & Design Department strives to support the most widely used Drawing Displays and Tablets in the 151 Computer Lab, as well as in the 159B Graphic Design Student Collaboration Room. Apple iPads are plug and play, and require no software or drivers to use with any lab Mac.
Tips and Info for New Users
- If you are new to Drawing Displays and Tablets, check out these reviews.
- Drawing Displays and Tablets require a driver and/or software installed on the host computer to function. Some models —and even other brands—can occasionally work with drivers not specifically created for them. iPads have the unique advantage of not needing any other software or configuration.
- Drawing Tablets (without displays) are the simplest to connect: a single USB cable will power the tablet and make the data connection to capture your work.
- Drawing Displays typically have 3 cables: HDMI for video, USB for data, and a power plug.
- Check your Drawing Display video-in port or cable. Most are HDMI, and you may need a MiniDisplayPort to HDMI cable to connect. Or, if your Display has an all-in-one cable with HDMI out, you may need an HDMI to MiniDisplay Port adapter.
- Talk to your instructor to find out if your tablet is supported, or if support can be added to lab computers.


Node Three came about from the need to site some RF equipment within the house to give the best coverage. It’s nothing fancy, just a two tiered shelf in the loft for the time being, maybe at some point I will make it into a proper cabinet of some sort!
Fortunately the work carried out previously in Node One allows easy cabling up into the loft, so four CAT5 cables were run and terminated locally into double RJ45 sockets. Yet another UPS sits on the lower shelf. It gets pretty warm up in the loft during the summer, but an SNMP add-in card in the UPS allows the internal temperature to be monitored and I regularly check the batteries to make sure that they’re not adversely effected by the heat.
The top shelf has a further RFXCom Lan enclosure with 434MHz Transmitter and Receiver and an 868MHz Receiver and two Linksys NSLU2s can just about be seen behind the UPS. These have been re-purposed as embedded Linux machines and one is connected to a “HouseHeat” controller that integrates my Central Heating system onto the xAP network and the other has a TrickleStar Z-Wave controller attached. This is currently being used to test the progress of the excellent OpenZ-Wave library and will eventually integrate Z-Wave equipment with the xPL network.
I use HouseHeat equipment throughout the house, with a thermostat and actuator in each room controlling radiators. The HouseHeat controller connected to the NSLU2 gives a useful web interface to allow control of set-points and timers and a xAP connector brings sensor data onto the xAP network as well as allowing control from other xAP software.
My journey with Z-Wave has only just started and I am patiently waiting for the work on OpenZ-Wave to come to fruition and hope for a proliferation of HA applications to be forthcoming before I invest in more equipment. I extensively use HomeEasy products currently for power sockets and some lighting, but I’ve never been a fan of the lighting side due to the one way nature of the products. Hopefully Z-Wave with it’s two way communication will prove to be the product that I’ve been waiting for in that respect!
Thanks for reading,


Siemens in India announced the expansion of its Industry 4.0 offerings with the launch of four MindSphere Application Centers across the country. The centers will be located in Pune, Noida and Gurgaon (two). Siemens is the first company worldwide to set up 20 of these centers for digital customer applications in 17 countries. Each of the centers spans multiple locations in different countries and specializes in a particular industry in which Siemens is active.
At these centers, around 900 software developers, data specialists and engineers work together with Siemens customers to develop digital innovations for data analysis and machine learning. These new solutions are being developed on MindSphere, Siemens’ open, cloud-based operating system for the Internet of Things (IoT). In the four MindSphere Application Centers in India, Siemens experts will work together with Siemens customers to co-create solutions, which will be part of over 100 digital projects that will transform the entire value chain, and deliver productivity, flexibility, speed and quality in the customer’s operations.
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The AutoSF-120 enables the exciting era of automated high throughput stopped flow with the optional robot! Without the robot, the AutoSF-120 offers quick and efficient loading of small sample volumes.
KinTek has always been a leader in building stopped-flow instruments that conserve precious samples. The all new AutoSF-120 sets a new standard for sample economy, requiring only 120 microliters of a sample to flush, load and collect data while giving with 3-4 replicate measurements. The flushing and sample loading are all done automatically! Simply pipette 120 microliters of solution into each sample cup and click "Load".
In the process of designing this new state-of-the-art instrument, we also added new noise reduction electronic circuits to improve signal/noise twofold and achieved a submillisecond dead time. In addition, we completely re-wrote the system software for data collection and analysis to give unparalleled ease of use and power.
The KinTek AutoSF is by far the best stopped-flow instrument ever built, giving you more high-quality data while consuming less sample and less time. If you have been using an antiquated and awkward system using air cylinders and stop syringes, you will be blown away by the ease of use and data quality of a KinTek stopped-flow.
An optional robotic autosampler increases throughput even more to afford unattended stopped-flow measurements of hundreds of samples per day.
