The FASTEN project wants to support DevOps teams and help developers tracking, managing and mastering dependencies.
FASTEN’s goal is to develop a toolchain that is provisioning and collecting project information, security alerts, and repositories from well-known and widely used services. It merges this information into a data stream, performs analysis, stores it, and, consequently, builds a call-graph for each analyzed project. The gathered information is made available through a REST API and Web UI and performs continuous integration to provide developers with updated and sanitized versions of their dependencies.
One part of this toolchain will be an Open Source license analysis. This analysis should perform a verification and compatibility check on licenses used in Open Source projects and facilitate development from a user perspective as well as create industry-relevant information on license infringements. This functionality shall be presented in this talk.
FASTEN has received funding from the European Union’s Horizon 2020 research and innovation programme. It is carried out by a Consortium composed of AUEB, TUDelft, University of Milan-Bicocca, Endocode, OW2, SIG, and XWIKI.
Michele Scarlato received a BS degree in Internet Science in 2008 and a Master’s degree in Computer Science in 2012 from the University of Bologna, Italy. In 2014 he achieved his second Master’s degree in Computer Science with a specialization in Networks and Telematics at Murcia University. In 2020 obtained a Ph.D. in Electrical and Computer Engineering at Cagliari University. He also worked as a network and system administrator in Telecom Italia, Fairmail, IZSLER, Unicredit Bank, and DevOps in Quentral. His main research interests cover Next Generation Networking (mainly SDN and ICN) and Blockchain. He collaborated with Gwangju Institute of Science and Technology (GIST), South Korea, after visiting the Institute in 2017, during his Ph.D. course, thanks to a “Pierre-Marie Curie” scholarship. He is currently working within the Fasten project (Horizon 2020 - grant agreement 825328 ) for Endocode to develop the License Compliance plugin.
Wed 12 MayDisplayed time zone: Moscow, St. Petersburg, Volgograd change
10:30 - 13:10
|Open source experiences in AI and DataViz for manufacturing market|
Grazia Cazzin Engineering
|Building a sustainable and ethical business model on top of Open Source : the case of XWiki|
Clément Aubin XWiki
|OSS License compliance within the FASTEN Project|
Michele Scarlato Endocode
|The Melodic project: a business story|
Konrad Wawruch 7bulls.com
|RIOS (Rete Italiana Open Source): an open source business association|
Stefano Pampaloni RIOS
|City of Paris: a journey to open source|
Philippe Bareille City of Paris
|Real world impact on adopting an Open Source software strategy in a global automotive company|
Industrial TrackFile Attached
|Top 10 challenges of the open source ecosystem|
Cédric Thomas OW2


In the era of technology, almost every company adding facial recognition into its security feature.According to Recent reports, the upcoming Galaxy S8 might be including facial recognition tech within months of release.Besides the facial recognition feature, other features it will includes is iris scanner,fingerprint which we still consider pretty new since the Note 7 that featured it first didn’t really see a lot of use.
It is also reported that Samsung is already working with banks to get the feature adopted. The company’s flagship phones have offered facial recognition to unlock for years, and it’s gotten much better at detecting faces as the Galaxy series has matured.
Furthermore, Apple is also turning to facial recognition. Although it doesn’t form any software features in existing iPhones, the company has picked up several facial recognition developers in the last few years. The Galaxy S8 will give Samsung the chance to make up for last year’s blunders, and get ahead of a highly-anticipated iPhone that will mark 10 years of Apple’s smartphone series. The big Samsung event is in a few weeks — we won’t have wait long.


DOT1 Solutions Private Limited
IoT Allied Business
With the expected exponential growth of connected devices, businesses that support IoT have mushroomed. Processor manufacturing for smart watches. Product Engineering. 3D printing. IoT design, testing and debugging services. IoT platform developers, hosted on cloud, so that you need not build your own.
Finance & Accounting
With so many devices connected, creating and exchanging data- there is need for new payment methods, micro-payment systems, need to address topics like management of financial assets, digital assets, Intellectual Property, Royalties.
Smart watches, fitness tracker, virtual reality headsets- all generate/create data which can be used. There are devices which are sports specific e.g. golf, running. Specific for conditions like blood pressure, diabetes, heart diseases.
IoT finds vast application in Smart City initiatives. Monitor pollution, air quality, smart street lighting, surveillance of public places, ATMs.
Robots being used on production shop floor in the assembly line. Robots where humans cannot work e.g. cleaning or housekeeping of atomic power plants.
IoT: That things will do
Amazon Echo is one of the best examples of IoT. It can play music, read news, answer questions, weather report, control fan, light, sprinklers, call Uber, Domino's. It responds when called "Alexa" - "Alexa" find me a Chinese restaurant. "Alexa" can also answer questions on children's health.
IoT is network of physical devices, vehicles, appliances, homes - equipped with sensors, software, circuitry and connectivity to create, collect and exchange data. A machine-to-machine network comprising of Things, Network (preferably 5G) that connects these Things and Analytics that makes use of data that flows between these Things. IoT, term coined by Kevin Ashton, is predicted to touch anywhere between 30 to 50 billion connected devices by 2020. So it's everywhere?! Wait! Before we confuse it with Internet of Everywhere (IoE).
Internet of Everywhere is all encompassing, it comprises of 3 sub-systems: IoT (Internet of Things)- how Things create data, IoH (Internet of Humans) - how humans create data on the internet, and IoD (Internet of Digital) - how data is created and communicated for further use.
IoT: How to get started?
Focus on areas which can improve, enhance customer experience.
Self-driving cars apart, there are devices that help in navigation, plug into On Board Diagnostics (OBD) port of car and provide cloud based analytics. IoT for automotive monitoring and fleet management.
Silver Soft Tech Park, 23/24 EPIP, 1st Phase KIADB, Whitefield 560066
Mahalaxmi Plaza, VC2, Sec-3, Vaishali, Ghaziabad, 201010
120 & 121, 1F, Corporate Avenue, Sonawala Cross Road, Goregaon (East), 400 063


What are gravitational waves ?
In physics, gravitational waves are ripples in the curvature of spacetime that move as a wave, travelling outward from the source. Albert Einstein predicted them in 1916 on the basis of his theory of general relativity. In theory, gravitational waves transport energy asgravitational radiation.
Pakistani-born astrophysicist Dr Nergis Mavalvala was among the team of scientists who, for the first time, observed ripples in the fabric of spacetime called gravitational waves.
She is , Associate Department Head of Physics at MIT and a member of the team of scientists that achieved the milestone of detecting gravitational waves, ripples in space and time hypothesised by physicist Albert Einstein a century ago.
Professor Mavalvala, whose career spans 20 years, has published extensively in her field and has been working with MIT since 2002.
Born to a Parsi family in Karachi, Mavalvala received her early education from the Convent of Jesus and Mary school, an administration official from the educational institute.She later moved to the United States as a teenager to attend Wellesley College in Massachusetts. Since meeting Weiss in 1991, Dr Mavalvala went deeper into research on gravitational waves. By the time she received her PhD in 1997, she was already working on building LIGO.
She focused on instrument development for LIGO during her post-doctoral work at California Institute of Technology (CalTech) before joining LIGO as a staff scientist in 2000.
Imran Khan from Quetta has been known to have worked with a team of scientists at Laser Interferometer Gravitational-wave Observatory (LIGO) that recorded gravitational waves for the first time in history.
The 25-year-old, a graduate of FAST, worked with Gran Sasso Science Institute (GSSI), one of the institutions involved in the research.
Imran secured 892 marks in intermediate and then availed a scholarship from FAST Peshawar, to complete his Bachelors of Science (BS) in Telecommunication Engineering in 2011.
He was the offered a scholarship in MS Optoelectronics and Photonics Engineering by a Turkish institute in 2015. He is currently pursuing his PhD at Gran Sasso Science Institute (GSSI) in Italy.


