Digital Body Tape Measure
Thank you for choosing Lightstuff Digital Body Tape Measure!
Although the product is a highly sophisticated electronic device, it is amazingly easy to use.
You should be able to start taking your body measurements right away by following the instructions in the Quick Start Guide.
You can also get some usage tips by going through the text and images below.
For a quick rundown on the device, please watch the brief introduction video on the left.
We also recommend that you spend a little time going through the rest of the page to make sure that you will get most out of the product.
We hope that you will find this digital body tape useful and enjoy using it for a long time!
It is quite straightfoward to set up this digital body tape measure.
STEP 1: Download the Ejeray Health phone app from either App Store or Google Play and complete the simple user profile setup process.
STEP 2: Open the cover at the back and insert the included battery carefully but firmly.
Tip: The battery may not settle in the casing easily the first you install the battery. In such cases, place just lower right edge of the battery fully inside the casing and close the cover slowly.
STEP 3: Turn on the device by pressing the power button. Press the M button for 2 seconds or more to toggle between inches and centimeters.
STEP 1: Press the lock/release button (D) and pull out the tape latch (C). Loop the tape around the body part you are measuring.
STEP 2: Slide the tape latch securely back into the slot and press the retraction button (A) to snuggly fit the tape around your target body part.
STEP 3: Select the body part on the phone app screen (B).
STEP 4: Press the M button to send the measurement data to the app.
You can track the measurements of 11 body locations with the app.
Please note that the tape measure does not recognize the body part you are measuring. You need to select the body part you measured by tapping the corresponding body part on the phone app before sending the measurement data.
One tape measure can be used to track the measurements of more than one person. You can do this by creating multiple profiles inside the phone app. Alternatively, each person can download the app into their mobile phone and tracking their own data individually.
Once you create your user profile and input data, the app will also show your BMI (body mass index), wasit-to-hip ratio and body shape.
For more information about the app, please refer to the included user's manual.
If you have any qustions or suggestions, please feel free to contact us at firstname.lastname@example.org.
We hope this product will help you achieve your health and fitness goals, and ultimately propel you toward a happier life!


The Boeing Company Senior Digital and DSP Electronics Designer in Bengaluru, India
Boeing is the world's largest aerospace company and leading manufacturer of commercial airplanes and defense, space and security systems. At Boeing, we are all innovators on a mission to connect, protect, explore and inspire. From the sea bed to outer space, you’ll learn and grow, contributing to work that shapes the world. Find your future with us. Position Overview: Excellent opportunity to work on the forefront of new and exciting audio video technologies at Boeing consistently bringing innovations in the industry. In this position you will be part of team building innovative concepts and key digital/analog/mixed signal solutions for product lines. The position primarily involves architecture of digital sub systems and key controllers/processors for next generation audio video & networking platforms. This is an extraordinary opportunity for "out of the box" thinker who can enable innovative technologies and superior integration on avionics platforms. The team features collaborative and hand on environment specializing upon avionics solutions with proprietary ARINC protocols in ruggedized environments for processor units. Required Skills/Experience: 4+ or more years experience in Avionics systems and design practices Strong Electrical engineering background in digital signal processing, MCU or ARM architecture, digital filter design, mixed signal design and embedded hardware systems. Proficiency in MATLAB, Verilog, or similar simulation, design and modelling tools. Experience in DSP algorithms and design in standalone microprocessors, FPGA or integrated ASIC's. Experience with C/C++ or Python, and code optimization for embedded systems is a plus. Experience in power electronics including DC-DC converters and power distribution is a plus. Strong knowledge of principles and experience exhibited in Design for Sig Sigma from Systems to discrete component level hardware selection and design. Good understanding of thermals, mechanical and packaging challenges. Proficiency in usage of ECAD tools like Mentor Graphics. Understand the basics and demonstrate command over Signal Integrity Preferred/ Desired Skills: Applicants must have good communication, analytical, and organizational skills and be able to work in a team environment - previous design team or special project team participation is desired Ability to conceive, develop, optimize, maintain and modify electronic/electrical system designs based on requirements is desired Ability to provide technical coordination with internal and external suppliers and customers is a plus Knowledge of design concepts and techniques (e.g., concurrent engineering, Model-based Engineering, Design for Manufacture/Assembly [DFM/A]) is preferred Knowledge of data system design, and architectures is desired Knowledge of system security design principles and industry and government guidance and regulations which engineers apply to produce secure systems is desired Qualifications: MS in EE/CS with 10+ years or Ph.D. in EE or CS with 5+ years of relevant experience in digital and mixed signal electronic solutions.
Boeing is an Equal Opportunity Employer. Employment decisions are made without regard to race, color, religion, national origin, gender, sexual orientation, gender identity, age, physical or mental disability, genetic factors, military/veteran status or other characteristics protected by law.


Clamp Mount Video Conference Light with Mini Tripod | LED Ring Light
Regular priceRs. 2,791.00Sale priceRs. 1,350.00
Unit price/ per
Order Processing Time: 2-3 Working Days | Estimated Delivery Time: 38-40 Days*
Adjustable Brightness & Color LED ring light has 3 light colors - warm, warm white, white. Each lighting mode has 10 different brightness. Color temperature is adjustable from 3200K (Warm) - 5600K (Cool). The bright colors can create a unique atmosphere and meet your various needs.
Compact Ring Light with Mounting Clamp 6 inch compact design with an anti-scratch mounting clamp (Max Mouth Opening Size:3.5 cm) allows this ring light to be mounted on your desk, laptop, chair, bed, conference table, even your PC monitor, laptop and anywhere you desire with strong stability. The weighted metal clamp will keep your LED ring light in balance even just place simply on the table for using.
Stability and Durability - The stand light frame is made of aluminum and the clip is made of metal, which is strong against heavy work and prevents deformation. 360 rotation ball head allows you the adjust the video light angle, providing a proper position lighting. LED ring lights that are active in various scenes such as live internet broadcasting, web conferencing, telework, video calls, self-portraits, YouTube, Facebook, Twitter, Instagram, etc.!
USB Powered can be used in combination with laptop computers, PC, mobile batteries, USB chargers, and various USB interfaces. You can control the power on/off and switch to your favorite lighting mode. The length of the power cord is up to 200CM, and you can use it without hesitation, such as reading in the bedroom, working in the office, making up in the restroom, camping outdoors, and broadcasting live. The ring light is stable when the power adapter is 5V/2A.
Video conference lighting for remote working. This video conference lighting for laptop helps in Video Conference Remote Working, Zoom Calls and remote education, beauty our looking, makes work more effective. Try it without risk! If there is a quality problem with your LED ring light, we offer a 15-day free return policy.
Product Dimensions: 6.3 x 6.3 x 3.54 inches
Item Weight: 14.9 ounces
Country of Origin: China
*It normally takes 30 days for the shipment to arrive, but you may expect delays by a few more days due to the current pandemic situation.


Updating ps3 storage media
The manufacture has outstanding customer service care and updates dated phones regularly, so that its performance stays up to date. Mobile phones from Sony are one of the most desirable gadgets on the market; therefore these people who wish to keep them for a little bit longer need to know how to update android firmware on Sony.The manufacture provides regular firmware updates to keep older phones up to date. Huawei is undoubtedly one of the most popular mobile phones on the market today, so it is important to be aware of how to update android firmware on Huawei .
If the data is not saved in the correct way, the PS3 system will not recognize the update data. Hint You can delete the update data from the storage media or USB device after the update has been successfully completed.
This is likely not optimal, but it hasn't been a problem before. Well I just held down the power button for about 12 seconds and it turned off...


Born in Quito - ECUADOR
Studied at the Army Polytechnic School, Quito
Studied at "Agon Teatro" acting school
Studied at NYU School of Engineering
Studies at RPI Electronic Arts
Studied at HB Studio
Engineer with 4 years of experience working with virtual reality, motion capture, interactive installations, 3D animation, and experimental film. He holds a degree in Telecommunications and Network Engineering from the Army Polytechnic School and an MS in Integrated Digital Media from NYU School of Engineering. High STEM skills that include but are not limited to network design and deployment, scripting in Python, 3D character animation, motion tracking, motion editing, and 3D graphics pipelines for Unreal Engine 4.
He moved to New York City to study at NYU School of Engineering along with a minor in acting at Uta Hagen’s HB Studio. He has worked at NYU MAGNET, researching VR and AR technologies and teaching motion capture workflow for virtual reality. He is currently pursuing a Ph.D. in Electronic Arts at Rensselaer Polytechnic Institute, focusing on ritual performance in immersive media.
Javier's interest in performance has evolved from conventional performing arts to more eclectic and interactive performances. His work offers a creative way to join passion and involvement with contemporary art and combine it with cutting-edge technology.


