a vertical checkweigher, also called forward and reverse rotation rejection checkweigher, has only weighing belt and rejection belt without feeding belt, and its rejection belt is perpendicular with the weighing belt.
the weighing belt is directly placed under the discharge port of the packaging machine. the weighing belt carries the packaging bag to move to the rejection belt and weighs at the same time. when the product is thrown onto the rejection belt, the weighing result has come out. the control cabinet will control the running direction of the rejection belt according to the weighing result and the weight range of qualified products. if the packaging bag is qualified, the rejection belt will rotate forward and send the product to the qualified product basket. if the quantity of the packaging bag is unqualified, the belt will be reversed to reject it to the defective basket, so as to avoid being judged as inferior medicine in the future spot check.
vertical checkweigher is a setaq utility model patent authorized in 2016, which has the advantages of small volume, low cost, simple structure and high reliability. setaq vertical checkweigher can dynamically online checkweigh granule packaging bags within 30g at the speed of 80 bags/min, automatically check the weight and reject the unqualified ones with the highest weight accuracy of 0.02g. the characteristics are as follows:
the main structure of the checkweigher adopts setaq utility model patent of belt forward and reverse rotation rejectrion.
adopts the high-accuracy weight checking control module developed and designed by setaq company. the module, from schematic diagram, wiring diagram to circuit board, is designed by the professional team of setaq company. it is soldered by the japanese yamaha smt production line owned by setaq company. at last, it has passed various harsh tests such as environmental test, safety test, electromagnetic compatibility test, etc., which can ensure its the long-term and effective running on the packaging site.
adopts setaq professional digital weighing processing software, which can realize reliable and high-accuracy weighing and process control for complex working conditions of packaging site.
|width of weighing and rejection belts||100-160mm|
|product||width(along the belt）||≤100mm|
|preset number of products||100|
|total length||about 600mm|
|total width||about 600mm|
★ 10 inch industrial touch panel computer
★ the whole machine is made of stainless steel.
★ adopts swiss habasit weighing belt and rejection belt.
★ load cells are made in germany.
★ gates synchronous belt made in usa.
★ famous brand electrical switch
★ the histogram shows the statistical distribution of checkweighing results.
★ the curve shows the time distribution of checkweighing results.
★ the window displays the checkweighing results, standard deviation and mean value of the last 20 packages.
★ several statistic methods: batch statistics, qualified statistics, total statistics
★ can preset 100 produts parameters
★ setaq high accuracy digital filtering algorithm.
★ dynamic zero tracking, including zero tracking when the device is running
★ can store 25000 items of checkweighing results. u disk storage.
ag尊龙凯时 copyright © 2020 shandong setaq instruments co., ltd.


Imagine having your very own supercomputer. I know, it’s not likely to happen unless you’ve got Bill Gates type of money to throw around. But, perhaps soon you’ll have access to that sort of computing power from just about anywhere. It may even be affordable. How’s that possible you ask? The answer may lie with a company called Data Medics who is working on a project to launch a crowdsourced supercomputing infrastructure.
Last month we showed you that mini supercomputer made up of Raspberry Pi mini computers in a Beowolf super cluster. Well, imagine if you could take that same model and build a super cluster of super clusters into a single mega super computer.
Now you might wonder how this will be funded, and where is this crowd of computers going to come from. Essentially it’ll come from ordinary people just like you who’d like to earn a few extra bucks (or possibly some free super computing time) by leveraging your CPU during idle periods. Most companies, even many home users, have at least some computers that for one reason or another must be left on 24/7. Now imagine that the processor could be earning money during that idle time by participating in a super cluster. You’re probably not going to get rich from this, unless you build your own mini supercomputer dedicated to this, but it’s essentially free money for just pushing a few more cycles through an exsisiting CPU.
The company Data Medics will essentially just be keeping a commission of the leased supercomputing time for playing bookie. Universities and other organizations that need to use supercomputing power pay for computing time then all the computers that contributed toward that time get a cut for their proportionate share in handling the processing. Who knows, perhaps we’ll even find a way to put those old ACHI BitCoin miners back to work doing something constructive this time.