Automate Your Life with the Smart Switch Button Pusher
Welcome to Mercado Roupas, where convenience meets innovation! We are excited to introduce the Smart Switch Button Pusher—a game-changing device that brings automation and control to your fingertips. With this Bluetooth-enabled Fingerbot, you can effortlessly control various devices in your home, making your daily routines easier and smarter.
Seamless Control with Smart Technology
The Smart Switch Button Pusher is designed to streamline your life. You can connect it to the Tuya Smart Life App or set up timers for hands-free control. Imagine the convenience of turning on lights, operating appliances, or activating compatible smart devices with a simple tap on your phone. It's automation made easy.
Specifications at a Glance
To ensure a smooth user experience, the Smart Switch Button Pusher boasts impressive specifications:
||Bluetooth Low Power 4.2
||48 x 37 x 33 mm
|Bluetooth Signal Distance
||-10 ± 45℃
||Smart Life/Tuya Smart
- 1 * Fingerbot
- 1 * Viscose
- 1 * Short Straight Arm
- 1 * Long Straight Arm
- 1 * Ring Arm
Experience the future of home automation with the Smart Switch Button Pusher from Mercado Roupas. Say goodbye to the hassle of manual controls and hello to effortless, smart living. Order now and simplify your daily routines!


Warner est désormais compatible avec l'extension FastNews.kiwi disponible pour votre navigateur. Avec cette extension, vérifiez s'il y a des nouveaux sujets sur ce forum en un clic depuis n'importe quelle page !Cliquez ici pour en savoir plus.
mac-osx-pl2303 - PL2303 USB to Serial Driver for Mac OS X 10.9 MavericksThis video is about Install Prolific USB-Serial cable driver on Mac OS X. Once you installed the driver, you can connect the cable with raspberry Pi .Keyspan has updated its Mac OS X driver for the USB to serial adapters. Version 1.2 of the USB software fixes issues with the Classic environment crashing when .USERS MANUAL USB TO Serial Adapter BF-800 BF-810 . USB to Serial Adapter Users Manual 1 CONTENT 1. Introduction . DDRIVERMACMAC OS X .PL-2303 Mac OS X Driver v1.6 Installation Guide . 4.PL2303 Mac OS X Driver Download . PL2303 Serial-USB on OSX Lion; Mac OS X Prolific PL2303 driver project .MidwayUSA is a privately held American retailer of various hunting and outdoor-related products.I needed to interface my computer to an embedded device, and I found a way to configure a relatively cheap USB UART bridge to support it.USB Serial Adapter Drivers Page. . 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Using Mac OS X native software, you .The latest Tweets from Mac USB Serial (OSXPL2303). for PL2303 / CH340 / CH341 USB to RS-232 Serial Driver for Apple's Mac OS X. Amsterdam .Find great deals on eBay for USB to Serial Mac in Parallel, . USB 2.0 to RS232 9 Pin Adapter. 1 x Driver CD 1 x USB 2.0 to RS232 DB9 Adapter . MAC OS X or above .Macintosh Mac OS X 10.2 or Later Available USB Port CD-ROM 1 USB to Serial Adapter 1 Installation CD-ROM 1 Quick Start Guide 1 Warranty CardThis document describes the procedure for installing the Mac OS X FTDIUSBSerial driver for FTDI's FT2232C . 13 Mac OS X Installation Guide .This video is about Install Prolific USB-Serial cable driver on Mac OS X. Once you installed the driver, you can connect the cable with raspberry Pi .If the manufacturer of your USB-to-Serial Adaptor provides drivers for OS X the . 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Version 10 features
1. NEW 3RD PARTY INTEGRATIONS
With Version 10, emphasis has been placed on support for a balanced selection of devices and readers.With this version we believe we have one of the best 3rd-party hardware portfolios in the industry with the highest level of integration. And there’s more yet to come.
After providing full support for Morpho Sigma biometric terminals in version 8.50, it was logical that access control would be our next step. The newly released Sigma Lite
biometric readers are now fully supported for access control and time recording.
Spica is working closely with Assa Abloy on integration with their Aperio line of wireless locks. Version 10.0 provides support for integration via Aperio IP Hub
. Integration through Zone controllers is planned with version 10.20.
VisionLine is Assa Abloy’s hotel room lock system previously known as Vingcard. We have added support for VisionLine access points with version 10.10.
We have added support for biometric time clocks from Touchless Biometric Systems. More information is here
We took a generic professional Android device
with an NFC reader and turned it into a managed time clock. MATT gets OS and application upgrades from the cloud and can be troubleshooted directly from Spica. With MATT we are targeting users with a number of small remote offices where “proper” time clocks would not be economical.
For more information see the brochure.
We have also added support for IrisID
terminals for time tracking. Iris scanning is considered to be the most accurate method for biometric identification and so is robust enough to stand up to even the most demanding requirements. More information is available upon request.
With Version 8, we integrated Milestone
video surveillance into the Time&Space access control software client. With Time&Space Version 10, we have also added reciprocal functionality
by integrating access control into the Milestone XProtect software client. Now, access control and video surveillance are available in both clients. For more information see here
2. NEW ACCESS CONTROL FEATURES
For Version 10, our core focus for development was principally on access control. In a future version we will also place a special emphasis on time and attendance. Please visit our site regularly for further information.
This functionality was at the top of our feature request list. This allows users to toggle the door mode between being permanently open or permanently closed for a defined period.
In a nutshell, this feature gives you the ability to collect multiple input signals (10, for example) from one Zone Door device.
At times, multiple user credentials can create rather complex management situations. This feature change makes managing multiple user credentials and their associated access profiles faster and easier.
The service that provides real-time coordination between access control, time & attendance and 3rd party modules has been rewritten and improved in several ways. For example, it is now possible to use 3rd-party plugins.
3. GENERAL IMPROVEMENTS
Protecting data integrity is especially important when collecting personal data. Time&Space data access has been enhanced and is now available solely through the Time&Space SDK. More information
We have rebuilt and improved the real-time engine that handles access control signalling and communications. It is now much easier to implement and support various notification schemes and services.
We have a brand new Software Development Kit. More information is available here


Esca2™ is the next generation Esca™; a versatile wearable massager with a built-in LED indicator. Bluetooth®-enabled for app-controlled play, you can engage with your lover from across the room or across the world. Connect your Esca2™ to another KIIROO® product and let your partner drive pleasurable sensations for a truly interactive experience. The illuminating LED lights sync to the vibrations, providing visual feedback to your partner.
Esca2™ has 3 Bluetooth settings:
1. Full motor intensity and full LED light
2. Half the motor intensity (for webcam models) and full LED lights
3. For the regular user; full motor strength and NO LED light
So if you prefer more discrete play, the LED light on Esca2™ can be turned off, letting you wear Esca2™ wherever and whenever you please.
Play solo with your FeelConnect App and be connected to your lover’s KIIROO® pleasure device. Let your partner send you good vibrations from anywhere either through an App or via their KIIROO® device.


Cree Delivers Breakthrough Light Quality and Innovative Design for Linear Lighting Applications
DURHAM, NC -- Cree, Inc. (Nasdaq: CREE) introduces the LS Series linear LED luminaire, designed to replace the hundreds of millions of fluorescent strip, wrap and industrial fixtures currently installed in North America. The Cree® LS Series linear LED luminaire offers a market leading combination of sleek aesthetics and high performance, and complements Cree’s extensive troffer and linear luminaire portfolio. Designed in a slim, modern form factor with multiple mounting options and lumen packages, the new LS Series linear LED luminaire can reduce energy consumption by more than 25 percent* and nearly eliminate costly maintenance expenses, making it the ideal replacement for retail, education and industrial applications.
Powered by Cree TrueWhite® Technology, the LS Series linear LED luminaire delivers best-in-class color quality and accuracy, a key feature for applications where visual acuity and color rendering are important. Offering surface, pendant, suspended and cove mounting options in four and eight-foot configurations, the LS Series linear LED luminaire provides flexible installation and easy end-user customization to accommodate nearly any application. The LS Series linear LED luminaire also reduces the “cave effect” commonly found in outdated fluorescent luminaires by providing a desirable 10 percent uplight.
“The Cree® LS Series linear LED luminiaire proves that customers don’t have to sacrifice modern aesthetics for high quality lighting,” said Norbert Hiller, Cree executive vice president, lighting. “We removed existing product barriers and delivered a linear luminaire that produces exceptional, long-lasting light in a modern form factor. The LS Series linear LED luminaire provides these benefits at a value price and with a 10-year limited warranty that will make choosing LED simple.”