Much attention is today focused on ways to valorize data generated by urban systems and infrastructures supported by networked digital technologies. To this point, I discussed the question and importance of ‘where the data is from’ in a previous article. In the case of data from our cities’ electricity networks, specifically, it is in many instances the electricity meter that generates the data necessary to track consumption. Today in many countries so-called smart meters are being deployed and developers and designers are thinking hard how to make best use of these devices, their capabilities and the data they are capable to generate. To grasp the full significance of what real time electricity metering encompasses let us take a very brief look the history of electricity metering.
Electric metering first became an issue when it was used for powering spark lamps in the 1870’s and the need arose to bill customers. Since each lamp’s required voltage was known and the current was constant, the unit of measurement that emerged was lamp-hours and related simply to the measured time of current flowing through lamps. As electricity powered devices became more diverse, a number of devices for measuring were invented using different approaches: chemical ampere-hour meters based on zinc plates connected to the customer’s circuit – electrodes were then weighed each month to establish billing; induction meters as AC became available; etc.
What was common to all of these approaches was that the act of reading values was a manual and in-situ process and in early cases required the substitution of material for measuring purposes (R. C. Lanphier, Electric meter history and progress, Sangamo Electric Co., Springfield, Ill., 1925). Automatic readers did not emerge until the 1970’s with Paraskevakos’ patent for a remote meter based on the automatic telephone line identification system (T. G. Paraskevakos, “Sensor monitoring device,” Paraskevakos Electronics & Communication, Inc., USA, 10/15/1974, US3842208 A). Automatic meter reading has since moved from monthly readings to instant always-on systems providing remote readings at hourly or smaller intervals. ‘Smart meters’ are a further development in that they enable two-way communication between the utility provider and the client metering device.
Metering of energy consumption has shifted from an ‘after the fact’ reading for billing purposes, to a real-time information exchange to dynamically support effective supply and consumption behavior (F. Benzi et al., “Electricity smart meters interfacing the households,” Industrial Electronics, IEEE Transactions on, 58, 2011, IEEE, pp. 4487; H. Farhangi, “The path of the smart grid,” Power and Energy Magazine, IEEE, 8, 2010, IEEE, pp. 18-28). As such, an energy flow is a flow of information and represents a much larger potential for new use scenarios due to the tight spatio-temporal connection between data and activity.
While traditional metering tools were effective for billing purposes, what then are the challenges in transforming present day data streams into tools capable to foster understanding and support action? How can we move from a vision of data for accounting purposes to one of data that informs understanding and becomes part of the activity as a new kind of tool?
Images from electricity meters in the featured image on top of this article are taken in Guadalajara, Mexico, pointing to some particularly creative practices around meter installation and use.


Includes bibliographical references and index.
|Statement||editors, Thomas F. George, Renat R. Letfullin, and Guoping Zhang|
|LC Classifications||QC771 .T48 2011|
|The Physical Object|
|LC Control Number||2010047105|
RICHARD R. FREEMAN University of Californio, Dauis Physics Today, 9, This will be an extremely useful text for those wishing to enter the field of non-linear optics, provided that they already are well-versed in electromagnetic. theory and the basic tools of mathematical physics. ln short this is a book for practised theoretical (or; at. Nonlinear optics is a rapidly developing field of modern physics. Nonlinear optical phenomena such as self-focusing, self-phase modulation, soliton formation and propagation, higher harmonic generation, different types of stimulated light scattering, and four-wave mixing have attracted interest from the fundamental point of view of the investigation of light/matter interaction, and as a Author: Boris I. Lembrikov. Nonlinear optics has been a rapidly growing field in recent decades. It is based on the study of effects and phenomena related to the interaction of intense coherent light radiation with matter. This book features clear conceptual descriptions, concise formulations, and emphasizes both theoretical and experimental aspects of nonlinear optics. About this book Starting from basic electrodynamics, this volume provides a solid, yet concise introduction to theoretical optics, containing topics such as nonlinear optics, light-matter interaction, and modern topics in quantum optics, including entanglement, cryptography, and quantum.
This book contains a complete description of the properties and applications of all nonliner optical crystals of practical importance reported in the literature up to the beginning of Nonlinear Optics. Rapid development of optoelectronic devices and laser techniques poses an important task of creating and studying, from one side, the structures capable of effectively converting, modulating, and recording optical data in a wide range of radiation energy densities and frequencies, from another side, the new schemes and approaches capable to activate and simulate the modern. Mathematical and Computational Physics (13) Nonlinear and Complex Systems (3) Nuclear and High Energy Physics (11) Optics and Light (8) Optics and Physics (5) Particle Physics (9) Plasma Physics (7) Polymer Physics (1) Quantum Theory (37) Radiation (8) Semiconductor Physics (1) Solid State Physics (3) Special Topics (77) Theoretical Physics (4). This book provides an introduction to quantum optics for experimental physicists and for college students who have studied quantum mechanics. Its distinguishing feature is its emphasis on multimode fields with correlating different-frequency modes, notably on their phenomenological description and on the practical methods of generating them.5/5(1).
The book presents an introduction to the entire field of optical physics and specifically the area of nonlinear optics, covering fundamental issues and applied aspects of this exciting area. Nonlinear Optics will have lasting appeal to a wide audience of physics, optics, and electrical engineering students, as well as to working researchers and. Nonlinear-optics research at the Physics Institute of the Soviet Academy of Sciences is reviewed. In particular the research focused on the propagation of intense light beams leading to frequency modulation and then to the breakdown of phase synchronism in the case of stimulated light scattering. Also considered is the 'recording' of an inertial refractive-index grating in counterpropagating. Book Description: This self-contained treatment of field quantization requires no prior knowledge of nonlinear optics. Supplemented by end-of-chapter exercises and detailed examples of calculation techniques in different systems, it is a valuable resource for graduate students and researchers in nonlinear optics, condensed matter physics. About this book The first edition of this book was the first on the physics of DNA to go beyond the simple (simplified) 'linear' approach, and it has since been found that the inclusion of nonlinear effects leads to a significantly improved interpretation of experimental data.


The Bio Photo Voltaic (BPV) device is an open source apparatus that generates electrical current through the biological activity of algae or plants. Some of the components forming the BBV are obtained from recycled material: plastic bottles and aluminium from recycled cans.
The BBV aims to:
- Be a tool of education for schools located in many parts of the globe
- Be a modular system that provides off-grid electricity to communities without power
The Bio Photo Voltaic (BPV) device is a specific type of bio electrochemical system (BES) where oxygenic photosynthetic microorganisms (e.g., cyanobacteria, algae and plants) harness light and use it to generate electrical current through the photosynthetic and respiratory/fermentative metabolisms. Recycling is a crucial part of this project. Two of the main components forming the BBV system are recycled plastic bottles (the embodiment of the system) and aluminium from recycled cans (the anodic electrode).


Operating a Nest thermostat is one of the most convenient ways to optimize the day-to-day schedule of your HVAC system. This smart thermostat can learn your preferences and automatically make adjustments. But as you might expect, it won’t work correctly or at all if you see an error code show up. The exact error code offers useful information about the root of the problem, something a professional technician can use to provide solutions that much faster.
Here are seven of the most likely error codes you may encounter on your Nest thermostat. We’ll review the basics of each error code on top of how you can fix it and the approximate cost to do so. Don't forget that while the costs will ultimately be dependent on the precise Nest model, you can expect to pay about $75-$200 for repairs. This should also cover travel and labor costs on top of any specific components needed to finish repairs.
e298 - Critical
This critical error code is limited to new models of the Nest thermostat and appears when the power is shut off. Because this is a critical power error, the thermostat will switch to the backup battery system. The error message will continue to be displayed until the problem is dealt with.
Losing power to your Nest thermostat can be for a number of reasons. The wiring could have disconnected or become damaged, or a disconnection could have happened further along in your home's electrical system. This may be the circuit breaker, fuse box or system switch. A professional technician should examine electrical connections and wiring until they locate the root of the problem.
e294 - Critical
Critical error code e294 appears when your Nest thermostat’s wiring needs to be reconfigured. More specifically, the technician should reconfigure the R wire. They’ll first conduct a factory reset of your thermostat to make sure it’s not merely a software problem. If that doesn’t work, they’ll examine the wiring diagram of the thermostat and begin checking connectors.
They’ll shut off the power and gradually look at each wire, ensuring they are fully placed into the connector with the correct amount of exposed copper. When they locate the problem connector, it can be swapped for a new one.
e195 - Critical
This critical error code can surface when the weather outside is especially hot. The HVAC system can break down and stop sending power to your Nest thermostat. When this problem lasts, the backup battery in your thermostat depletes and the thermostat will finally turn off. Presuming the breakers are on, you can examine a few other places before consulting a professional technician.
As this error can consume your thermostat’s battery, the first step might be providing enough power to find out if this specific error code is what you’re facing. You can detach the thermostat from its base and supply power by using a USB cable. If it presents error code 195, you should continue to visually inspect components such as the wiring as well as your air conditioner’s air filter or drainage system. If you can't detect anything wrong with these components, it will likely be best to get in touch with a pro.
e103 - Critical
Another critical error code, e103 indicates an electrical error with your Nest thermostat. More specifically, e103 may refer to an overcurrent problem, which means the wiring is getting more power than needed. This may stem from the breaker box, an error from the control board or thanks to a faulty connection in the thermostat. Your technician needs to carefully investigate and test the Nest’s electrical system to understand where the power is surging or why the thermostat is convinced there’s an overcurrent problem.
Although this error code isn’t critical, it may still keep you from using the Nest thermostat like normal. Error code n260 refers to the lack of a C wire or Nest Power Connector, as not having one can block your Nest from obtaining sufficient power. You can check the Nest’s C connector for the presence of a C wire and adjust the wiring itself if there is. If not, you need a Nest Power Connector.
With installation of a Nest Power Connector, you may notice error code E297 be displayed. This can be remedied by updating your thermostat in Settings -> Software -> Update. If the Power Connector was already installed, you’ll instead need to update the wiring info in the app from Settings -> Thermostat -> Wiring -> Update wiring.
e104 - Critical
Similar to error code e103, e104 is a critical error stemming from an overcurrent. If excess power is sent using the Nest’s wiring, it could damage internal components and may even be a fire hazard. If you see this error code show up on your Nest thermostat and want to take steps to prevent electrical damage, it’s a good idea to switch the power off straightaway. You can then get a hold of a professional technician with the appropriate experience diagnosing and fixing electrical problems.
e73 - Critical
When your thermostat displays error code e73, it means that the Rc wire is not receiving power. This could be as easy as the breaker being switched off, but it may also be an issue with the wiring. After turning off the power to your HVAC system and thermostat, you can visually inspect the wires to make sure none of them are loose or damaged. If nothing appears to be out of place, it’s a good idea to speak with a local professional.