- Small sample volume: 120 µL is sufficient to flush and load a new sample and get 3-4 reproducible shots. All other instruments require 3-5 times as much sample.
- Automated computer-controlled load/flush/fire cycle — simply pipette as little as 120 µL into each sample cup and click "Load New".
- Twofold improvement in signal/noise with new noise reduction circuits
- Compact footprint: instrument and electronics combined (14 × 26.5 × 4.5 inches)
- Computer optimized optical path with lower noise and background fluorescence
Optional Robot Affords High Throughput Screening
The AutoSF-120 can be optionally supplied with a robot that automates the loading of up to 96 pairs of samples. Stopped-flow data are collected, and the results are tabulated for easy review. This unique functionality allows unattended high-throughput screening while still delivering the rich information content derived from transient-state kinetic analyzes.
Automatic Sample Loading
Even without the robot, the KinTek AutoSF-120 affords automatic sample loading and syringe flushing between samples while consuming the minimal volume of sample. The AutoSF-120 requires 3- to 5-fold less sample compared to other stopped-flow instruments!
An optical fiber from the light source plugs into the Optical Fiber holder. Two sliders hold filters for each PMT (photomultiplier tube). Pull out the slider and insert the appropriate 25.4 mm diameter filter. Attached a syringe to the EXlT line to collect waste solution.
Sample Load Ports
There are three different sample load ports that can be installed to adapt to your needs. Microvolume adapters (standard) contain a conical sample holder into which small volumes (100 to 350 µL) can be pipetted, either manually or robotically. Syringe adapters allow a syringe (without a leur lock) to be inserted into the port. Tubing adapters allow the solution to be fed into the instrument through a 1/16" diameter tubing.
SYRINGE FLUSH/LOAD CONTROL
KinTek stopped-flow system software allows the user to Load Samples and Flush Syringes and to control the volumes taken up during each action.
Text entries under Syringe Volume Controls define the volumes for loading and flushing each syringe. Start by entering a value of 300 next to the Flush Syringes button, then pipette at least 300 µL of the buffer into each load port, and then press Flush Syringes. The instrument will automatically load and expel the set volume. Repeat as needed. To load the syringes with 120 µL of solution, pipette 120 µL into each load port, and then press "Load Sample" as described below. Recommended minimal load volume is 120 µL while the recommended flush volume is 300 µL.
The KinTek AutoSF-120 represents a significant advancement in transient-state stopped-flow kinetics.
Contact our sales office to get more information on this exciting new advance in stopped-flow instrumentation. The AutoSF stands out in a class by itself. No other instrument offers such sample economy, ease of use and power to collect the most precise data to answer important scientific questions.
The KinTek SF software also allows for easy export of data for analysis using KinTek Global Kinetic Explorer, the most advanced and powerful data fitting package available, enabling you to fit data to models based upon experimental designs, not to equations.


Most importantly, InSe has a large energy gap, which could open the door to super-fast, next-gen electronic devices. Businessman, author, and one of the foremost minds behind the development of the semiconductor, Andy Grove, passed away on Monday at the age of Many considered Grove as one of the giants in the world of technology, leaving his mark on everything from memory chips to the digital revolution at large. Items such as handheld electronics, LED displays, and even solar cells would not exist if not for the semiconductor.
MORE : Learn about how semiconductors shape society. The newly developed semiconductor material could eventually lead to electronic devices that are percent faster. Thanks to a new development in semiconducting materials, our electronics may soon be faster all while consuming a lot less power.
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The semiconductor is comprised of tin and oxygen and is only one atom thick, which allows electrical charges to move very quickly — much faster than comparable materials, such as silicon. This material also differs from conventional 3D materials, as it is 2D.
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Posted in Technology. Tagged energy , semiconductor , technology. Topics of interest include, but not limited, to the following: more…. Tagged call for papers , focus issue , JSS , publications , semiconductor. Posted in Semiconductors. Tagged semiconductor , solid state , technology. With two new semiconductors, however, it may be possible.
Posted in Materials science. Tagged semiconductor , silicon. Getting close to the limit At the present, companies like Intel are mass-producing transistors 14 nanometers across — just 14 times wider than DNA molecules. Tagged electronics , Moore , Moore's Law , semiconductor.
Tagged electronics , graphene , Moore , Moore's Law , semiconductor. Posted in Announcements , Semiconductors , Technology. Tagged Andy Grove , Grove , Intel , semiconductor. Posted in Semiconductors , Technology. Tagged materials science , semiconductor. Semiconductor device , electronic circuit component made from a material that is neither a good conductor nor a good insulator hence semiconductor.
Such devices have found wide applications because of their compactness, reliability, and low cost. As discrete components, they have found use in power devices, optical sensors, and light emitters, including solid-state lasers.