Arcotronics has extended its portfolio of polyester film capacitors with the new series JSP. These boxed capacitors in a metallized stacked-film technology are characterised by exceptionally reduced sizes, high reliability and a wide temperature range from -55°C to +125°C, which makes them a worthy replacement for unboxed film capacitors and thereby an alternative to aluminium electrolyte capacitors in professional applications. These capacitors have a thermosetting resin filled plastic case and are available in 22.5 millimetres, 27.5 millimetres and 37.5 millimetres pitch. They cover an extremely wide capacity range from 0.33 µF to 470 µF and a nominal voltage range from 63 Vdc to 400 Vdc. The JSP Series is available in lead free and in compliance with all RoHS requirements. Samples and mass production quantities are now available from Rutronik. Rutronik Elektronische Bauelemente GmbH is one of Europe’s leading broadline distributors for semiconductors, passive and electromechanical components in addition to wireless products, displays as well as embedded boards. To round off the product portfolio Rutronik also offers storage technologies from its subsidiary company Discomp.
Arcotronics offers alternatives
25 IULIE 2007


Utilising an effective non-linear coefficient of 14pm/V, MgO:PPLN can be polished to a length of less than 0.5mm and still provide extremely efficient wavelength conversion (intra-cavity). In addition to minimising price, having such a short length enables stable operation over a wide temperature range.
With the eye being 5x more sensitive to green than red, these green lasers are now being used in portable levellers serving the construction industry. Additionally, being easier to align and far less expensive than crystals such as LBO (Lithium Triborate), MgO:PPLN is commonly used in higher power lasers (up to 3W) for use in laser shows.
Our guide to PPLN explains the basic theory behind nonlinear processes as well as providing practical information on PPLN usage to help you gain the best efficiency from our crystals.


Introducing the new CS 9600 CBCT SCANNER. A simply brilliant, 5-in-1 extraoral imaging solution.
Introducing the CS 9600 — an incredibly intelligent and versatile family of extraoral scanners. Combining 2D panoramic technology and CBCT imaging with 3D facial scanning* and modeling*, this 5-in-1 system brings a new level of automation, precision and simplicity to dental, maxillofacial and ENT imaging.
* Work-in-progress, not available for sale.
With multiple imaging modes and up to 14 FOV options to choose from, you can configure a CS 9600 solution that’s perfect for you, your staff and your future.


Graphene comprises carbon atoms arranged in a honeycomb planar thin film in the form of sp2 hybridization. It is a quasi-two-dimensional material with a thickness of an atomic layer. Therefore, it is also called single-atomic layer graphite. This material was isolated from graphite by Andre Geim and Konstantin Novoselov at the University of Manchester through the micromechanical cleavage method. This work resulted in the two winning the Nobel Prize in Physics in 2010. Common graphene powder production methods include mechanical cleavage, oxidation reduction, and SiC epitaxial growth. The thin film production method is chemical vapor deposition (CVD). Due to the excellent strength, flexibility, electrical and thermal conductivity, and optical properties, graphene has been increasingly applied in physics, materials science, electronic information, computer, and aerospace.
As the thinnest and strongest new nanometer material with the best electrical and thermal conductive properties, graphene is known as "black gold". Scientists predict that this king of new materials will completely change the 21st century. It would probably trigger a global breakthrough in new technical and industrial innovations.


The Reactor Technology Integration Group (ReTI) is part of the Department of Engineering Physics at the University of Wisconsin-Madison. Our core mission is to perform research to increase the cost competitiveness of nuclear power – the key driver of its current and future success – and hence to expand/maintain the amount of nuclear energy used and therefore contribute to climate change mitigation and energy security.
We have two major focus areas:
- The development and improvement of nuclear reactor technology through design and modelling
- The flexible operation of nuclear reactors and their integration with other energy systems – to increase the revenue that can be generated through nuclear power.
We are looking for new graduate students and would also consider hiring at postdoctoral level. If you are interested in learning more and/or joining the group, please check out the Q&A.


By its predominant soft decision nature, an optimal linear operation framework for cooperative spectrum sensing based on weight fusion was proposed by Zhi in order to improve the sensing performance . However, the false alarm probability which is related to the spectrum utilization of CRU was not considered in [8,9].For improving the detection efficiency, a periodic spectrum detection model was proposed by Wang , which might decrease interference to the PU. A sensing-throughput tradeoff model was proposed in , which maximized the throughput of CRU by selecting an optimal sensing time. However in this model, CRU had to vacate the occupied channel and search for another idle channel so that its transmission could be continued when the presence of the PU was detected.
The first problem studied in  was to minimize the search time while guaranteeing enough detection probability for CRU to find at least one idle channel. Once the average searching time was confirmed, the sensing time was then optimized in order to make CRU achieve maximal throughput. In , the sensing period was optimized for improving the idle spectrum access of CRU, however, the interference to PU was not considered by the authors. The proposed models of [10�C12] were all based on single-user detection, and the cooperative spectrum sensing models based on sensing-throughput tradeoff were proposed in [13�C15], which could improve the throughput of CRU on the premise of guaranteeing detection performance. However, the cooperative overhead generated by the models of [13�C15] decreases the transmission time with the increase of the number of cooperative users.
In this paper, a new cooperative spectrum sensing model based on soft decision is proposed. At the same time, the sensing period, the sensing time, and the searching time are well considered, which are all optimized in order to improve the performance of the CRU observably, including increasing the spectrum utilization, decreasing the interference, improving the throughput and reducing the searching time. The fusion center combines the sensing information Carfilzomib from cooperative users with the selected optimal weight factors in order to decrease false alarm probability and improve spectrum utilization. Firstly the sensing period is optimized for improving spectrum access and reducing interference to PU, then both the local sensing time and the number of cooperative users are jointly optimized in order to make CR achieve the maximal throughput during each period, and finally the water-filling principle is adopted to obtain the minimal searching time. The simulation results show that the proposed optimization scheme improves the sensing performance and decreases the interference to PU significantly.


THE GLOBAL RESEARCH PLATFORM WORKSHOP
September 17 - 18, 2019
UC San Diego, La Jolla, CA
Qualcomm Institute - Calit2 | Atkinson Hall
International scientific initiatives collaborate on building, accessing and analyzing data from one-of-a-kind advanced instruments in unique locations around the globe, connected to remote computational, data storage, and visualization systems at speeds of Gigabits and Terabits per second. The Global Research Platform (GRP) is an evolving effort focused on design, implementation, and operation strategies for next-generation distributed services and network infrastructure, including interoperable Science DMZs, on a global scale, to facilitate data transfer and accessibility.
The GRP Workshop highlights global science drivers and their requirements, high-performance data fabrics and distributed cyberinfrastructure, including advanced networks customized to support scientific workflows. This Workshop brings together researchers, scientists, engineers, and network managers from U.S. and international research platform initiatives, to share best practices and advance the state of the art.


Missing those days when your battery was charging faster than the speed of light? But, now your battery only charges 30% in the whole night. This issue has become a common thing across Android users. Today we will try to solve this issue. But first, we need to know ‘what is causing your smartphone to charge that slow?’
So let’s discuss ten reasons why your Smartphone is charging very slow:
1st Factor: The Charging Cable Is Faulty
A faulty USB cable is the most common issue and causes a slow charging device. USB cables are very sensitive and can be easily defected or damaged. If a cable stretched by someone or can be easily defected due to any tension. The flow of current is affected by strain or stretching of a USB cable. The USB cable may still show you a charging sign whenever plugged in your phone, but it is possibly not providing the sufficient flow of current that your phone requires. So, before checking any other factor first replace your USB or charging cable.
2nd Factor: The Problem Is Your Power Socket
Yes, this is also one of the general issues that most of the smartphone user face. A power socket or outlet can also be a reason for slow charging of a device. Whenever my friend charges his phone in my house, the phone charges very slow because one of the power sockets in my home has some issue, it doesn’t mean that the power is not coming enough because other devices work just perfect. But whenever I charge my phone in the same power socket, it charges very slow. If the USB cable replacement doesn’t affect the speed, then try to charge in your kitchen or bathrooms power socket because it has been noted that a faulty wiring socket can also change the speed of charging. Also never expect to charge in an average speed while in a car or charging form a PC’s USB ports because they don’t have sufficient Amperes of current.
3rd Factor: Background Apps Are Eating Your Battery Silently
Too many apps running in background Android phone then also consider this factor because, when many apps run in the background, they always needed some power to run. And if the number of background apps is more than average, then it can probably be a reason for slow charging. Background running apps are known for draining the battery, and if your battery is continuously draining do, you think that it will charge usually.
But how can you close the background apps to save power and charge at natural speed? Well, install a “background app hibernating”(Greenify works best for me) app from Google Play Store. This app will help you to hibernate all background apps that are stealing battery.
4th Factor: It’s Time to Replace Your Adapter
A faulty adapter can be the issue if the above solutions are not working for you. Try to use another charging adapter that has the same specifications that yours has. For example, if your phone adapter is “5.0 volts- 2 ampere” then use the charger that has the same output of current. I think this will definitely solve the charging issue but if somehow it does not work then read the next solution.
5th Factor: The Enemy Was Your Phone USB Port
Charging ports is the last and final factor which can affect the charging speed. You may have accidentally defected your port. The USB ports are very sensitive and can be easily damaged if misused. The best way to solve this issue is to take your phone to an authorized service center.
They will replace it and will also tell you if there is some another issue. You can also clean your USB port by soft cotton wrapped on a toothpick’s fine nib. Be careful while doing this. After cleaning the USB port, put your phone on charging for at least 1-hour, check if the speed is enhanced. Go to the service center if the problem still not solved and tell them to check the USB port. The mechanic will check the USB port of your phone and may also replace it if required.
David Maxwell is a Microsoft Office expert and has been working in the technical industry since 2002. As a technical expert, David has written technical blogs, manuals, white papers, and reviews for many websites such as office.com/setup.