ACEX FPGA Board
Two boards are available: Jopcore a module for FPGA processor projects
and Baseio an IO extension with Ethernet connection.
Jopcore FPGA Board
This board is ideal to start with JOP, but can also be used for general FPGA designs. Static RAM and FLASH are connected to the FPGA. All unused pins (56) and the serial line are available via four connectors.
The FPGA is ACEX 1K50TC144 the newest (available) 'low cost' chip from Altera, supported by their free version of Quartus and Max+Plus II.
The Flash can be used to store configuration data for the FPGA and application program/data. The FPGA can be configured with a ByteBlasterMV download cable or loaded from the flash (with a small cpld on board).
The board is a little different from other FPGA prototyping boards: The board has the connectors (female) on the bottom side. So it can be used as a module (60mm x 48mm) being part of a larger board with the periphery.
I'm using this board for JOP a 32 bit Java processor and there is enough room in the FPGA for UART, ISA interface (e.g. for ethernet with CS8900), sigma delta ADC,.. You can find VHDL files for this processor and the periphery in the Download section.
The board is not only usefull for FPGA prototyping, but is a ready to use module for your application board. Ask for price on larger quantities.
The size of the PCB is: 60mm x 48mm.
The board contains:
PCB libraryjopcore.lbr the symbol and part in EAGLE format to be used for your board. EAGLE is a nice PCB layout software with a freeware version for small boards.
Baseio Expansion Board
Baseio is an IO extension for Jopcore. It's main purpose is to provide a complete Java Processor system with Internet connection for JOP. But it can be used just for any (FPGA) project where you need Ethernet connection.
A step down switching regulator with a large AC/DC input range supplies Jopcore.
All input and output pins are EMC/ESD protected and routed to large connectors (5.08 mm Phoenix).
Analog comperators can be used to build sigma delta ADCs. VHDL source can be found in the download section.
For FPGA projects with network connection a CS8900 Ethernet controller with RJ 45 connector is on board. Java sources for CS8900 driver and a simple TCP/IP stack are available.
The size of the PCB is: 99mm x 82mm.
The board contains:
Simpexp Expansion Board
Now availableFirst samples of a new board with Alteras new low cost devices Cyclone are available. For details see: Cyclone Board.
Price and Online Order:
Copyright © 2000-2002, DI Martin Schoeberl


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Record calls on huawei p30/pro step 1: make a call or pick up an incoming call on your huawei p30/pro. Step 2: in the call screen, you should see a record button. Simply tap it to start recording the call. You can also automatically record all or selected calls on the huawei p30 pro by following the steps below. Until you see if huawei integrates the call recorder again in emui 10, the best solution is to install a third-party app. Although there are hundreds of them, one of the most popular is cube acr. In software call recording the recorder is either on your computer or in the server. Call recorder is generally used for. Management; control on quality; also, for training employees; lastly, for performance review of employees; truecaller call recorder for huawei nova 7i. Android 11 call recording is supported. Android 11 and 10 phones like samsung s20, s10, a80, note20, note10, sony, huawei, nokia, moto, lg, xiaomi, oneplus etc are all supported. The most fantastic things ===== * the app is free! * no advertisement! main features ===== * record phone call. * record voice memo, meeting, lecture, interview etc. Huawei terminals could natively record calls, but the function was eliminated with the arrival of emui 10 with android 10, and it has not been recovered in emui 10. However, there is a very simple method to recover a function, which for many users is essential in their day to day. Huawei/honor smartphones have a ton of features that make life easier for huawei/honor users. One of them is call recording android 9 pie. Recording a voice call is a very important function, as it helps you to keep important conversations that may be needed much later. How to auto-record calls on any huawei/honor smartphone. Open the phone dialer app on your device. Tap on three dots located at the top right corner of the screen. Under general settings, tap on “auto-record calls”. Now, toggle-on the auto-record calls button. How to disable auto call recording on huawei? For all those users, here we have shared guide to enable call recording on huawei / honor emui phones. There are several call recoding apps on the google play store, but this is an official one from huawei. 4pda senior member and developer kostik_s actually came up with the process and it does require your huawei phone to be rooted. While automatic call recorder worked well on android 9, the recording on android 10 was silent. Yes, the xiaomi redmi note 10 pro max does support the wifi calling feature and it is kinda obvious as all the latest android phones come with this feature. Wifi calling is a feature in demand as it gives better quality of calling. Check more about wifi calling-check full device specifications xiaomi redmi note 10 pro max
Here are other features of Xnspy that make it a worthy spying app: Monitor Phone calls and messages: You can view call logs, i.e. incoming, outgoing, and missed calls, text messages and even watchlist contacts. All this information is available with time and date stamps. Access instant messenger chats and multimedia: Xnspy supports social media tracking on Facebook messenger, iMessage, WhatsApp, Viber, Instagram, Kik, Tinder, and Skype. You can also view multimedia shared via these IMs. Track GPS location: You can monitor the current location, specific locations, and track the location history of the target device. Xnspy also supports geo-fencing and sends alerts on specific locations. Read emails and monitor online activities: You can read emails, monitor bookmarks and view the web browsing history on the target phone. Xnspy also shows you the Wi-Fi-network logs on the target device. Record phone calls and surroundings: You can record and listen to phone calls and listen to the phone’s surroundings from a remote location. View photos, videos and calendar entries: Xnspy lets you view photos and watch videos downloaded to the phone’s gallery. You can also access the phone’s calendar and to-do list. Remotely control the target phone: Xnspy lets you lock the phone, remotely wipe device data, view installed apps list, block apps, take live screenshots and monitor keystrokes on certain apps via Keylogger. What to look for when choosing a Text Message Spying app, android 10 call recording huawei. Free text messages spy app for android
Galaxy Call Recorder. Galaxy Call Recorder supports both types of recordings, manual and automatic You are further free to disable recordings for certain contacts as per your preferences. This call recording app for Android works well on Samsung Galaxy phones for it provides amazing support features when compared to other similar apps., cell phone mobile tracking app. Monitor keystrokes from instant messaging apps, including WhatsApp, Facebook, Facebook Messenger, Skype, and Viber, cell phone tracker.org gsm. WhatsApp Without Root. For iPhones and iPads, I have been able to find some cell phone spy apps that don’t require any app installation at the target phone. Yes, it is possible in the case of iOS. Therefore, I prefer mobile spy apps that offer iOS spying without app installation as compared to other apps, cell phone tracker.org gsm. Track and monitor the visited URLs prom the target Android device. Keylogger feature, cell phone tower tracker. Free Spy Apps for Android Without Target Phone. With a plethora of free spy apps for Android devices without target phone, it becomes very difficult to choose the right spy app There is a lot of scam in spyware industry., cell phone tracking for samsung galaxy s iii. Here is another mobile spying app for 2021 that lets you monitor all activities on smartphones running iOS, Android and Blackberry With StealthGenie, you can read incoming and outgoing text messages, emails, call logs, track GPS location, instant messenger chats, remotely monitor the phone and intercept the calls., cell phone tracking for iphone 11. Compatibility. Call Recorder, cell phone 911 gps location. Call Recorder from BACA Soft is simple to use as it can automatically record your phone calls. Open the app to check it out. The home screen offers four different categories for storing your call recordings—All, Outgoing, Incoming, and Important. Features:, cell phone 911 gps location. Location tracking with Find My Friends app is very fast and secure. One can download it from the Apple App Store free of cost. Find My Friends allow the user to track more than one iOS device. After Spyier took away the first spot, it is hard not to give Spyic the second one This is because of the following reasons:, cell phone spy for iphone. User Support. Okay, now let’s check out some apps for recording your Android phone conversations, cell phone tracker.org gsm. Google Voice.
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A typical solar system consists of solar modules, charge controller, battery bank (for DC loads) & with an inverter (for AC loads).
Solar Modules are made up of solar cells connected in series to produce the required voltage of the module. Modules are rated at 12V or 24V and can be connected in series to form 48V, 120V or higher voltage systems.
Power output is increased by connecting the solar modules in parallel. Modules can be rigid, flexible, framed or unframed. Types of modules include mono crystalline silicon, poly crystalline silicon, amorphous silicon, thin film, etc.
Charge Controller (for DC Bus)
This unit is the heart of the DC bus system. The solar modules, battery bank and loads are connected via the charge controller.
It functions include charging the battery via the solar modules, protecting the battery from overcharging and over discharging, controls the loads, indicates the SOC of battery bank and solar charging and prevents the battery from overcharging and over discharging.
Preferably deep discharge cyclic batteries whose capacity is taken at C100. Can be flooded or maintenance free. Types of batteries used include VRLA, GEL, NiCd and others.
Battery autonomy is generally set at >5 days Batteries are connected in series and parallel to match system voltage and capacity. Capacity & life cycles of batteries are affected by temperature and depth of discharge.
Generally, needs to be compensated for this loss by oversizing the batteries by a suitable factor. Battery storage allows operation at night and during bad weather
Inverter (for AC Loads)
Inverters convert the DC current produced from the solar modules to AC current. There are 2 types of inverters namely Grid tied inverters (AC bus) and Stand Alone Inverters (DC bus).
Rating of inverters are determined as close as possible to maximum AC load to optimize the inverter use. Inverters are connected directly to battery bank and not through the charge controller in the DC bus system.