Today I’m going to post about the beautiful new creation by Joshua Kiepert a student at Boise State University. Using nothing but the cheap little $40-50 Raspberry Pi mini computers. These computers may not be anything ‘super’ in and of themselves. Each unit hosts a simple 1GHz processor (after overclocking the stock 700MHz) and has a measly 512Mb of RAM onboard. The units are actually intended for micro computing, device control, and simple media streaming applications, or anything else you need a simple Linux computer to do around the house.
But, what happens when you put 32 of them all together? A $2000 supercomputer, that’s what! And that’s exactly what he built. While it might not be anything to make banks or the NSA worried, it’s actually quite a little beast. Capable of putting out a whopping 10.13 GFLOPS of processing power. To put that in perspective, some supercomputer clusters today such as the National Supercomputing Center in China are now running a combined 33.863 PFLOPS (a PFLOP is 1000 GFLOPs). However given the affordable nature of it, it’s a mini force to be reckoned with. Compared to the top supercomputers just a decade ago, it’d certainly rank up there.
Mr. Kiepert was using the system to run some simulations since the University’s supercomputer was unavailable at the time. He built it using a basic Beowulf Cluster which divides the processing tasks up to the different machines and distributes them VIA the NIC on the raspberry pi’s.
I’m now picturing in my mind a supercomputer consisting of hundreds or even thousands of raspberry pi nodes. Perhaps I’d even get more creative and try doing the same thing with the higher end banana pi units. Theoretically there’s little limit to how many nodes you can have in a single Beowulf cluster as far as the software is concerned. The limit is only as big and fast as your network is able to transmit the tasks out from them controlling node computer (which could have a 10Gb/s nic if necessary).
A project I’d love to purpose to the world is this. Let’s build a standard backplane complete with aligned power and NIC ports to plug directly into the butt end of a half dozen raspberry pi’s and have an integrated hub to control the six network ports. Then some standard, cool looking, cases to mount the backplanes. These kits can then be sold to hundreds of people around the world along with instructions of how to build the mini supercomputer. Plus, some extra software offering the option to cloud connect your Beowulf Cluster into a cloud based Super-Super Cluster of hundreds of these units distributed around the world.
While you’re not using your supercomputer, other’s can be via the cloud. So it can be earning money as others use it’s power. Or perhaps a credit system which can earn with your supercomputer then later be used toward your own supercomputing tasks you need to offload to the global cloud.


Apple’s flagship smartphone, the 12, can interfere with pacemakers and other medical devices, the company has quietly confirmed.
The firm’s latest devices feature a technology called MagSafe, which uses in-built magnets to firmly attach accessories like wireless chargers and wallets to the back of the phones.
iPhone 12 devices, released in October last year, also contain components and radios that emit electromagnetic fields.
Apple has admitted that these magnets and electromagnetic fields might interfere with medical devices and should be kept at least six inches away.
The tech giant’s all-important update may be in response to a recent research paper that highlights the iPhone 12’s ability to ‘potentially inhibit lifesaving therapy in a patient’ with an implanted medical device.
This makes the iPhone 12 particularly dangerous if kept in the breast pocket of someone fitted with a pacemaker.
iPhone 12 with the £40 MagSafe Charger. The firm’s brand of magnetic technology – called MagSafe – is built into iPhone 12, allowing it to firmly attach to accessories like wireless chargers, cases and wallets.
Apple confirmed the risk applies to all iPhone 12 models – iPhone 12, iPhone 12 mini, iPhone 12 Pro, iPhone 12 Pro Max – and the two MagSafe chargers, the £40 MagSafe Charger and the foldable £130 MagSafe Duo Charger.
‘Medical devices such as implanted pacemakers and defibrillators might conta indicated that iPhone 12 models can ‘potentially inhibit lifesaving therapy in a patient’ with implantable medical devices.
The US study authors had held an iPhone 12 near a patient’s implantable cardioverter defibrillator (ICD), which is used to correct life-threatening cardiac arrhythmias.
Once the iPhone was brought close to the ICD over the left chest area, the ICD immediately went into a ‘suspended’ state.
Apple officially unveiled the new iPhone 12 event during a live event in October.
The smartphone is designed with rounded edges that look similar to the iPad Pro and boasts 5G cellular connectivity
‘We hereby bring an important public health issue concerning the newer generation iPhone 12 which can potentially inhibit lifesaving therapy in a patient particularly while carrying the phone in upper pockets,’ the study authors say in their paper.