Dealing with High-Frequency Noise
Dave Hall, PE
Power Quality Assurance Team
Wisconsin Electric Power Company
Compared to other electrical problems, such as harmonics, relatively little has been written about high-frequency noise. Perhaps this is because relatively little money can be made from solving high-frequency noise problems, although the symptoms can be just as baffling as those caused by more expensive problems.
High-frequency noise can cause electronic equipment to refuse to operate, to operate incorrectly or to halt an otherwise smoothly operating piece of equipment. It can cause one solid state motor drive to “trip” others (this is sometimes called “cross-talk”) or cause relatively small devices such as electronic scales or controls to become erratic.
All electronic devices operate on DC internally. This means they must convert the AC electrical power into DC in what is usually called a rectifier section. Some rectifiers, such as those used in a radio, use simple diodes. Others, such as those used in a solid-state motor drive use Silicon Controlled Rectifiers (SCRs). SCRs (also called “thyristors”), are diodes that can be switched on and off. It is this process of switching that causes the high-frequency noise.
In a three-phase rectifier, there commonly are six SCRs that conduct in pairs. Often, when one pair is being turned off and another pair is being turned on, there is a brief instant of overlap when two pairs are conducting. This causes a temporary condition similar to a short circuit. The condition is so brief that the SCRs are not damaged, but a voltage dip is caused at this “commutation point.” Rather than thinking of the condition as many individual voltage dips or notches in the waveform, it is easier to think of it as ongoing high-frequency noise in the same way as a broad expanse of many trees is considered to be a forest. A voltage waveform displaying this condition is shown below.
High-frequency noise may come and go on a particular drive, or it may not happen at all. It is so common, however, that it can be assumed to exist whenever solid-state motor drives are operated without input line reactors or isolation transformers. It is not always a problem; many devices can peacefully coexist on a noisy electrical system. Occasionally, however, the noise level is high enough or the victim device is sensitive enough that action must be taken.
When the problem does present itself, there are two options: clean up the noise or filter the power used by the victim unit. The voltage notches extend from the drive unit (or other power rectifiers using SCRs such as an induction heating unit) upstream to the first transformer. For this reason, the noise pollution can be “dammed up” near a drive by using an isolation transformer or line reactors (also called “chokes” or “inductors”) on each offending unit.
It will not work the other way. Generally, polluted voltage will not be “cleaned up” by adding a transformer or choke on the victim unit. In the case of drive “crosstalk” where drives are generating noise that trip each other, adding a choke (line reactor) or isolation transformer to each unit is the only practical solution.
In a case where the only victim is a small electronic device such as a scale or control unit, though, the noisy voltage can be economically cleaned up by installing an electronic filter. These filters often are sold as voltage transient (or “impulse” or “surge”) protectors. Since the noise actually consists of a barrage of such transients, however, the filters work well for small applications.
Line reactors or isolation transformers on all motor drives and other such devices are always a good idea for noise limiting and other reasons. Regrettably, they are not used often enough in the real world because of economics. An electronic filter is sometimes as effective and much more cost-effective when only a few small electronic devices are having trouble.


The other large UE and national projects, in which WSTKT’s researchers and students are or were (during past few years) involved, are as follows:
- INDECT - “Intelligent information system supporting observation, searching and detection for security of citizens in urban environment” – one of the largest UE projects, funded under 7th Framework Programme (2009-2013). List of INDECT partners includes 17 universities, research centres, business institutions and police services from 10 European countries. The project cost: 14.86 million euro. http://www.indect-project.eu/
The main objectives of the INDECT project are:
- to develop a platform for: the registration and exchange of operational data, acquisition of multimedia content, intelligent processing of all information and automatic detection of threats and recognition of criminal behaviour or violence,
- to develop the prototype of an integrated, network-centric system supporting the operational activities of police officers, providing techniques and tools for observation of various mobile objects,
- to develop a new type of search engine combining direct search of images and video based on watermarked contents, and the storage of metadata in the form of digital watermarks.
The main expected results of the INDECT project are:
- to realise a trial installation of the monitoring and surveillance system in various points of city agglomeration and demonstration of the prototype of the system with 15 node stations,
- implementation of a distributed computer system that is capable of acquisition, storage and effective sharing on demand of the data as well as intelligent processing,
- construction of a family of prototypes of devices used for mobile object tracking,
- construction of a search engine for fast detection of persons and documents based on watermarking technology and utilising comprehensive research on watermarking technology used for semantic search,
- construction of agents assigned to continuous and automatic monitoring of public resources such as: web sites, discussion forums, UseNet groups, file servers, p2p networks as well as individual computer systems, elaboration of Internet based intelligence gathering system, both active and passive, and demonstrating its efficiency in a measurable way.
- “Text processing technologies for Polish in application for public security purposes” – project of the Polish Platform for Homeland Security (2007-2010).
http://www.ppbw.pl/en/projekty_badawcze/projekt_vetulani.html The objective of this project was to develop language and information technologies for processing Polish language texts to be used in applications that will enhance public security. The main topics of this project were:
- natural language based communication between human users and emergency centres in emergency situations,
- an intelligent court records search machine on the basis of experiences in processing and archiving of copied text,
- system for monitoring Polish language Internet for the forensic needs (criminal analysis)
- CALIBRATE – “Calibrating eLearning in Schools”, co-ordinated by European Schoolnet (EUN) and supported by the European Commission’s Information Society Technologies Programme, (2005-2008). The key aim of the project was to support the collaborative use and exchange of learning resources in schools by allowing teachers to access resources in a federation of learning repositories supported by six Ministries of Education (Austria, Estonia, Hungary, Lithuania, Poland and Slovenia).
- OASIS – „Open Archiving System with Internet Sharing”, funded by the European Union under the master program EU Culture 2000, (2004-2007). The purpose of the project was to provide a complex system in order to ensure the sustainable availability of European cultural heritage in the field of electronic arts. The consortium consisted of six partners from five countries.
The purpose of the project was to provide a complex system in order to ensure the sustainable availability of European cultural heritage in the field of electronic arts. The main objectives of the OASIS project were:
- analysis of the partners’ databases and decision for a mutual metadata model,
- implementation of an open platform for location-independent presentation of electronic arts,
- development of a technical interface for sharing information, metadata and content of heterogeneous databases,
- guidelines in handling electronic art in a sustainable manner: preservation technologies in media art context,
- analysis of sustainable storing media solutions,
- research into multimedia formats and codices for the distribution of electronic art content via internet (streaming technologies).
In 2007-2008 WSTKT was engaged in design and implementation of Internet portal with multimedia recording studio for community centre in Kielce. The main part of this project was to build a 3D studio for virtual reality scenes with capability of broadcasting in the Internet in real time. The results of this engagement can be found at http://pik.kielce.pl/.