More importantly, semiconductor devices lend themselves to integration into complex but readily manufacturable microelectronic circuits. They are, and will be in the foreseeable future, the key elements for the majority of electronic systems, including communications, consumer, data-processing, and industrial-control equipment.
Solid-state materials are commonly grouped into three classes: insulators , semiconductors, and conductors. At low temperatures some conductors, semiconductors, and insulators may become superconductors. The conductivities of semiconductors are between these extremes. The conductivity of a semiconductor is generally sensitive to temperature, illumination, magnetic fields, and minute amounts of impurity atoms. For example, the addition of less than 0.
Discrete Semiconductor Devices | SpringerLink
The ranges of semiconductor conductivity due to impurity atoms for five common semiconductors are given in Figure 1. The study of semiconductor materials began in the early 19th century. Over the years, many semiconductors have been investigated.


IoT is Everywhere
Look around you. The normal household or office has at least one smart device (collectively called the Internet of Things, or IoT for short) nearby. Some have more. Some have many. They are useful, save time, and (let’s face it) fun. But just as the stick you played with as a child could have turned around at any moment and poked your eye out, so can the IoT devices of today puncture your Internet security without proper IoT Encryption.
Are we saying you should round up all your IoT devices and throw them into a burning cauldron? Of course not. Though they are all potential vulnerabilities, that doesn’t mean they can’t be protected.
IoT Encryption is Needed
By 2020, Cisco estimates the number of IoT devices will be around 50 billion. One year later, as Cybersecurity Ventures points out, the estimate increases so that there will be roughly three times as many IoT devices as there are people on the planet. Let that sink in for a second: three IoT devices for each human on Earth — all in just two years’ time. Three Internet vulnerabilities for each person on the planet. It’s time for action.
“But why are IoT devices so vulnerable and how did we get into this mess?” you ask aloud to Alexa and Siri. Siri isn’t listening, but Alexa offers to order you an economy pack of paper towels to clean up the “mess.” The short answer to your two-part question is money.
People like devices they can talk to, devices that let them do things from afar, and devices that let them take control over their world (even if just in such a small way as customizing the color of a light bulb). Companies saw this like of such devices and began pumping them out at insane speeds. Other companies ripped off (or reverse engineered or both) the tech from these first companies and started selling budget IoT devices. This is how we got to the size of the mess. But what about the actual mess?
The mess part involves the software on the devices themselves and the way this software interacts with the Internet. Quite often, especially for the budget IoT devices, the software is composed of copy/pasted, Frankenstein-ed code that accesses the device in your home or office and passes through an Internet portal. This is how you can click an app at work and turn on a light at home. These are the holes in your security we were talking about earlier.
Now, big companies are always testing, improving, and updating their code to improve their customers’ experience and, more importantly, to make their devices more secure. But sometimes they don’t. Often (for both big companies and budget IoT device companies), there is little care about the security of the product, as the company makes its money on the sale and (quite often) the service the product offers. Once the company has your money, their goal has been achieved. But this lack of updates leaves devices vulnerable. And thus, the hole in your cybersecurity becomes a tear.
A solution is needed to protect your organization from these tears. Of course, you could just get rid of all your IoT devices, but that’s not going to happen because they are just too much fun (okay, and some are very useful). IoT devices are not just gimmicks or novelties—many have an actual use in your organization. The only solution is to protect them since they won’t protect themselves. We do this by surrounding them with the encrypted protection of Fognigma.
IoT Encryption is Here
Fognigma is a patented enterprise software solution that allows organizations to build invisible, encrypted, and secure networks. [For more information, please visit the About page at http://staging.fognigma.com/why-fognigma/.] Users connect to their organization’s Fognigma network(s) using software (desktop client or mobile app) or hardware options (a Gateway to protect an entire facility or a Wicket to protect a computer, phone, or office).
Let’s zoom in on the Wicket, since it protects devices and not facilities. A Wicket is a small, portable piece of hardware that can be installed between your router and the public Internet to protect multiple devices. Once configured, the Wicket routes all your Internet traffic through a Fognigma network, protecting it with FIPS 140-2 Validated, cascading AES-256 encryption. To protect a single device, a Wicket is configured between the device and your router to attach to a Fognigma network. This small, portable device will help plug all your IoT cybersecurity holes and tears.
An example: You plug a color-change IoT lightbulb into your desk at work so you can have a disco party each Friday. The bulb reaches out through your organization’s Internet connection to a portal run by the manufacturer and then back to the app on your phone. A third-party evildoer can see that there is a connection from your phone to the portal and from the portal to a device inside your organization’s cybersecurity shield.