Greek IT Firm Develops New Smartphone
MLS, a Greek IT firm, announced the development of the first Greek 'smartphone', the MLS iQTalkTM. The Greek smartphone uses an Android operating system that also 'understands' and 'talks' Greek.
The device combines voice-recognition technologies (Talk) with artificial intelligence (iQ) technologies that MLS had started to develop several years ago.
MLS CEO Ioannis Kamatakis stressed the company's excitement and pride at having developed the first Greek mobile phone, which he said incorporated "extremely interesting innovations". "Our effort was that all Greeks that acquire it will enjoy an entirely new level of communication with the iQTalk and at a reasonable price," he said. (Source: ANA)


Manufacturer：Jiangxi Kingtron Technology Co., Ltd.
[Multi-Functional Adapter] This USB-C adapter has 1 4K HDMI, 1 Ethernet port, PD Port, 3 USB 3.0 up to 5 Gbps and TF/SD card slot up to 104 Mbps. It expands your work from home, office or on the go
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[Reliability Hub] This hub is always ready to face a new challenge. 10/100/1000 Gigabit Ethernet hub gives a great network connection in place of spotty Wi-Fi while using.
[Power Delivery] It is compatible for 100W USB-C power adapter which provides high-speed power.
This hub has an advanced inner chip GL823K which gives a cooler
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The Intersection of Conversational AI and UX
August 10, 2023
Conversational AI is pioneering the integration of human touch and artificial intelligence. Conversational AI applications range from virtual assistants to chatbots and are becoming more widespread in many industries. It has taken the lead in providing seamless user experiences by bridging the gap between humans and technology in unprecedented ways. As Conversational AI continues to alter the digital landscape, the importance of Conversational Design leveraging advanced AI technology, as well as intelligent UX/UI, cannot be overstated.
The success of a conversational AI project goes beyond the backend AI model. The user interface (UI) and user experience (UX) are critical elements that have a direct impact on customer satisfaction. Well-designed, intuitive UI paired with seamless UX, guarantees that consumers enjoy a frictionless interaction with the AI.
THE ROLE OF UX IN CONVERSATIONAL AI
The primary topics that can be addressed by leveraging UX to develop human-like, natural communication between users and AI-powered devices include:
- Recognize User Intent: A good conversational AI experience begins with a deep understanding of the user's intent. Through extensive user research, persona building, and scenario analysis, tailored solutions to users' pain points can be devised.
- Conversation Flow: It is vital to design a logical and seamless conversation flow to keep users interested and satisfied. Context-aware responses can significantly improve the user experience.
- Persona and Tone: The personality and tone of conversational AI are crucial in defining user perception of the company/brand. Finding the right balance of friendliness and professionalism can lead to a favorable impression. Defining a consistent persona and tone for the AI builds trust and fosters a more human-like experience.
- Empathy and Emotional Intelligence: Infusing AI interfaces with empathy and emotional intelligence promotes a deeper connection with users, making interactions more relevant and comforting. This also makes users feel valued.
BUT WHY SHOULD WE CARE?
- Infusing personality into AI responses makes for a more relatable and enjoyable experience. Building rapport with customers requires striking the correct tone, whether formal, friendly, or informative.
- UX helps in the empathetic understanding of user needs to build meaningful and purpose-driven dialogues. By incorporating contextual knowledge, AI can deliver more tailored responses.
- A comprehensive understanding of user personas and pain points allows interactions to be tailored to individual user requirements.
- Businesses can create conversational experiences that inspire engagement, build trust, and make an impression on their users by prioritizing user-centricity, leveraging innovative AI advancements, and designing intuitive interfaces.
- Creating an intuitive conversational flow ensures that the AI system correctly interprets human intent, resulting in seamless interactions. Contextual awareness enables AI to recall earlier interactions, resulting in more tailored responses.
- Easy and Simple Onboarding: An easy onboarding procedure ensures that users understand how to interact with the conversational AI system from the start.
- Intuitive Navigation: Users can easily access the system's capabilities with clear and intuitive navigation, eliminating friction in the user experience.
- Contextual Awareness: Create a system that retains context throughout the conversation, resulting in a more personalized and coherent user experience.
- Error Handling and Recovery: Thoughtful error messages and graceful recovery paths help users avoid frustration when they face problems. This also helps in avoiding dead ends and provides users with helpful prompts or fallback options.
- Testing and Iteration: Regular user testing and feedback help identify the pain points and areas for improvement, resulting in an iterative design process that incrementally enhances the conversational AI system to suit user needs and expectations.
- Increased User Engagement: Personalized responses increase user engagement which fosters brand loyalty and trust.
CONVERSATIONAL DESIGN'S EVOLVINGLANDSCAPE
The world of conversational design is changing with the advances in AI technology. Let us look at some rising trends and future possibilities:
- Multimodal Experiences/Conversations: Using speech, text, and visual inputs to create seamless, multimodal interactions that cater to a variety of user preferences.
- Emotionally Intelligent AI: AI systems have emotional understanding skills, allowing them to respond to people's emotions with empathy and compassion.
- Hyper-Personalization: Using artificial intelligence to produce highly personalized experiences by evaluating user data and behavior in real-time.
- Ethical AI: There is a rising emphasis on ethical aspects, such as ensuring AI systems respect user data privacy, eliminating bias, and promoting responsible AI activities.
Conversational design has altered the interactions between users and AI-powered conversational systems. The importance of UX/UI in the context of Conversational AI will only rise as AI advances. By prioritizing user needs and designing meaningful interactions, we can build Conversational AI systems that improve user experiences. By embracing the endless possibilities of Conversational AI, we pave the way for a world in which human-machine interactions grow more natural, intuitive, and pleasurable.
As AI evolves in the technology industry, there are exciting prospects for the upcoming generation of conversational user interfaces. At Connex Telecommunications we are dedicated to remaining at the forefront of this quickly growing area by leveraging the potential of AI to build novel and user-centric conversational experiences.


Artificial Intelligence which Generalize Knowledge of Experts for the Next Generations
In October 2016,
LIGHTz core technology is "Transforming expert's thinking into accessible knowledge with artificial intelligence".
With the experience of "Knowledge Transfer Consulitng Services" in the field of manufacturing, we developed this technology.
Utilize the artificial intelligence technology "ORGENIUS", we help you to pass experts' knowledge and skill onto next generation.
ORGENIUS, which Generalize Knowledge of Experts for the Next Generations.
What is ORGENIUS?
What will it be like when we work with artificial intelligence?
What will the society be like when artificial intelligence starts to work with us?
While asking these questions,
we imagine the near-future of the world and investigate artificial intelligence, then developed a new AI solution.
Which is “ORGENIUS”.
What can ORGENIUS do?
Our specialized consultant who are called “Weaver” extract and sort out the complicated thoughts from experts through the conversation, with our unique consulting method. Then the expert's way of thinking would be visualized under the ‘BrainModel®’ frame.
When the ‘BrainModel®’ embedded in "ORGENIUS", it becoms outstading AI which you may get essential and useful information through asking few keywords. After repeated use, ORGENIUS will be optimized, as if the conversations with experts are around you, helping you to think from their perspectives.