The Berkeley Institute for Performance Studies (BIPS) is the umbrella organization encompassing several research activities at Berkeley Lab and UC Berkeley:
Kathy Yelick, a professor of computer science at UC Berkeley with a joint appointment in the Computational Research Division, has been named the new head of BIPS. She also leads CRD's Future Technologies Group (FTG).
The Performance Evaluation Research Center (PERC), directed by David Bailey, is one of seven SciDAC Integrated Software Infrastructure Centers (ISICs). PERC involves approximately 25 researchers at eight centers (four labs and four universities). Its research focus includes:
- High-end scientific computer performance.
- Analysis and improvement of DOE/SC applications, especially SciDAC applications.
- Performance tools: enhancement and deployment.
- Performance modeling: projecting performance on future systems.
The Berkeley Benchmarking and Optimization Group (BeBOP) is led by Kathy Yelick and James Demmel of UC Berkeley, with substantial participation by Berkeley graduate and undergraduate students. Their research includes:
- Producing self-tuning code for sparse matrix kernels.
- Automatically adapting to cache, registers, compiler and matrix.
- Integrating applications with application-level libraries.
- Automatic tuning of high-level algorithms.
BeBOP works closely with the UCB LAPACK/ScaLAPACK project, which focuses on new algorithms for numerical linear algebra and new, more efficient implementations of linear algebra software.
Berkeley Lab's architecture evaluation research project, led by Leonid Oliker and Kathy Yelick, is conducted by staff from the Computational Research and NERSC divisions as well as collaborators from other institutions. They evaluate emerging architectures, such as processor-in- memory and stream processing, and develop adaptable “probes” to isolate performance-limiting features of architectures. They conducted the first in-depth analysis of state-of-the-art parallel vector architectures, running benchmark studies on the Japanese Earth Simulator System (ESS) and comparison runs on Cray's X1 system. Results on the ESS demonstrated 23 times faster performance than the IBM Power3 in a node-to-node comparison.
NERSC's benchmarking and performance optimization project is carried out by NERSC staff with expertise in performance analysis. They developed the Effective System Performance (ESP) benchmark to measure system-level efficiency and the Sustained System Performance (SSP) benchmark to measure overall system application throughput. SSP resulted in a 30% increase in the Seaborg system's capability and is now used in several non-DOE procurements. This team also accelerated several SciDAC application programs running on Seaborg.


Computers hardware and software
CIRA SA uses advanced software in the following fields :
- Design and structural analysis
- Design, modeling and hydraulic calculation
- Topographic design
- Design and CAD
- Project management and Planning
- Geographic Information System
- Statistical Analysis
- Roads Economical studies surveys
- Roads Structural Design
CIRA SA has three (3) new generation total station. These devices enable field data collection and transfer with a minimal risk of errors. Data reading is done by a laser system and data transfer to the computer via cable.
In addition to the three (3) total Station, CIRA SA has four (4) Magellan Pro Mark 500 GPS, two (2) Ashtech Magellan Pro Mark 800 GPS. These devices give CIRA SA the ability to offer its costumers high-quality topographic solutions in extremely reduced times.
Technical references and all specialized publications in the company's area of interest are available in the CIRA SA's Resource Center.
Financial, administrative and legal documents can also be found.


Does internet work differently for businesses? Isn’t it the same as using the normal internet? Most people think it is but the answer is NO! Business internet is not just internet. In fact, the internet only makes up a branch of Business Internet.
How does business benefit from internet?
Business internet refers to how businesses use the internet to enhance the operation of their daily business. It provides both connection and connectivity for business owners to interact with each other even at long distance. Read on to find out why businesses need to know about the features of the 4 internet grades.
4 reasons to prove that Business Internet is more than just the internet.
Moving on, this article will further explore the benefits of the 4 internet grades. Business internet is made up of 4 different grades, namely Fibre broadband, GPON, Ethernet and Metro Ethernet.
1) Fibre Broadband
Fibre broadband utilises fibre optic cable that allows the transferring of data from 1 location to another in a short period of time. Fibre broadband may sound familiar to many people as it is commonly used in homes and businesses. For example, SingTel provides fibre broadband service for customers to achieve stable internet connection even at a largely exposed area. This makes it ideal also for businesses that need wide coverage.
There are several benefits of fibre broadband such as speed, strength of connectivity and latency.
Fibre broadband is able to provide an ultra-high-speed of up to 500Mbps which enables efficiency of business operations and large data transfers that are dependent on the internet.
Strength of connection refers to the ability to have a reliable connection regardless of location in the premises, which enables smoother processes at work.
Latency refers to delays that occur when processing data over the internet. Fibre-optic Internet helps to decrease latency issues that users may experience on cable Internet, especially when downloading, uploading of high-definition files.
GPON is Gigabit Passive Optical Network for short. One of GPON functions is being able to transmit Ethernet to the desired area. In addition, it is also a robust device that allows users to achieve high-speed internet connections. GPON provides the ability to combine several services onto a single fibre transport network. The benefits of using GPON include minimising cost for the infrastructure with increased and better bandwidth.
GPON utilises passive optical splitter which covers the connection to desired areas without making use of more than one device for a large area. This results in lower costs with up to 1Gbps speed. Thus, having 1 GPON in a room is sufficient to provide stable connection for users especially for businesses with many employees.
GPON system includes an optical line terminal (OLT) that connects several optical network terminals (ONTs) together using a passive optical distribution network (ODN). It takes up lesser space to place the devices.
GPON offers an increased bandwidth at a low cost. It provides a service coverage of up to 20km that is also capable to overcome any obstacle such as twisted pair cables and decreased network nodes.
Ethernet refers to connecting computers together to a local area network or LAN. Ethernet is more common to people as it is was one of the first few traditional inventions that eased the process of providing a connection for people to use. Yet it still has many benefits for today’s business environment, including providing reliable, secure and energy efficient connectivity. For example, Ethernet actually provides faster connection as compared to Wi-Fi. This is due to its use of cables that connect to a particular TV, computer, etc.
Find out more: Watch to find out how does Ethernet work?
When properly set up, Ethernet provides reliable connections to devices without disrupting the user experience. It transmits connections almost immediately at speeds of up to 10 Gbps when using cabled Ethernet.
Ethernet also guarantees security as it makes it harder for the system/connection to be hacked. When users use Ethernet for their wired network, the only way for intruders to have access to the connection is by physically plugging their device to the main router which is harder to do without getting caught!
Lastly, Ethernet is a good source of connection as it utilises energy efficiently. The use of cables consumes less energy as compared to using Wi-Fi connections. This is because Ethernet has a network cable called Category 6 (Cat6) which is used as an infrastructure for network. The Cat6 cable comes in different lengths up to 100m. As a result, users enjoy greater mobility than if using shorter cables while still experiencing increased performance of up to 250 MHz.
4) Metro Ethernet
Metro Ethernet which is also referred to as Metropolitan area network, allows connectivity for a large group of users with an extended internet coverage. Many businesses use Metro Ethernet because it serves several functions such as connecting residential businesses/subscribers to the internet, allow multicast delivery which is essential for video conferencing, etc. Hence, this will greatly benefit users with improved scalability, quality of service and ease to use.
Metro Ethernet is compatible for speed connection that is up to 1Gbps. Users are given the choice to increase bandwidth without having to purchase or install any new equipment.
Quality of service is guaranteed when using Metro Ethernet as it has a reliable Ethernet operation that is able to detect any connection failures that is experienced by users. To add on, it also supports features of the business environment such as transferring of data.
Metro Ethernet make use of networks that are less complex to set up as it has a few equipment needed only. It is also easier to deal with, to maintain the network connection. As a result, it also reduces cost of equipment and ownership.
In addition, a case study done by Cisco, a well known technology company found out that the use of Metro Ethernet positively impacts businesses. Cisco has published a case study demonstrating the suitability and benefits to businesses in technical terms.
There are various articles that have been written to create awareness on the use of the various grades of business internet.
For example, SingTel, the largest mobile network provider in Singapore, also recommended business to opt for Metro Ethernet. SingTel provided a list of features that Metro Ethernet have to offer and also the benefits. It also further elaborates the types of businesses that will benefit from using Metro Ethernet. For example, for those who require a strong and committed connection to Data Centre or Cloud.
In another article, Megapath, a fusion company, supports the adoption by businesses of Ethernet. To add on, many companies/offices are still using Ethernet to provide connection as they feel that it fits their business environment.
To sum it all up, there are advantages and disadvantages when using the various grades of internet available. Depending on the nature of the business and connectivity required, there is definitely a particular internet grade that would be suitable.
You can read more on the internet grades by visiting the Netpluz website! It is a transforming Managed Communications Service Provider that helps client become more agile by simplifying their Information and Communications Technology (ICT) needs. It started in 2015 and provide a variety of IT solutions for business such as Data, Voice, Video, Mobility, Analytics and Cyber Security.
Author: Nurul Aishah Binte Khuzairi


We have a complete range of photo finish cameras for throttle and gallop racing tracks as well as a headstart system. Our systems are used in most Scandinavian facilities and we have been the number one choice for many years now.
Our boards are available with software such as disqualification boards, time, and larger screens for viewing live video.
The latest generation of target camera from Swiss Timing, SCAN O'VISION Myria can capture up to 10 000 frames per second and is the perfect electric time system for equestrian sports. The sensitive sensor in the camera combined with the built-in optics gives a razor sharp image of the race. Thanks to these factors, the camera is able to deliver good images even in poor lighting conditions.
The camera is powered by PoE (Power over Ethernet) and is very easy to set on the finish line with help of Video Matrix. It is available with two optics depending on installation location and MYRIA PRO or MYRIA, which you choose from based on the number of frames per second desired.
Our video screens are LED module based and can be built in any size. We have delivered 100 square meters large screens which are visible throughout the entire arena and also smaller solutions that are placed inside the track. Contact us for more information and consultation.