‘Medical device manufacturers and implanting physicians should remain vigilant in making patients aware of this significant interaction of the iPhone 12 and other smart wearables with their cardiac implantable electronic devices.’
MagSafe was initially introduced in 2006 for Mac laptops – a handy little feature that ensured power connectors stayed attached.
MagSafe connectors were discontinued across Apple’s product lines between 2016 and 2019 and replaced with USB-C.
However, the brand name was brought back for the iPhone 12 to allow rapid 15W wireless charging.
A first-generation MagSafe connector attached to a MacBook Pro.
The MagSafe connectors were discontinued but the brand was brought back last year screen protector for iPhone’s wireless chargers
Wireless charging as a concept has been around since Nikola Tesla, a Croatian inventor, first suggested in the 19th century that power could be transferred between two objects via an electromagnetic field.
The charging pad contains a loop of coiled wires around a bar magnet, known as an inductor.
When an electric current passes from the mains through the coiled wire, it creates an electromagnetic field around the magnet.
This can then be used to transfer a voltage – or charge – to the smartphone.
Apple’s MagSafe charging method uses an array of magnets placed around the wireless charging coil that Apple says ‘perfectly connects to iPhone every time’.
MagSafe also attaches a £60 leather wallet to the back of the phone, for keeping credit and debit cards in.


Commit a66bd7a4 authored by Committed by Damien GeorgeBrowse files
esp32/boards: Add GENERIC_C3_USB board with USB serial/JTAG support.
Add a new board type for ESP32-C3 revision 3 and up that implement the USB serial/JTAG port on pin 18 and 19. This variant uses the USB serial for programming and console, leaving the UART free. - Pins 18 and 19 are correctly reserved for this variant. Also pins 14-17 are reserved for flash for any ESP32-C3 so they can't be reconfigured anymore to crash the system. - Added usb_serial_jtag.c and .h to implement this interface. - Interface was tested to work correctly together with webrepl. - Interface was tested to work correctly when sending and receiving large files with ampy. - Disconnecting terminal or USB will not hang the system when it's trying to print.


What Makes a Network Unsecure?
If you have a Wi-Fi network at home or in a small office, intruders may be after you, such as casual "war drivers" who troll city streets, looking for unprotected wireless networks. (Want to know How to connect to unsecured network - Apple Community Aug 25, 2018 Staying safe on public Wi-Fi - CNET
May 18, 2020 · Fix problem connecting to the Internet after installing Norton. Internet connectivity problem may occur due to various reasons. It can happen due to a temporary problem from your service provider or a problem in your computer that is caused by the firewall.
Fast 18650 Battery Charger XTAR PB2 USB Apply to 3.6V/3.7V Unprotected 18650 Batteries DIY Output for Phones Pads（Batteries NOT Included） (Red) 4.0 out of 5 stars 1 $15.99 $ 15 . 99 Solved: McAfee Support Community - Blocking Wifi when on
Jun 28, 2013 · Capturing webpages. I opened my laptop at the coffee shop and began capturing Wi-Fi signals, technically called 802.11 packets, with the help of a free trial of a wireless network analyzer.
Security experts say unprotected Wi-Fi poses dangers. “I can sit in Starbuck's and not even try to join the network, and see all the traffic passing around me,” said Al Potter, manager at Make sure your Chromebook is connected to the router with a working Ethernet cable or USB adapter. At the bottom right, select the time. If your Chromebook is connected properly, you'll see Connected to Ethernet . Mar 27, 2020 · Some Xfinity WiFi hotspots are secure and some are unsecure. Xfinity Mobile always prioritizes connecting you to secure WiFi networks, however, when no secure networks are available, you can choose to connect to an unsecure hotspot. Secure Xfinity hotspots are named “XFINITY” and have a lock symbol next to them in your WiFi settings screen.


Author Emma Muckersie
As part of our newly launched research, Tech Trends Set To Transform The Insight Industry, we spoke to the founders of leading tech startups to hear more about the key developments reshaping our world. One of these was Murray Newlands, the CEO and Co-Founder of ChattyPeople, a firm which specialises in building chatbots for Facebook
In our latest report, Tech Trends Transforming The Insight Industry, we identified augmented reality (AR) and virtual reality (VR) as two of our top trends to watch. But just how big will AR and VR be? We take a look at what the future holds for this technology. Augmented reality – the future looks bright
In our latest report, Tech Trends Transforming The Insight Industry, we identified chatbots as a key area to watch. Chatbots are being used by brands to help consumers do everything from finding their nearest store to checking opening hours, but they’re still a relatively early-stage technology. So what’s next for chatbots? From customer service to
In our newly launched report, we identified chatbots as a key tech trend to watch. But where is this technology already making its mark? In this blog post, we take a look at how and where chatbots are taking off and share our thoughts on what brands need to consider to successfully harness the chatbot opportunity.