Campus Wi-Fi is faster and more far-reaching than ever thanks to the university’s three-year, $3 million information technology infrastructure improvement project.
New Asst. Professor of Strategic Management Elizabeth Altman has 25 years of industry experience and research to share with Manning School grad students.
Prof. Martin Margala of the Department of Electrical and Computer Engineering has been awarded the Fulbright-Czech Technical University Distinguished Chair in Electrical Engineering.
Electrical and computer engineering Prof. Ziyad Salameh has been honored by the IEEE Power & Energy Society with the 2015 Ramakumar Family Renewable Energy Excellence Award in recognition of his contributions to the field.
Chancellor Jacqueline Moloney and keynote speaker Clancy Martin welcomed new students at the annual convocation ceremony and urged them to make the most of their opportunities at UMass Lowell.
Despite the rigors of competing at the Division I level, UMass Lowell student-athletes are excelling in the classroom.
Chancellor Moloney recognizes achievements, and eyes the future, on #First90 campus engagement tours.
Teams of researchers led by UMass Lowell are developing state-of-the-art “lidar” (light detection and ranging) technology to map and study the environment in unprecedented detail.
Thanks to a $1 million grant from a federally funded program and a unique partnership between global defense giant Raytheon Co. and UMass Lowell, researchers at the Raytheon-UMass Lowell Research Institute (RURI) are helping bring the future of 3D-printed flexible electronics one step closer to reality.
The university's Wellness Center offers students support through counseling, health services and safety programs.
University Relations - Cumnock Hall, 31 University Ave., Lowell, MA 01854
Phone: 978-934-3224 Fax: 978-934-3033 Contact Us


After months of rumors, Apple finally released the iPhone 13, which will succeed the iPhone 12 series released by the tech giant last year.
The design of theiPhone 13 is similar to its predecessor, but this year’s version uses a slim 20% Face ID notch on the top of the smartphone. Just like the iPad Mini announced earlier at today’s event, the iPhone 13 is powered by the A15 bionic chip. Apple pointed out that the A15 is a 5nm chip and a 6-core CPU-two of which are high-performance cores, and the other four are high-efficiency cores.
The iPhone 13 Mini has a 5.4-inch screen, while the iPhone 13 has a 6.1-inch OLED screen. iPhone 13 Pro and Pro Max models offer 6.1 and 6.7-inch OLED screens, while Pro models also offer a higher 120Hz refresh rate. If you want an Apple device with a high refresh rate, you must purchase an iPad Pro, which also offers a refresh rate of 120 Hz.
As expected by the smartphone update, Apple is making many changes and improvements to the camera. The main camera has a 12-megapixel wide-angle lens, 1.7 µm larger, can capture more than 50% of the light, and provide better dynamic range and better low-light photography. The
ultra-wide-angle camera has a larger f2.4 aperture, and the camera supports a new film mode that allows you to focus between subjects when recording videos. The iPhone 13 Pro series takes the optional focus in the video one step further by adding a depth map, even after shooting, the user can also change the focus in the video.
In any case, iPhone 13 Pro and Pro Max can shoot in ProRes at up to 4K resolution at 30 frames per second. This is a higher-quality video format that provides video editors with more options. Edit the recording on your smartphone.
As for battery life, Apple said that the iPhone 13 is an improvement over its predecessor, but the mileage may vary. The battery life of the iPhone 13 Mini is expected to be 90 minutes longer, and the battery life of the full-size iPhone is expected to be 2.5 hours longer than that of the iPhone 12. Apple claims that the battery life of the iPhone 13 Pro is one and a half hours longer than that of the iPhone 12 Pro, while the battery life of the iPhone 13 Pro Max is expected to be two and a half hours longer than that of the iPhone 12 Pro Max smartphone.
Like the iPhone 12 series, the iPhone 13 series will also provide 5G support. Apple promises that 5G performance will be improved over last year’s product series. According to reports, by the end of 2021, it will support 200 wireless operators in more than 60 countries and regions.
The iPhone 13 family includes four models: iPhone 13 Mini, iPhone 13, iPhone 13 Pro and iPhone 13 Pro Max, with a starting price of US$699. The cheaper iPhone 13 model comes with three storage configurations: 128 GB, 256 GB, and 512 GB. When you buy an iPhone 13 Pro or Pro Max model, you can choose to purchase a 1TB storage configuration. The iPhone 13 series will begin accepting pre-orders on Friday, September 17, and will be released on September 24. The
iPhone 13 is one of many revelations from Apple’s California streaming event.