This gives the evildoer two things: the proof needed to associate you with your organization and a path to follow to breach your organization’s defenses. It’s obvious how bad the second part is, but the first is equally disastrous. [To learn more about why association can be devastating to your organization, read our blog entry on the importance of dissociation.] When connected to a Wicket, however, what a third-party evildoer can learn is decidedly different as the device is enveloped in an invisible shell of, in this case, IoT encryption.
Your app’s connection to the portal will still be visible, as will the portal passing on information to somewhere. BUT the somewhere will not be associated at all with your organization. You see, Wickets allow traffic into Fognigma, but when traffic leaves it goes through an exit point created by your organization to exist almost anywhere in the world. And once that signal passes into your Fognigma network and back to the IoT device, it is invisible to external observation.
This is how Fognigma assists with IoT encryption. This is how Fognigma can plug the holes insecure IoT devices can rip in your cybersecurity. This is why you should contact Dexter Edward today for more information or to schedule a demonstration.


MIL-DTL-38999, General Specification for Connectors, Electrical, Circular, Miniature, High Density, Quick Disconnect (Bayonet, Threaded, and Breech Coupling), Environment Resistant, Removable Crimp and Hermetic Solder Contacts MIL-DTL-38999 series connectors include four series of connectors: MIL-DTL-38999 I, MIL-DTL-38999 II, MIL-DTL-38999 III, MIL-DTL-38999 IV.
MIL-DTL-38999 is a high-performance cylindrical connector family designed for cable-to-panel I/O applications in military aerospace and other demanding situations. OEM companies manufacture a wide range of environmental and hermetic class MIL-DTL-38999 type connectors including lanyard-release products, bulkhead feed-thrus, composite and specialty metal cable plugs and receptacles, connector savers, EMI/EMP filter receptacles and Coax/Quadrax contact equipped products.
Applications include air data computers, ultrasonic/photoelectric sensors, magnetic torque transducers, gas and liquid level switches, RTDs/thermocouples, thermisters, imersion heaters, data-loggers, generic controllers, reflective sensors, infrared sensors, humidity sensors, potentiometers, encoders, wirewound resistors, video camera, accelerometers, oscilloscopes, frequency inverters, power supplies, continuous level transmitters, liquid level indicators, lab/test instrumentation, optical fiber sensors, amplifiers, microscopes, humidity sensors, leakage sensors, relays, motion controllers, cam positioners, signal converters, wireless devices, RFID meters, multimeters, flow switches, zener barriers and solenoid valves.
Common manufacturers of MIL-C-38999 electrical connectors are:
Low-Priced Solution for High-Priced Electrical Connectors
An industry alternative to the high-priced electrical connectors are the KeyWolfTM electrical connector. These connectors are high-precision, well-engineered products that are low-cost ($10 for a mated metal pair and $6 for a mated plastic pair in OEM quantities) . KeyWolfTM is a leading supplier of both metal and plastic electrical connectors to a wide variety of industries.


RADIO NETWORK PLANNING (CWNA & GSM ENGINEERING) Radio Network Planning broadens your horizon on the core of Wireless Networking as covered in CWNA curriculum and GSM Engineering. It gives you a complete understanding of wireless networking and communication. COURSE CONTENT Wireless LAN and its applications Radio Frequency (RF) Fundamentals, RF behaviors, RF Antenna concepts and RF mathematics Spread Spectrum Technology (FHSS,DSSS, OFDM and MIMO) Wireless LAN Infrastructure Devices (Access points, Routers, Switches and Bridges) Antennas and Accessories, Antenna categories and types, Antenna location and Installations Wireless LAN Organizations and Standards (FCC rules, IEEE and Wi-Fi alliance) 802.11 Network Architecture (SSID, Roaming, Positioning, Authentication and Power Management) MAC and Physical Layers (RTS/CTS and Modulation) WLAN set up and management (SOHO, PTP, PTMP and WISP) Troubleshooting Wireless LAN Installations (Multipath, Hidden Node, Near Far, RF interference, Throughput and Weather.) Wireless LAN Security and security policies Site Survey Fundamentals Introduction and Evolution of GSM (HSCSD, GPRS, EDGE, UMTS) Features of GSM and GPRS network Architecture GSM and GPRS network components (MS, TC, BTS, BSC, BSS, OMC, MSC, GMSC, PSTN NSS etc) GSM terrestrial interfaces (Um, A, A-ter, Abis etc) Channels on the air interface (Physical and Logical channels) Radio interference optimization (power control and interference) Call setup, Hand over and Call termination Introduction to GPRS Introduction to UMTS Duration Corporate training - 10 Days Individual training - 2 months (weekdays) Individual training - 4 months (Weekends) Learning Process - Flexible Benefits Mastering the principle of wireless systems network planning and Radio frequency (RF) plus GSM engineering gives you an edge in the labor market. It stands you out as a professional with exceptional skills and can also pay your bills as an entrepreneur. This is a highly sought after professional skill in the labor market with high salary and benefits.