CMX-USB Host stacks (OHCI, EHCI and non-compliant) are designed for processors with both integrated USB host controllers and external USB host controllers. The CMX-USB Host package offers Class drivers for Mass Storage, CDC, HID, Audio, MIDI, FTDI, Hub, OBEX, ECM, RNDIS, MTP, Printer and a Bootloader. CMX-USB Host Mass Storage is fully compatible with CMX-FFS-THIN, CMX-FFS-FAT, and CMX-FFS-SAFE-FAT File Systems and will work with or without an RTOS.
CMX is constantly adding new processors, for more information please contact us.
On Chip USB controllers:
Most Cortex-M3 and Cortex-M4 processors; Atmel: AT91SAM9xxx, AT91RM9200, AVR32; Freescale: iMX2x, 3x, 5x, MPC834x, JM60/128, MCF52xx, 5222x, 5225x, 5227x, 53xx, 54xx; Microchip: PIC24, PIC32; NXP: 23xx, 24xx, 29xx, 31xx, 32xx; Renesas: RX100, RX600.
External USB controllers:
NXP ISP1XXX and Maxim 3421E
CMX-USBH-MS is designed for connecting USB mass storage devices to an embedded USB Host controller and allows a standard sector-based FAT file system to be connected to a USB mass storage device. CMX-USBH-MS supports multiple volumes and flash drives and is compatible with all CMX FAT file systems.
The CMX-USBH-CDC-ACM enables the designer to provide a virtual USB serial port on the embedded target which acts as a standard serial port and can be accessed using simple, serial API functions. CMX-USBH-CDC is optimized to use minimal RAM and ROM and requires just the control channel endpoint and a single interrupt endpoint.
CMX-USBH-CDC-ECM is an Ethernet Control Model driver handling the exchange of Ethernet framed data between a USB Host and Device.
CMX-USBH-CDC-EEM is the Ethernet Emulation Model class driver implementation for simplified networking over USB.
CMX-USBH-CDC-OBEX provides support for the Object Exchange protocol intended for transmitting data objects between devices.
CMX-USBH-HID Class driver provides support for Human Interface Devices such as a mouse, keyboard and joystick. Descriptor parser included.
The CMX-USBH-AUD Audio Class driver supplies a wide range of audio functions for embedded USB Hosts supporting USB speakers and / or microphones. Supporting both TYPE I ( PCM/PCM8) and TYPE II ( MPEG ) stream formats, CMX-USBH-AUD provides sample rate adjustment for the audio device rate, volume and mute control, graphic equalizer, loudness, bass boost, input terminal ( IT ) of streaming type for playback, and output terminal ( OT ) for recording. Processing features provided include; up/down mix, Dolby Prologic, 3D stereo extender, reverb, chorus, compression and processing unit extension. CMX-USBH-AUD also includes a mixer unit, line in or microphone selection and AF Version 1 (full speed).
The CMX-USBH-MIDI class driver is available for embedded USB host
designs which implement the MIDI (Musical Instrument Digital Interface)
The CMX-USBH-PL class driver enables USB printers to be attached
to an embedded host which generates pages in the PCL5 format.
The CMX-USBH-FTDI driver is available for embedded designs which
include FTDI USB to Serial converter devices.
CMX-USBH-HUB provides support for the connection of one or more external USB hubs to the Host system.
Remote Network Driver Interface (RNDIS)
CMX-USBH-RNDIS is a class driver option providing RNDIS host functionality for an embedded target.
Media Transfer Protocol
The CMX-USBH-MTP class driver enables users to implement MTP host functionality and access MTP enabled devices. A user-friendly API is provided for accessing the connected MTP devices. Since MTP is an extension of PTP, PTP devices can also be accessed using CMX-USBH-MTP.