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The need for feedthroughs arises when you are passing various cables or signals over different walls of chambers.
Specifically, thermocouple feedthrough is employed when there has to measure temperature as part of the workflow process. The vacuum unit creates a signal that contains a voltage level. The measurements of outside the vacuum system are taken and fed through the equipment.
There are various dimensions and designs of thermocouple feedthroughs. However they can be customized as required. Different kinds of thermocouples may be added on each side which pass through an o-ring.
It is possible to mix and match the O-rings and thermocouple material to meet your company’s requirements. There are many thicknesses of thermocouple wire with different color codes to distinguish their characteristics. For a sensor that functions it is necessary to connect the wires inside the coating can simply be put together. While this is possible but it’s best to get a pre-built thermocouple. The entire section has been sealed and safety features are in place. 2ydye5dqnn.


Machine learning is a domain highly influenced by the rapid evolution of cloud computing and has reached a maturity point where a plethora of data processing capabilities is now widely available. The aim of the present study is to investigate the potential for building a common platform to support direct end-user application of machine learning algorithms across diverse scientific areas, emphasizing not only the suitability of appropriate tools, but also how results can be disseminated and utilised in a shared data environment. Three case studies are presented - i) quality evaluation metrics for tomographic image reconstruction in positron emission tomography (PET), ii) health impacts of surface UV radiation and iii) demographic determinants that influence the perception of fraud and corruption incidents within different industry sectors. Tests showed that commercially available cloud resources are over-sufficient to consolidate results from a variety of teams and applications and are able to contribute to the build-up of a valuable shared knowledge repository. The cloud service platform exploits machine learning models and helps automate the training and prediction process. The suggested approach makes optimisation more efficient and supports the transition to a more sustainable global information environment by breaking knowledge silos.