Lego has announced the new version of the great Mindstorm system : LEGO MINDSTORMS EV3
Here is the official announcement from http://mindstorms.lego.com/en-us/News/ReadMore/Default.aspx?id=476243
Coming Fall 2013: LEGO MINDSTORMS EV3And here are the latest specs:
Create and command robots that do what you want.
With LEGO MINDSTORMS EV3 you can turn your LEGO creations into live robots that follow your every command. The new LEGO MINDSTORMS EV3 set includes everything you need – motors, sensors, programmable brick, 550+ LEGO Technic elements, remote control – to create and command robots of even your wildest imagination, including 5 cool robot characters. Download the 3D building instructions and the app to command your robot via your smart device. Then program your robots to walk, talk, move and do whatever you want them to do to via the intuitive software program, the programmable brick or your smart device.
EV3 Intelligent Brick
- Stronger and faster ARM9 robotic processor
- Embedded 16MB FLASH memory
- 64 MB RAM plus SD expansion slot
- LINUX operating system, released under open source
- USB 2.0 interface allows for WiFi connectivity
- 4 input ports: Connect up to 4 sensors at the same time, including your NXT sensors
- 4 output ports: Now you can power up to 4 motors (Either Large, Medium or NXT)
- Up to four intelligent bricks to be connected together (Yes, that’s 16 sensor and 16 motor ports!)
- Matrix display with loudspeaker
- Button interface with status indication
- Enhanced on-brick programming
- Bluetooth ® v2.1
- iOS and Android compatible
- 3 Interactive Servo Motors: 2 large and 1 medium
- 1 Touch Sensor
- New IR Seeker Sensor measures distance, movements and detects objects, and acts as a receiver for the remote control
- New IR Beacon remotely controls robot from up to 2 meters (6 feet) away
- Improved Color Sensor detects 6 colors as well as the brightness of light sources
- Backwards-compatible with LEGO MINDSTORMS NXT: Connect your NXT Sensors and motors to the new EV3 brick.
- Assortment of 594 LEGO TECHNIC® elements for easy, more stable building with improved functionality and movement capabilities
- Downloadable software is PC and Mac compatible
- Icon-based drag and drop environment for “building” programs with new interactive content that helps de-bug programming
Here is a page with detail about the lego ev3 education program with downlodable product specifications:
45544 LEGO® MINDSTORMS® Education EV3 Core Set:
This core set is optimized for classroom use and contains all you need to teach using the exciting LEGO® MINDSTORMS® set. It enables students to build, program and test their solutions based on real life robotics technology. It contains the EV3 Intelligent Brick, a powerful small computer that makes it possible to control motors and collect sensor feedback. It also enables BT and WiFi communication as well as providing programming and data logging. Students are encouraged to brainstorm in order to find creative solutions to problems and then develop them through a process of selecting, building, testing and evaluating them. This is also an excellent way of getting students to talk to each other and cooperate as well as giving them hands on experience with an array of sensors, motors and intelligent units. Instructions for additional models are included in the software. The set also comes in a sturdy storage box with a sorting tray for easy classroom use and storage. The software and battery charger are sold separately.
The set includes:
- Three interactive servo motors
- Built-in rotation sensor and ultrasonic sensor
- Color/light sensor, gyro sensor and two touch sensors
- Rechargeable battery
- Ball wheel
- Connecting cables
- Building instructions
- LEGO® Technic building bricks for creating a vast variety of models
Key Learning Values:
- Design and build programmable robots using motors, sensors, gears, wheels, axles, and other technical components
- Understand and interpret two-dimensional drawings to create three-dimensional models
- Build, test, troubleshoot and revise designs to improve robot performance
- Gain practical, hands-on experience using mathematical concepts such as estimating and measuring distance, time, speed
- Communicate effectively using scientific and technical language
EV3 Software screenshot, source page is here
Here is the new 45500 Intelligent brick:
This programmable, intelligent brick serves as the heart and brain of LEGO® MINDSTORMS® Education EV3 robots. It features an illuminated six-button interface that changes color to indicate the brick's active state, a high-resolution black and white display, built-in speaker, USB port, a mini SD card reader, four input ports and four output ports. The brick also supports USB, Bluetooth and WiFi communication with a computer and has a programming interface that enables programming and data logging directly onto the brick. It is compatible with mobile devices and is powered by AA batteries or the EV3 Rechargeable DC Battery.
The brick features:
- ARM 9 processor with Linux-based operating system
- Four input ports for data acquisition of up to 1000 samples per/sec
- Four output ports for execution of commands
- On-board program storage including 16 MB of Flash memory and 64 MB of RAM
- Mini SDHC card reader for 32 GB of expanded memory
- Illuminated, three-color, six-button interface that indicates the brick’s active state
- Hi-resolution 178x128 pixel display enabling detailed graph viewing and sensor data observation
- High-quality speaker
- On-brick programming and datalogging that can be uploaded into the EV3 software
- Computer-to-brick communication through on-board USB, or external WiFi or Bluetooth dongles
- USB 2.0 host enabling bricks to be linked in a daisy chain, allows WiFi communication and connection to USB memory sticks
- Powered by six AA batteries or the 2050 mAh lithium ion EV3 Rechargeable DC Battery
Source page is here
- General Questions
- Q:What does EV3 stand for?
A:This is the third generation of the LEGO® MINDSTORMS® Education platform and the “EV” stands for evolution. It is a significant upgrade of the second generation of LEGO MINDSTORMS Education NXT, which was launched in 2006.
- Q:What is Robot Educator?
A:Robot Educator is the name of both the basic robot and the tutorials found in the software. The Robot Educator is a very simple, quick-to-build robot that students will have in their hands ready to learn the basics of robotics. It is the robot that introduces the student to the world of robotics. The Robot Educator learning tool is designed to take you and your student’s through the essentials of programming, data logging, and hardware. It does so in a structured and engaging way, ensuring that everyone is constructing, programming, and experimenting within a minimum of time.
- Hardware Questions
- Q:What comes in the core set?
A:Sturdy storage box and sorting tray for easy classroom management
LEGO Technic Elements – piece count 541 pcs.
3x motors (2x large motors & 1x medium motor)
5x sensors (2x touch sensors, 1x color sensor, 1x ultrasonic sensor & 1x gyro sensor)
- Q:How is the LEGO MINDSTORMS Education EV3 programmable brick different from the NXT?
A:The EV3 ‘P-brick’ is a completely new component and the most powerful P-brick ever created by LEGO Education. It is built up around a faster and stronger processor, which not only increases performance on all parameters compared to the NXT but also introduces new possibilities not available with NXT. For detailed information on the LEGO MINDSTORMS Education EV3 P-brick see the Product Sheet.
- Q:Is there on-brick programming?
A:Yes. We have continued and improved the on-brick programming with the LEGO MINDSTORMS Education EV3 brick. Students can easily program basic tasks on the brick and also conduct basic data logging. All of the on-brick programs can be uploaded into the LEGO MINDSTORMS Education EV3 software for continued and advanced work.
- Software Questions
- Q:What is the Content Editor in the software? How does it help educators?
A:The Content Editor enables educators to edit, adapt, and customize activities - or create their own from scratch. Teachers can use the Content Editor to customize lessons directly for their student’s needs or customize to the different grade levels. The Content Editor provides a digital space for students where they can capture their work by inserting text, images, videos and sound creating their own digital workbook. The workbook can easily be used for sharing and communication of end-results, among other things making assessment easier.
- Q:Can you use EV3 Software on both Mac and PC?
A:The EV3 software can be used on both Mac and PC platforms to program LEGO® MINDSTORMS® Education EV3 P-bricks.
- Q:What programming platforms can you use with LEGO MINDSTORMS Education EV3?
A:Besides the EV3 software, you can also use LabVIEW and RobotC. EV3 is an open-source platform and, therefore, we anticipate the MINDSTORMS community to develop additional languages such as JAVA.
- Q:What new software-updates have been made?
A:There are many new features and improvements from NXT to EV3. Some of the more remarkable are:
- New full screen lobby to navigate through the content provided by LEGO Education, third parties and user generated; making sure the teaching objective is in focus.
- Content is editable directly inside the environment, enabling customization of existing projects or creation of new ones from scratch.
- The Content Editor provides a digital workbook for students where they can capture their work by inserting text, images, videos and sound creating their own digital workbook.
Tighter integration between the P-brick and the programming environment:
- The hardware page enables monitoring the status and values measured by all of the hardware elements.
- Hardware elements are automatically recognized thanks to auto-id.
- Bluetooth configuration is facilitated by the USB to Bluetooth features.
Debugging features now part of the programming environment:
- Execution highlight.
- Programming blocks will display a warning symbol if expected hardware by the programming block is different from the detected hardware by auto-id.
- Probes enable seeing the values going through the data wires.
New programming blocks possibilities:
- Simple strip programming by snapping blocks together (no need to use the beam anymore).
- Block parameters configured directly on block.
- Read program sequence directly on blocks.
- Improved sequence wires that facilitate showing the structure of the program and creating parallel execution.
- Wait for change added to easily create robots that behave according to change in the environment, as opposed to wait for threshold that only works by comparing measured values.
- Data wires improved and data casting added to simplify data type conversion.
- Arrays integrated in the standard blocks.
- Loop interruption now possible, enabling creating advance state control mechanisms.
- Oscilloscope mode enables live monitoring of the sensors to prepare experiments and validate setup.
- Dataset calculation integrated, enabling analysis of the data coming from the sensors.
- Graph programming added; this feature enables users to create zones on the graph that will make the robot react in the physical world based on the data on the graph.
- Q:In what languages is the LEGO MINDSTORMS Education EV3 software available?
- Q:Will the LEGO MINDSTORMS Education EV3 software work on my tablet/phone?
A:No. At release time, the software works on PC and Mac laptop and desktop systems. Simple control apps are under development and are expected in second half 2013.
- Compatability Questions
- Q:Can you use NXT parts with the LEGO MINDSTORMS Education EV3?
A:LEGO MINDSTORMS Education EV3 uses the same LEGO Technic elements and RJ12 connector cables as the LEGO MINDSTORMS Education NXT, so all your existing sensors, motors and building elements will work with the new platform. The NXT rechargeable battery, however, cannot be used with the LEGO MINDSTORMS Education EV3 P-brick, but you can reuse the DC charger (8887).
- Q:Can I connect my NXT P-brick to the LEGO MINDSTORMS Education EV3 P-brick?
A:No. It is not possible to daisy chain with the NXT brick.
- Q:Can I program the NXT P-brick using LEGO MINDSTORMS Education EV3 Software?
A:You can program your NXT P-brick using the new LEGO MINDSTORMS Education EV3 software. However, not all of the software features are supported by the NXT P-brick.


Our technology is innovating new features every day. The technical issues are also increased due to the advancement of technology. Ethical Hacking is the way to block threats from unknown sources. These tools are helpful to safeguard sensitive information within the networks and system. Explore the importance of Ethical Hacking tools and techniques through the Ethical Hacking course in Chennai. Explore something new with the best support.
Ethical Hacking Tools
There are lots of tools available in different sources, these tools help for security navigation. Check below and study the types of Hacking Tools.
Latest web app security scanner that automatically recognizes the bug in web applications. It helps to discover dead vulnerabilities with the most advanced scanning technology. Moreover, it has less configuration and can scan more than 1700 web applications in a short duration.
John the Ripper:
Popular password cracking tool, it auto-detects the encryption model of passwords easily. This tool uses some algorithms such as LDAP, Hash LM, MD4, DES, etc., Study about the Ethical Hacking Techniques and White Hat Hacking Tools through FITA Academy guidance.
It is an open-source tool for ethical hacking. It uses sniffing technology and analyzes network traffic in real-time. This tool includes different features like Packet browser, Power Graphical User Interface(GUI), and explores results in different formats. This tool is available for Mac, Windows, Linux, etc., One who wants to excel in this field can join the Ethical Hacking Online course for classes for career growth.
This tool helps to audit complex issues related to the network and web. It also has different variants like XSS, SQL injection, and more.
This tool provides a quick solution to network and security issues. It also provides expert technical support and integrated software solutions.
The open-source tool supports programming languages like Ruby and Python. It also provides reporting in different formats such as RTF and HTML.
Open-source network scanners are used to detect vulnerabilities on different hosts. It also has different features like scheduled scans, a web-based interface, and more.
Open-source security tool used to manage, audit network, etc., It helps to find network mapping, malware, network audits, etc.,
This tool helps to conduct security tests. It scans open-source software applications and detects bugs easily. Join Ethical Hacking Training in Chennai to learn about Ethical Hacking techniques and their uses.
Ethical Hacking Techniques
Ethical Hacking has the potential to scan, test and secure the system. Some of the techniques are listed below:
- SQL Injection
- Session hijacking
- Social Engineering
These techniques help Ethical Hackers to protect networks and systems more securely.
Ethical Hacking Types
There are different types of hacking available nowadays. Find the types below:
- White hat hackers
- Miscellaneous hackers
- Black hat hackers
- Grey hat hackers
Hackers use different techniques to protect and disrupt security systems. Study about Ethical Hacking and its uses with specialist support.
Ethical Hacking Tools are used for the protection and security of various systems. In India, there is a huge demand for Ethical Hackers. If you wish to learn this course, enroll in an Ethical Hacking course in Coimbatore to get a bright future.