CMX-USBH-Pictbridge is a USB Add-On option which, when used in conjunction with CMX-USB-MTP, allows images to print directly from an image source without the need for a PC. This option also includes XML parser for encoding and decoding PictBridge protocol objects.
USB Host Bootloader
CMX-USBH-BL Host Bootloader provides the ability to update your
product from a flash drive. With a footprint of less than 12K for code and
under 2K RAM, the Host Bootloader is installed as a permanent bootstub and
based on the developers' design, CMX-USBH-BL can automatically check the
flash drive for a new image and upload it to the target.


8 digit handheld calculator is perfect for the home or the office. Features a LCD angled display with large 13.5mm display digits. Last answer function, allows users to stores the result of the last calculation. Other functions include: decimal settings, 3 key independent memory, square root key, change sign key, percent key, and automatic power down. Operates on twin power (solar/battery backup).
- Dimensions :116 x 71 x 17mm
- Weight: 58g
- Power source: solar / battery
- Battery type: LR1130 x 1


Thomas Edgar (UT) Reference Text : Process Dynamics and Control 2nd edition, by Seborg, Edgar, Mellichamp, Wiley 2004 LabVIEW, which stands for Laboratory Virtual Instrumentation Engineering Workbench, is a graphical. Python MQTT Client. While this chapter will. Applications can be tested in the simulator first before taking the products into the field. By contrast, HITL runs normal PX4 firmware in "HITL mode", on normal hardware. This is the place to post completed Scripts/Snippets that you can ask for people to help optimize your code or just share what you have made (large or small). This is a interactive simulation. For example, in order to record and store the membrane potential of a model cell–to then compare to reference data–one could determine which functions are needed to run the simulation in a given simulation engine, extract the membrane potential from the resulting files, and then call those functions in a test script. Most packages are compatible with Emacs and XEmacs. 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Clustering is the grouping of objects together so that objects belonging in the same group (cluster) are more similar to each other than those in other groups (clusters). It's taught in schools and universities. Learn more. Torcs-based driving simulator in Python. Farming Simulator 17 - BuzzAbout the GameTHE MOST COMPLETE FARMING SIMULATOR EXPERIENCETake on the role of a modern farmer in Farming Simulator 17! Immerse yourself in a huge open world loaded with new content: new environment, vehicles, animals, crops and gameplay mechanics!Explore farming possibilities over hundreds of acres of land, including a detailed new North American environment. You can enjoy Azure IoT journey without a real device. 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See DebianGis Status for a synthesis page of archive status, automatically generated on a daily basis. A workspace for creative people. i've scripted a set of basic instruments in Python that might be of use to some of you. We welcome further development of the code by the user community. Google has many special features to help you find exactly what you're looking for. All we can say is that it for-sure has Python on hardware and it will be scary ?? JOIN US - ADABOX. -----If you have ever happened to need to deal with GPS data in Python you may have felt a bit. Python has a module named datetime to work with dates and times. This is a project that allows python scripts to be run from Xplane. Android Tutorial. GPS module is the main component in our vehicle tracking system project. GPS Visualization – September 2014 GPS Visualization. Don't have a kit yet? Try Raspberry Pi online simulator. •GPS Ephemeris Data: for GPS navigation, the position of GPS satellite is very important so the by receiving ephemeris data the position of the satellite is determined. Simulating GPS Location. Emulate ICs In Python. In conclusion, there are several ways to display a flight simulator instrument panel and the method you choose will depend on your needs and your budget. The RTDS Simulator is the world standard for hardware-in-the-loop testing of protection and control equipment. One of the most popular applications for robotics simulators is for 3D modeling and rendering of a robot and its environment. GPSLAB supports simulation of user's vehicle motion in real time and models the behavior of a GPS receiver. Great answers - that makes a lot of sense and I'm exactly the kind of user you're targeting (okay at Python, a bit lost with C++). My work in building the Chennai Python community was recognized by the PSSI with the Kenneth Gonsalves Award. I obtained my master degree (4-year bachelor + 3-year master) in remote sensing with honour in 2013. Simulated GPS is quite easy, including occasional failures of the GPS, and the typical errors. Setup Android SDK and Android Virtual Device. The virtual serial port driver for Windows. Virtual Breadboard for Arduino: Launched in 2005, the Arduino open hardware and software platform has grown to be very popular among hobbyists, educators, and professionals alike, gaining momentum especially in the robotics field. Virtual GPS is a GPS simulator software. We hope to provide students with interesting and relevant downloadable open source projects for free. Bhatti, and Todd E. Learn Python, one of today's most in-demand programming languages on-the-go, while playing, for FREE! Compete and collaborate with your fellow SoloLearners, while surfing through short lessons and fun quizzes. 