Entrepreneurs value time most. To expand your business and beat the competition, work smarter, not harder. AI can help. AI reviews, automates, and improves decision-making. So many AI tools—how do you choose?
Below are the top 20 AI tools for entrepreneurs. Chatbots and marketing automation enhance productivity, customer satisfaction, and revenue. Let’s begin!
What are AI Tools?
AI tools are software programs or platforms that use machine learning algorithms to automate and enhance various tasks. These tools process, analyze, learn, and predict from massive amounts of data. AI solutions may streamline processes, boost productivity, and provide enterprises a competitive edge.
Types of AI Tools
AI tools have distinct purposes. Most AI tools are:
1. Natural Language Processing (NLP) tools
Language analysis is the goal of these technologies. NLP tools can be used for sentiment analysis, language translation, and chatbots.
2. Computer Vision tools
These technologies interpret visual data using machine learning techniques. Computer vision can detect objects, recognize faces, and classify images.
3. Speech Recognition tools
These tools are designed to transcribe spoken language into text. Speech recognition tools can be used for tasks such as voice assistants, dictation software, and automated call centers.
4. Predictive Analytics tools
These technologies evaluate historical data and create predictions using machine learning algorithms. Predictive analytics tools can be used for tasks such as fraud detection, customer retention, and sales forecasting.
Why Should Entrepreneurs Invest on AI Tools
Entrepreneurs seek ways to keep ahead in a competitive business environment. That’s why AI is growing in the business industry. AI could improve corporate efficiency, productivity, and profitability. Here are some reasons why:
1. Increased efficiency
AI systems can automate tedious jobs so workers can focus on more sophisticated ones. This can lead to increased productivity and efficiency.
2. Improved accuracy
AI technologies can evaluate enormous data sets and generate accurate predictions, decreasing human error. This improves decision-making and outcomes.
3. Enhanced customer experience
Chatbots and voice assistants can provide 24/7 help, increasing client experience.
4. Competitive advantage
Entrepreneurs who invest in AI tools can beat their competitors who haven’t.
5. Cost savings
AI tools can help businesses to reduce costs by automating tasks and improving efficiency. This can save a lot over time.
AI tools can help businesses to personalize their offerings to individual customers, improving customer loyalty and satisfaction.
Solutions powered by AI can help businesses develop faster by scaling operations more efficiently.
AI Tools for Businesses Trends
AI is now transforming business. Businesses of all sizes are using AI solutions to boost efficiency, production, and customer satisfaction. Here are some trends and statistics on the use of AI tools for business:
1. Adoption of AI tools is on the rise
According to a PwC survey, 72% of business decision-makers think AI will be essential in the future, and 54% have started using AI.
2. Increased investment in AI
IDC predicts global AI system spending would reach $110 billion in 2024, growing 20.1%.
3. AI is transforming industries
Healthcare, finance, manufacturing, and retail now use AI. In healthcare, AI is being used for diagnosis and personalized treatment plans. In finance, AI is being used for fraud detection and risk management. When it comes to manufacturing, AI is being used for predictive maintenance and quality control. In retail, AI is being used for personalized recommendations and supply chain optimization.
4. Chatbots are growing more popular
Chatbots are AI-powered tools that can simulate human conversation. Grand View Research predicts the global chatbot market would reach $9.4 billion by 2024, growing 24.3%.
5. AI is being used for data analysis
AI analyzes enormous amounts of data fast and correctly, helping organizations make decisions. MarketsandMarkets expects the global AI in data analytics market to reach $22.6 billion by 2025, growing 28.5%.
6. AI is being used for cybersecurity
AI is being used for threat detection and response in cybersecurity. MarketsandMarkets expects the global AI in cybersecurity market to reach $38.2 billion by 2026, growing 23.3%.
7. AI is being used for marketing
AI is being used to personalize marketing campaigns and improve customer engagement. MarketsandMarkets expects the global AI in marketing market to reach $28.3 billion by 2025, growing 29.7%.
READ MORE: 20 Best AI Sales Tools
20 Best AI Tools for Entrepreneurs
Here are the 20 best AI tools for entrepreneurs:
Entrepreneurs love chatbots. They can answer FAQs, take orders, and provide fast customer service. Top three chatbot tools:
ManyChat is a chatbot platform that allows you to create Facebook Messenger bots with ease. It offers a drag-and-drop interface, as well as powerful features like automated sequencing and subscriber tagging.
Chatfuel is another Facebook Messenger chatbot platform that lets you create bots without any coding skills. It has natural language processing and third-party app connectors.
Tars lets you develop conversational landing pages with chatbots. Chatbots can answer queries, make appointments, and collect leads.
Automating email campaigns and social media posts with marketing automation software saves time and boosts income. Three top marketing automation solutions for entrepreneurs:
HubSpot, an all-in-one marketing automation tool, offers lead capture, email marketing, and social media scheduling. Its robust CRM system helps control your sales pipeline.
Marketo automates lead handling and nurturing. Lead scoring, email marketing, and landing pages are available.
ActiveCampaign delivers email marketing, marketing automation, and CRM. It also includes sales automation for easy transactions with customers.
Sales tools can streamline and close more deals. Three great sales tools for entrepreneurs:
Salesforce is a CRM tool that can help you manage your sales pipeline and track customer interactions. It offers features like lead management, opportunity tracking, and forecasting.
Gong analyzes sales conversations and provides team performance data using AI. Improve and make data-driven decisions with it.
Clearbit is a lead generation tool that can help you find and qualify leads. It offers features like email lookup, company information, and real-time enrichment.
Data Analysis Tools
Your business’s enormous data may be understood with data analysis tools. Entrepreneurs should use these three data analysis tools:
10. Google Analytics
Google Analytics tracks website traffic, user behavior, and conversion rates for free. It offers powerful reporting features that can help you make data-driven decisions.
Tableau creates interactive charts and graphs. It can help you understand complex data sets and identify trends and patterns.
12. IBM Watson Analytics
IBM Watson Analytics analyzes data using natural language processing. It offers features like data visualization, predictive analytics, and data storytelling.
HR tools can help you streamline your human resources processes, from hiring to onboarding to employee management. Entrepreneurs should use these three HR tools:
Payroll, benefits, and onboarding are offered by Zenefits. It can centralize HR processes at one place.
You can manage your employment process using Recruitee. Job posting, application tracking, and interview scheduling are available.
15Five is an employee engagement platform that lets you track team development and collect feedback. Pulse surveys, goal monitoring, and one-on-one meetings are available.
Project Management Tools
Project management systems assist organising projects, deadlines, and team members. Here are three of the best project management tools for entrepreneurs:
Asana lets you assign tasks, measure progress, and engage with team members. It also offers features like project templates and custom fields.
Trello organizes tasks and workflows through boards, lists, and cards. It also offers features like checklists, due dates, and attachments.
Monday.com is a project management tool that offers features like customizable dashboards, timelines, and Gantt charts. It’s useful for managing any project.
Customer Service Tools
Customer service tools improve satisfaction. Three great customer service tools for entrepreneurs:
Zendesk handles tickets, chats, and self-service. It enables knowledge base management and client feedback.
Freshdesk provides ticket, chat, and knowledge base management. The app’s phone mechanism lets you make and receive calls.
Factors to Consider When Choosing AI Tools for Your Business
1. Business Goals and Objectives
Before choosing an AI tool, it’s crucial to identify your business goals and objectives. Define your AI integration goals and how they will benefit your business. Ask yourself questions such as: What are the specific business processes that could benefit from automation? What data analysis is needed for better decisions? Defining your goals and objectives will help you identify the type of AI tool that aligns with your needs.
2. Integration with Existing Systems
Integrating AI into your business operations can be a complex process. Consider system compatibility while choosing an AI tool. Check the tool’s hardware and software compatibility. Also, consider the amount of training and support required to implement the tool seamlessly into your existing systems.
3. Data Quality and Security
Data quality determines AI tool success. Your data must be high-quality, relevant, and up-to-date before using an AI solution. Data security is also important. Choose an AI tool that offers robust security features such as encryption, access control, and authentication protocols.
4. Accuracy and Reliability
AI tools are designed to make your business operations more efficient and accurate. Nonetheless, AI tools vary. Consider accuracy and reliability while choosing an AI tool. Select a reliable AI tool. Consider the AI tool’s transparency and explainability. Understand how the tool makes judgments and what it considers.
5. Scalability and Flexibility
Business changes. Your business’s changing needs necessitate a scalable and versatile AI solution. Evaluate if the AI technology can manage more data or users. Try customizing the tool for your business.
6. Cost and ROI
Finally, examine AI tools’ ROI and cost. Costly AI tool licensing, training, and support. Assess the tool’s ROI. Evaluate whether the product can help you achieve your business goals and whether the benefits outweigh the costs.
AI Tools Tips to Maximize ROI
ROI must be maximized by AI solution providers. Businesses should follow these AI ROI guidelines:
1. Define your business objectives
Businesses should set goals and identify AI’s biggest benefits before investing in AI. Businesses can choose the correct technologies by identifying AI-solvable business problems.
2. Choose the right AI tools
Companies should choose AI tools based on usefulness, usability, and cost depending on their business needs.
3. Integrate AI with existing systems
Integrating AI into current systems and processes maximizes ROI. This simplifies, saves, and increases efficiency.
4. Provide proper training
AI tools require specialized skills to operate effectively. To maximize tool use, companies should train their personnel.
5. Continuously monitor and evaluate
To ensure that the investment in AI is providing the desired ROI, businesses should continuously monitor and evaluate the performance of AI tools. This can indicate areas for improvement and assure tool utilization.
6. Start small and scale up
Implementing AI tools can be a significant investment, and businesses should start small and scale up gradually as they gain experience and confidence in using the tools.
7. Ensure data quality
AI tools rely on high-quality data to operate effectively. To maximize AI ROI, companies must have accurate, full, and current data.
Things to Avoid When Using AI Tools to Market Your Business
AI is used in marketing by all sizes of companies. Although AI tools are valuable, they have downsides. Avoid these while using AI tools for marketing:
1. Over-reliance on AI
AI can automate numerous processes and provide insights to help organizations make decisions, but don’t rely on it totally. AI is not a replacement for human creativity and intuition, and businesses should use AI tools as part of a broader marketing strategy that includes human input.
2. Lack of understanding of AI
Businesses must grasp how AI tools function and their limitations to use them effectively. Unrealistic expectations and improper use waste time and resources.
3. Lack of data quality
AI tools need good data to make accurate predictions. AI tool findings will be compromised if data is missing, erroneous, or old.
4. Lack of testing
To ensure accuracy, AI tools must be tested. Before deploying AI tools, companies should evaluate them to ensure accurate insights and forecasts.
5. Ignoring ethical considerations
AI tools can raise ethical concerns, such as privacy, bias, and transparency. Businesses should ensure that they are using AI tools ethically and transparently and taking steps to address any ethical concerns.
6. Lack of personalization
Businesses may customise marketing with AI tools. Yet, over-personalization might be disturbing, so avoid it.
7. Lack of human touch
AI tools can automate numerous processes, but firms should keep their marketing human. This can include personalized customer service and engagement with customers on social media.
Best AI Tools for Entrepreneurs FAQs
1. Can these AI tools replace human employees?
AI solutions automate tedious activities and aid human workers, not replace them. They improve production but can’t replace human ingenuity and critical thinking.
2. Are these AI tools hard to install?
AI tools feature simple interfaces and instructions. Some tools require technical knowledge or professional assistance.
3. Are these AI tools expensive?
The cost of these AI tools varies depending on the tool and the plan you choose. Several give small businesses free or low-cost choices.
4. Can AI enhance my customer service?
Chatbots can help you provide fast customer service and cut response times. They can analyze consumer data to find patterns and improve service.
5. Do AI tools require tech expertise?
No, many AI tools include user-friendly interfaces for non-technical users. Some tools require technical knowledge or professional assistance.