The phrase “data theft” is actually a misnomer, since unlike regular theft, the typical data theft methods do not deprive the owner of their data, but rather create an additional, unauthorized copy.
Data theft is more difficult to prevent than other types of theft.
Each year, there are more and more data leaks. In 2010, hundreds of thousands of confidential documents were released to the public through Wikileaks. Huge volumes of data can be stolen easily, because they can be stored on just a few millimeters of flash memory or accessed through remote hacking methods. These information disasters cause major consequences, and it sometimes seems that it’s impossible to securely protect your data.
Data leakage is a common problem that any individual or organization may encounter.
Data theft using data storage devices are becoming popular. Two popular forms are: Thumbsucking and Podslurping which differ only in the devices used to store data. Thumbsucking is the unauthorized use of a portable USB mass storage device, such as a USB flash drive, to steal sensitive data. Podslurping is using an Ipod or another multimedia device to perform the same crime.
Storage devices including entertainment devices are designed with greater capacity.
USB flash drive, iPods, smartphones, and smartwatches are high-tech products that anyone can possess, which makes controlling their use more difficult and stealing data easier.


by translating next generation sequencing data into actionable information for
clinicians and researchers. As the bottleneck of cancer molecular diagnostics has moved from data
acquisition to data interpretation, GenomOncology has developed a proprietary technology platform to
streamline the use of next generation sequencing in medicine and research.
The GO Clinical Workbench enables the molecular pathology laboratory to translate next generation sequencing data into actionable information for oncologists.
GenomAnalytics allows researchers to analyze one or hundreds of genomes simultaneously to identify causal variants and create a knowledge base.


EDMONTON - University of Alberta researchers have teamed up with RCMP scientists to develop a computer program that could help investigators solve arson cases faster.
Analyzing arson debris requires two scientists and can take hours per sample, with the average investigation yielding three or four samples.
The computer program developed at the University of Alberta examines data in seconds and cuts the need for extra levels of human analysis, as one scientist analyzes the data and compares it with the computer program’s findings.
“If we can implement this model, then we can significantly reduce the amount of time it takes for us to process the data for an arson case,” said Mark Sandercock, manager of the trace evidence operations support for the RCMP’s National Forensic Laboratory Services.
“We can get the results back to the fire investigator much quicker. Like in any other investigation, the sooner they have information, the less cold the trail is.”
Sandercock and James Harynuk, a professor with the U of A’s faculty of science, have authored a study on the research in Forensic Science International.
Q: What happens now?
A: Currently, if a fire investigator thinks a fire is suspicious, the investigator will collect samples from where they think the fire started and send those to a lab. The compounds are detected and identified, which is a complex process as arson debris contains ignitable liquids and products that burned in the fire. Sandercock describes it as “the dirtiest, messiest data matrix one can imagine.”
Q:What does the new computer program do?
A: Harynuk and his team analyzed chemical samples from the RCMP’s lab, taken from fire debris in cases across Canada, to developed a computer filter to isolate gasoline, the most commonly used ignitable liquid in arsons. Developing the computer program took four years.
“We now have a computer that uses statistical algorithms to model what gasoline looks like, and it can look in this big mess to find the gasoline,” Sandercock said.
Work that would take a human two to three hours is now done in seconds.
Harynuk has also used the computer program for other types of analysis, including distinguishing olive oils from other vegetable oils and identifying coffee flavour profiles.
Q: What’s next?
A: Before the computer program can be used by police for arson investigations, Harynuk said the software needs to be tested further and made more user-friendly.
“Right now we can only handle gasoline, but there are other things that people might use to start a fire. We’d like to be able to identify those,” Harynuk said.
Q:What does this mean for the future?
A: Lab work in an arson investigation can take between one day and a week, said Sandercock. The computer program could cut that time by two to three days. Investigators can use the results when interviewing people or evaluating other evidence, ultimately leading to resolving arson cases quicker.


With so much media attention currently focused on Taiwan’s technology exports, ‘potential’ has become the key word among exhibitors of this year’s Secutech. As one of Asia’s most influential trade fairs for security, IoT and AI technology, buyers recognize the fair and the wider region as the place to find cutting-edge ICT know-how and expertise. Returning from 27 – 29 April in Hall 2 of the Taipei Nangang Exhibition Centre, this year’s fair will present trade buyers with the full spectrum of turnkey security solutions as well as “Made-in-Taiwan” surveillance, video analytics and access control systems. In parallel to the physical fair, exhibitors will have the opportunity to connect with buyers from the international market via a digital event from 20 April – 19 May.
The surging demand for smart security solutions in Asian markets has opened up great business opportunities in the transportation, smart home & building, smart factory, cybersecurity and fire & safety sectors.


CNTK also offers several examples that are not in Tutorial style. Many of these are recipes involve more advanced networks and are located under Examples directory.
- MNIST: A fully connected feed-forward model for classification of MNIST images. (Follow the instructions in Examples/Image/DataSets/MNIST/README.md to get the MNIST data set)
- TrainResNet_CIFAR10: An image classification ResNet model for training on the CIFAR image dataset. (Follow the instructions in Examples/Image/DataSets/CIFAR-10/README.md to get the CIFAR dataset and convert it to the CNTK supported format)
- SequenceClassification: An LSTM sequence classification model for text data.
- Sequence2Sequence: A sequence to sequence grapheme to phoneme translation model that trains on the CMUDict corpus.
- NumpyInterop - Language Understanding.
- Video - Basic 3D convolution networks for deep learning on video tasks.


Was in need of some kind of counter to keep track of how many times I steep tea leaves. Some types of tea can only be steeped a couple times. Other types can be steeped 3 – 5 times. Often I will make tea, place the tea ball aside, then forget the next day how many times it has been steeped.
So here are these cool, simple yet very practical devices to help:
As a computer science student there’s something cool about a device as basic as this. It is one of the most basic ideas. It basically has just two methods: increment() and reset()


The ModelE source code is quite portable and can be installed and used basically on any Unix machine with enough CPU power and memory (from Linux clusters to Linux and Mac OS X desktops). Though one can run the basic serial version of the model with prescribed ocean on a single core with as little as 2 GB of memory, to do any useful simulations in reasonable time one would need a computer with at least 16 cores (Sandy Bridge or faster) with at least 1 GB of memory per core. To do dynamic ocean simulations with full atmospheric chemistry one typically would need 88 cores with at least 1 GB of memory per core.
The source code is written mostly in Fortran 90 language with some
elements of Fortran 2003 and can be compiled either with Intel
compiler (version 12.0) or with GNU
gfortran (version 4.9 or later).
For input/output we use a NetCDF library, so it has to be installed (version 3.6 or later).
For parallel simulations on multiple cores the model needs to be compiled with MPI support, so an MPI library needs to be installed on your computer. The following MPI distributions are currently supported by the model:
For desktops or small servers we would recommend OpenMPI, since it is the easiest one to install and configure, though MPICH2 also works without problems. On a cluster, typically it would be up to support group to make a decision on which MPI distribution is more suitable for a particular platform. Over the last few years we were using Intel MPI with great success.
The compilation process is based on GNU
make command and uses
scripting language and
m4 preprocessor (GNU version). Typically these
are present by default on any Linux or Mac OS X system, but if you are
using other type on Unix you may need to install them.
If instead of latitude-longitude version of the model you want to work with cubed sphere version, then in addition to the requirements mentioned above you will need to install a compatible ESMF library. You will also need to obtain the source code for the cubed sphere dynamical core from the developers since it is not included in the standard modelE distribution.


I am always looking for ways to increase productivity and efficiency. One of the best advancements in technology in recent years has been precision agriculture (PA). PA is an innovative farming technique that uses technology to increase the accuracy of agricultural practices, resulting in higher yields and reduced costs.
PA relies on a range of digital technologies to collect and analyse data about soil conditions, weather patterns, and crop growth. This information is then used to create a data-driven strategy for planting, fertilising, and harvesting crops. By using real-time data, farmers are able to make more informed decisions about when and where to plant, how much fertiliser to use, and when to harvest.
One of the key technologies used in PA is GPS (global positioning system). GPS allows farmers to precisely measure and map their fields, enabling them to identify areas of variability and adjust their farming practices accordingly. Variable rate technology (VRT) is another important tool in PA. VRT allows farmers to apply fertilisers and other inputs at varying rates across their fields, depending on the specific needs of each area.
Other technologies used in PA include drones, remote sensing, and big data analytics. Drones equipped with cameras can create high-resolution maps of fields, while remote sensing technologies can provide real-time information about soil moisture and crop health. Big data analytics can be used to identify patterns and trends in crop growth, allowing farmers to make more accurate predictions about yields and plan accordingly.
Overall, precision agriculture represents an exciting new frontier in farming. By using technology to increase accuracy and efficiency, farmers can reduce costs, increase yields, and promote sustainable agriculture.
Key Technologies in Precision Farming
As a precision agriculture enthusiast, I have come across various technologies that are revolutionizing the agriculture industry. Precision farming is a data-driven approach that utilizes technology to improve accuracy, efficiency, and productivity. Here are some key technologies that are shaping the future of precision farming:
Global Positioning System (GPS)
GPS is one of the most important technologies in precision agriculture. It allows farmers to accurately measure and map their fields, which helps in identifying variability in soil, crop growth, and yield potential. This information can then be used to create variable rate prescriptions for inputs such as fertilizers, pesticides, and water. With GPS, farmers can also track their equipment in real-time, which helps in optimizing field operations and reducing overlaps.
Drones are becoming increasingly popular in precision agriculture due to their ability to capture high-resolution imagery and data. They can be used for crop scouting, plant counting, mapping, and monitoring. Drones can also be equipped with sensors such as multispectral and thermal cameras, which can provide valuable insights into crop health and stress. With drones, farmers can quickly identify areas of concern and take corrective actions before it’s too late.
Big Data and Information Technology
Precision farming generates a lot of data, and the challenge is to make sense of it all. Big data analytics and information technology are helping farmers collect, store, and analyze data from various sources such as weather stations, soil sensors, and yield monitors. This data collection can then be used to create predictive models, which can help in decision-making. With big data and information technology, farmers can optimize their inputs, reduce waste, and increase profitability.
Robotics and Artificial Intelligence
Robotics and artificial intelligence are still in their early stages in precision agriculture, but they hold great promise. Robots can be used for tasks such as planting, weeding, and harvesting, which can help in reducing labour costs and increase efficiency. Artificial intelligence can be used for tasks such as image recognition, which can help in detecting pests and diseases. With robotics and artificial intelligence, farmers can achieve higher levels of precision, accuracy, and productivity.
Remote Sensing and Satellites
Remote sensing and satellites are providing farmers with a bird’s eye view of their fields. They can be used for tasks such as crop monitoring, yield estimation, and weather forecasting. Remote sensing and satellites can also provide valuable information on soil health, moisture, nutrient levels, and crop stress. With remote sensing and satellites, farmers can make informed decisions based on accurate and timely information.
Precision farming is a rapidly evolving field, and innovations are emerging all the time. These technologies are helping farmers to achieve sustainable agriculture, reduce environmental impact, and feed a growing population.
10 Precision Agriculture Tools and Technologies
Precision agriculture is a farming technique that uses technology to optimize crop yield, reduce inputs and improve crop quality. Here are ten precision agriculture tools and technologies that farmers can use to improve their crop management:
- GPS/GNSS: Global Positioning System (GPS) and Global Navigation Satellite System (GNSS) are used to accurately map fields and track farm equipment. This technology helps farmers to make informed decisions about fertiliser and pesticide application and to monitor crop growth.
- NDVI Maps: Normalized Difference Vegetation Index (NDVI) maps use satellite imagery to measure the health and productivity of crops. These maps can be used to identify areas of the field that require additional inputs or attention.
- Variable Rate Technology (VRT): VRT is used to apply inputs such as fertiliser and pesticides at varying rates across the field with changes being made from the tractor seat. This technology helps farmers to optimise input use and reduce costs while improving crop yield.
- Soil Sensors: Soil sensors are used to monitor soil type, moisture content, pH, and nutrient content. This technology helps growers make informed decisions about irrigation and fertiliser applications.
- Drones: Drones are used to capture high-resolution aerial imagery of fields. This technology can be used to monitor crop health, identify pest and disease outbreaks, and make informed decisions about crop management.
- Automated Irrigation Systems: Automated irrigation systems use sensors and weather data to optimise irrigation scheduling. This technology helps farmers to reduce water use and improve crop yield.
- Weather Stations: Weather stations are used to monitor weather conditions in real-time. This technology helps farmers to make informed decisions about planting, harvesting, and other farm operations.
- Precision Planters: Precision planters are used to plant seeds at a precise depth and spacing. This technology helps to ensure uniform crop growth and improve crop yield.
- Harvesters: Harvesters are used to harvest crops at the optimal time. This technology helps to ensure maximum crop yield and quality.
- Crop Management Software: Crop management software is used to collect and analyse data from various precision agriculture tools and technologies. The data collected helps farmers to make informed decisions about crop management and improve crop yield.
Case Studies: Precision Agriculture in Action
Precision agriculture is an approach to farming that utilises technology to optimise crop yield, quality, and efficiency while reducing waste and environmental impact. Here are some examples of precision agriculture in action:
I recently visited a farm in Sussex that uses variable rate technology (VRT) to apply fertiliser. By mapping the field’s soil and nutrient levels, the VRT system can apply the right amount of fertiliser to each section of the field, improving crop yield and quality while reducing the amount of fertiliser used. This approach has led to a 10% increase in crop yield and a 20% reduction in fertiliser use, resulting in significant cost savings.
Another example of precision agriculture is the use of NDVI maps to monitor crop health. NDVI, or Normalised Difference Vegetation Index, is a measure of how much light is reflected by plants. By using drones or satellites to capture NDVI data, farmers can identify areas of the field that are under stress due to factors such as pests, disease, or water stress. This allows them to respond quickly and target inputs such as pesticides or water where they are needed most, reducing waste and improving crop health.
Precision agriculture can also be used to improve crop management and control. For example, a farmer in Lincolnshire uses sensors to monitor soil moisture levels and weather conditions, helping him to make informed decisions about when to irrigate and fertilise. This has led to a 15% increase in crop yield and a 30% reduction in water use, as well as improved crop quality.
Benefits of Precision Agriculture
Precision agriculture offers numerous benefits to farmers and the environment. As a farmer, I have experienced firsthand the positive impact of precision agriculture on my crop yield, input costs, and overall farm management. Here are some of the key benefits of precision agriculture:
Precision agriculture helps to maximise crop yields by providing farmers with detailed information about their crops. By using tools such as NDVI maps, farmers can monitor crop growth and identify areas that need attention. This allows farmers to adjust their fertiliser and water application rates, resulting in healthier crops and higher yields.
Reduced Input Costs
Precision agriculture can help farmers save money on input costs such as fertilisers, pesticides, and herbicides. By using variable rate technology (VRT), farmers can apply these inputs more precisely, reducing waste and saving money. This technology also helps to reduce the environmental impact of farming by minimising the amount of inputs that are released into the soil and water.
Improved Crop Quality
Precision agriculture can help to improve the quality of crops by providing farmers with better control over the growing conditions. By monitoring factors such as pH levels and water usage, farmers can ensure that their crops are grown in optimal conditions. This results in healthier, more robust plants that are less susceptible to disease and pests.
Better Crop Management
Precision agriculture allows farmers to observe and respond to changes in their crops more quickly and accurately. By using sensors and other monitoring tools, farmers can identify potential problems such as disease or pest infestations early on, allowing them to take action before the problem becomes severe. This results in better crop management and healthier crops.
The Future of Precision Farming
I am confident that precision farming is the future of agriculture. With the help of precision agriculture technology, farmers can observe and respond to crop growth in real time, leading to increased crop yield and improved crop health.
One of the most significant benefits of precision agriculture is the ability to manage crops with precision. By using variable rate technology (VRT), farmers can apply the right amount of fertiliser, pesticides, and herbicides to their crops, ensuring that they receive the necessary inputs while reducing waste.
Another critical aspect of precision agriculture is the ability to monitor and maintain soil pH levels. By observing and responding to changes in soil pH, farmers can improve crop quality and yield. Furthermore, with the use of NDVI maps, farmers can identify areas of their fields that require more attention and adjust their fertilizer management accordingly.
Precision agriculture also plays a vital role in water management. By using precision irrigation systems, farmers can reduce water waste and improve crop yields. Additionally, precision agriculture technology can help farmers monitor and control the amount of water their crops receive, ensuring that they receive the optimal amount for their growth.
In conclusion, precision agriculture is the future of farming technology. By using precision agriculture, farmers can observe and respond to changes in crop growth, manage their crops with precision, and improve their crop yield and quality. With the help of precision agriculture technology, farmers can reduce waste, improve water management, and reduce the use of inputs such as pesticides and herbicides.


Pulsar is well known as a leader in both thermal and night vision technologies across a variety of market places. Pulsar’s story begins when a small company started producing wooden draw tube telescopes in 1991. In 1994 they became Yukon Advanced Optics with a small but revolutionary range of both day and night optics. The next big step came in 2001, when they produced and launched their first Gen 1 Night Vision Rifles Scope (NVRS) and by 2005, with continued investment and growth, the company was producing 70% of the worlds Gen 1 night vision devices. As a progressive company, Yukon were simultaneously working on new technologies and in 2003 launched the first digital night vision device, the popular Ranger spotter. The benefits of digital night vision for the consumer market were clear and between 2006 and 2008 they invested heavily in the research and development of digital products which gave rise to the trademark Pulsar. Now, with over 1000 employees, eight facilities in seven countries and an international network of distributors, including the exclusive UK distributor, Thomas Jacks Ltd, Pulsar are now recognised as the leading global manufacturer of consumer thermal imaging, digital and image intensified devices.


Ultrasound – SJS IVF Jalandhar
In SJS IVF Center, Ultrasound or sonography has helped revolutionize our approach to the infertile patient. Ultrasound machines are very useful and help the doctor “image” or see structures in the female pelvis. Ultrasound uses high frequency sound waves much like SONAR machines used in ships for detecting submarines underwater.
The high frequency sound waves are bounced off the pelvic organs; and the reflected sound waves are received by the probe ( transducer) and a computer is used to reconstruct the waves into black and white images on the monitor. Ultrasound machines today are all real-time machines, which give dynamic images.