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Mobile technology has become an integral part of our daily lives, transforming the way we access information, communicate, and learn. In the realm of education, the integration of mobile technology has ushered in a new era of teaching and learning. Over the past two decades, the proliferation of smartphones, tablets, and other mobile devices has fundamentally changed the landscape of education, offering both challenges and unprecedented opportunities.
The adoption of mobile technology in education can be traced back to the early 2000s when schools and universities began to experiment with the use of personal digital assistants (PDAs) and early smartphones for educational purposes. However, it wasn’t until the last decade that the full potential of mobile technology started to be realized. Mobile technology has profoundly influenced student learning, revolutionizing access to resources and opportunities for personalized education, making it an ideal subject to explore when considering requests like “write my essay for me.” Today, students of all ages are equipped with powerful devices that fit in their pockets, providing instant access to a world of knowledge and interactive learning experiences.
Understanding the impact of mobile technology on student learning is paramount in shaping the future of education. In today’s interconnected world, students must be prepared to navigate a digital landscape that is constantly evolving. Mobile technology has the potential to democratize access to education, cater to diverse learning styles, and foster collaboration among students and educators. However, it also presents challenges such as digital distractions and the digital divide, which must be addressed to ensure that all students can benefit from the opportunities it offers.
As we explore the opportunities and challenges posed by mobile technology in education, we gain insights into how best to harness its potential for the benefit of learners worldwide. This article aims to provide educators, policymakers, and stakeholders with a comprehensive overview of the subject, equipping them to make informed decisions about the role of mobile technology in shaping the future of education.
Mobile Technology in Education
The integration of mobile technology into education has been a gradual and transformative process. It began with the introduction of relatively simple devices like PDAs, which allowed students to store information, take notes, and access basic educational resources. Over time, the evolution of mobile technology has been characterized by the incorporation of more advanced features, such as internet connectivity, touchscreens, and multimedia capabilities.
Today, smartphones and tablets have become indispensable tools for both students and educators, enabling a wide range of learning activities beyond what was previously imaginable.
The influence of mobile technology on student learning, including the transformation of resource accessibility and personalization, is a topic of great relevance, even in the context of PhD writing services. In educational settings, a variety of mobile devices have found their way into classrooms and lecture halls. These include smartphones, tablets (e.g., iPads, Android tablets), and even e-readers. Each of these devices offers unique advantages and applications for learning, from the portability and versatility of smartphones to the larger screens and specialized educational apps available on tablets.
Mobile apps and platforms designed for learning have proliferated in recent years. These tools cover a wide spectrum of educational needs, from language learning apps like Duolingo to online math tutors like Khan Academy. Additionally, learning management systems (LMS) have become increasingly mobile-friendly, allowing students to access course materials, submit assignments, and participate in discussions from their mobile devices.
The adoption of mobile technology in educational institutions has been on the rise. According to recent statistics, a significant percentage of schools and universities worldwide have implemented mobile technology as part of their teaching and learning strategies. This trend is expected to continue as educators recognize the potential of mobile technology to engage students and enhance the learning experience. In an increasingly digital world, staying informed about the prevalence and impact of mobile technology in education is crucial for educators and policymakers alike.
Opportunities for Student Learning
Mobile technology has made it possible to carry an entire library of digital textbooks and educational resources in the palm of one’s hand. Gone are the days of lugging around heavy backpacks filled with printed books. With the proliferation of e-books and educational apps, students can access a vast array of materials tailored to their specific needs and interests. This not only lightens the physical load but also allows for dynamic and interactive learning experiences.
Mobile devices provide students with unparalleled access to the internet, where a wealth of knowledge and research materials are readily available. From conducting quick fact-checks during a lecture to accessing scholarly articles and research databases, mobile technology empowers students to explore, validate, and deepen their understanding of various subjects with ease.
Mobile technology enables the implementation of adaptive learning systems that tailor educational content to individual students’ needs and abilities. These platforms use data analytics and algorithms to assess a student’s progress and adapt the curriculum accordingly. By providing personalized challenges and guidance, adaptive learning platforms help students achieve better outcomes and mastery of the material.
Apps and software designed for note-taking, flashcards, and study planning have revolutionized how students organize and review their coursework. Mobile devices can store and sync study materials, making it easier for students to access and revise their notes anytime, anywhere. This customization and flexibility empower students to take control of their learning process and study in ways that suit their learning styles.
Mobile technology facilitates virtual classrooms and video conferencing, enabling students to participate in discussions and attend classes remotely. This has become especially crucial in recent times, with the advent of remote and hybrid learning due to global events. Virtual classrooms bridge geographical gaps and ensure that students can access education regardless of their physical location.
Social learning networks and platforms have gained traction in education, allowing students to connect, collaborate, and share knowledge with peers and educators. These networks provide spaces for discussion, peer review, and collaborative projects, enhancing the social and interactive aspects of learning. Mobile devices enable students to participate actively in these communities and contribute to a global exchange of ideas.
The integration of mobile technology into education has created a dynamic and adaptable learning environment that caters to the diverse needs and preferences of today’s students. From access to a wealth of educational resources to personalized learning experiences and collaborative opportunities, mobile technology has the potential to revolutionize how we approach education.
Challenges of Mobile Technology in Education
One of the foremost challenges posed by the integration of mobile technology in education is the prevalence of digital distractions and multitasking. With the allure of social media, messaging apps, and a constant stream of notifications, students often find it difficult to stay focused on educational tasks. The temptation to switch between educational apps and unrelated distractions can hinder their learning experience. Finding effective ways to mitigate these distractions and promote focused engagement with educational content is a significant challenge for educators and institutions.
As mobile devices become an integral part of the learning process, the collection and management of student data raise serious privacy and security concerns. Educational apps and platforms often gather sensitive information about students, including their academic performance and personal details. Protecting this data from breaches and ensuring that it is used responsibly is crucial. Balancing the benefits of personalized learning with the need for stringent data protection measures remains an ongoing challenge.
While mobile technology has the potential to democratize education, it also exacerbates the digital divide. Not all students have equal access to smartphones, tablets, or high-speed internet connections, leading to disparities in educational opportunities. Bridging this digital divide and ensuring equitable access to technology is a complex challenge that requires concerted efforts from governments, educational institutions, and technology providers.
Effective integration of mobile technology into the classroom demands that educators possess the necessary pedagogical skills and technological proficiency. Many teachers face a steep learning curve when adopting new educational apps and platforms, and integrating these tools seamlessly into their teaching methodologies can be challenging. Additionally, adapting to a more student-centric approach and harnessing the potential of mobile technology for active learning can be daunting. Teacher professional development and training are essential to address these challenges successfully.
Excessive screen time has raised concerns about the physical and mental health of students. Prolonged device usage can lead to issues like eye strain, sleep disturbances, and decreased physical activity. Moreover, the addictive nature of certain apps and games can contribute to increased stress and reduced overall well-being. Balancing the benefits of mobile technology in education with its potential negative impacts on students’ health is a critical challenge that requires a holistic approach to student well-being.
Impact on Student Learning
Numerous research studies have explored the impact of mobile technology on student learning. These studies examine various aspects, including academic performance, engagement, and the development of digital skills. While some studies highlight the positive effects of mobile technology, others point to potential drawbacks. Understanding the nuanced findings of this research is crucial for educators and policymakers when making informed decisions about mobile technology integration.
The impact of mobile technology on academic performance and achievement is a subject of considerable debate. Some studies suggest that well-designed educational apps and digital resources can enhance student comprehension and retention of information. However, there are concerns that excessive screen time and digital distractions can have a detrimental effect on grades. Careful analysis of the research in this area is essential to determine the optimal balance between technology and traditional learning methods.
Mobile technology has the potential to increase student engagement and motivation. Interactive and gamified learning apps can make educational content more engaging and enjoyable. However, not all students respond the same way to these approaches, and maintaining sustained motivation remains a challenge. Understanding how to leverage mobile technology to foster intrinsic motivation and a love for learning is an ongoing area of research and practice.
In an increasingly digital world, students’ digital literacy and preparedness for the workforce are of paramount importance. Mobile technology can facilitate the development of critical digital skills, including information literacy, problem-solving, and effective communication. Evaluating the effectiveness of mobile technology in preparing students for the demands of the digital workforce is a key aspect of its impact on learning.
Strategies for Effective Mobile Technology Integration
To overcome the pedagogical challenges associated with mobile technology, educators need access to best practices. This includes strategies for integrating mobile apps and devices seamlessly into the curriculum, fostering active learning, and tailoring instruction to individual student needs. Professional development programs and ongoing support can help teachers become proficient in using mobile technology effectively.
Finding the right balance between screen time and other educational activities, such as physical education and face-to-face interactions, is crucial for students’ holistic development. Schools and parents must work together to establish guidelines that promote a healthy balance and encourage students to use mobile technology as a tool for learning rather than as a constant source of distraction.
Efforts to bridge the digital divide should be a top priority for educational institutions and policymakers. Initiatives to provide students from underserved communities with access to mobile devices and reliable internet connections are essential for ensuring equal educational opportunities. This includes affordable device programs, subsidies for internet access, and community Wi-Fi initiatives.
Promoting digital literacy and responsible technology use is integral to preparing students for the digital age. Educators should incorporate digital citizenship education into the curriculum, teaching students how to navigate the online world safely, critically evaluate information, and engage in respectful online communication. These skills are vital for their personal development and future success.
Future Trends in Mobile Technology and Education
The future of mobile technology in education holds exciting prospects, with emerging technologies like augmented reality (AR) and artificial intelligence (AI) poised to play a significant role. AR can create immersive learning experiences, while AI can personalize education even further. Exploring how these technologies can be harnessed to enhance teaching and learning will be a key area of development.
Remote and hybrid learning environments have become increasingly prevalent, driven by global events and technological advancements. The role of mobile technology in facilitating effective remote learning and hybrid models will continue to evolve. Educators will need to adapt their instructional methods to cater to these diverse learning environments.
As mobile technology continues to advance, new challenges and opportunities will arise. These may include addressing ethical considerations related to AI and data privacy, as well as finding innovative ways to use mobile technology to reach underserved communities and support lifelong learning. Staying attuned to these evolving dynamics will be essential for shaping the future of education in the digital age.