64 mm yr-1 on more than 100 sites. We have set up a stereo camera with a baseline of 12cm in the configuration file. All we can say is that it for-sure has Python on hardware and it will be scary ?? JOIN US - ADABOX. Simulation Programming with Python This chapter shows how simulations of some of the examples in Chap. Download GPS Simulator for free. Display GPS points in a map by projecting them to the map's spatial reference on-the-fly. Plotting Examples¶. It is designed to assist and maximize the productivity in testing. Clustering is the grouping of objects together so that objects belonging in the same group (cluster) are more similar to each other than those in other groups (clusters). Is a mocap system necessary to introduce fake gps in my HIL simulation?? I've tried to change the gps coordinates of my HIL setup (Gazebo+QGC) from the default Zurich Irchel Park by just changing the lat, long and alt positions in the fake_gps. It included 30 or so training missions (definitely required), a 700 ish page inch thick instruction manual (no, really), a full dynamic campaign where the war raged even if you sat and did nothing, and some of the most detailed and realistic graphics of the time. A GPS simulator emulates the environment of a GPS receiver on a dynamic platform by modelling vehicle and satellite motion, signal characteristics, atmospheric and other effects, causing the receiver to actually navigate according to the parameters of the test scenario. AT Commands Reference Guide 80000ST10025a Rev. Self hosting and cloud-based solution. The Global Positioning System (GPS) is a satellite-based navigation system made up of at least 24 satellites. Python is the fastest growing programming language. Write a C program to calculate the distance between the two points. The GPS Simulator can be configured for getting certain NMEA protocol messages in a certain sequence with a certain frequency. GPS Receiver. GPS stands for Global Positioning System and used to detect the Latitude and Longitude of any location on the Earth, with exact UTC time (Universal Time Coordinated). It’s portable; it should run on any POSIX OS with python, pyserial, and select() function calls, which means Linux, OS X, Windows, and others. ) and returns a list of the results. ), the exact position is a big advantage. The open-source Anaconda Distribution is the easiest way to perform Python/R data science and machine learning on Linux, Windows, and Mac OS X. Write, run, debug and share python code in your browser. 01-connecting-to-simulator. QPython is a script engine which runs Python programs on android devices. Design with our easy-to-use schematic editor. Have you ever wanted to program a robot to play music from one of your favorite space movies? With the help of Python (and maybe the force) you to can have your own robot. This is a 3-5 year program in support of a US DoD modernization effort. Software-Defined GPS Signal Simulator. For using NMEA Simulator you will need this to connect simulator to e. Share Article Simulation of the E1 and E6. 04 (arm64). GPS Receiver. I've written the simulator with a nice programming language: Python. GPS-X TM was the first commercially released dynamic wastewater treatment plant simulator. We are working on a solution! VIPER is a Python Virtual Machine for Arduino DUE and all ARM 32 bit architectures that runs on top of a real-time operating system. The examples below show how wrf-python can be used to make plots with matplotlib (with basemap and cartopy) and PyNGL. bit by bit. Python in Hydrology and Hydraulics Engineering. QPython - Python on Android. Login Sign Up Sign Up. DSoft Technology has extensive capabilities stemming from our experience conceptualizing, developing and working in military space M&S through some of the primary AFSPC corporate process space decision support forums: the Constellation Sustainment Assessment Teams (CSATs), Current Launch Schedule Review Board, the Functional Availability Working Group (FAWG), and various studies and AoAs. Here we set it to 3000, which is equivalent to 3 seconds. GPS), and the red line is estimated trajectory with EKF. SDK Mobile SDK UX SDK Onboard SDK Payload SDK Windows SDK Info Products Developer community GitHub Stack Overflow Technical Commnunity Contact Us [email protected] Our mission is to empower data scientists by bridging the gap between talent and opportunity. 1) choose route from source to destination 2) I want to track the vehicle's location every simulated cycle when it moving on route do you know how. You can enjoy Azure IoT journey without a real device. I would go for a generic usb GPS receiver such as the BU-353. Python RINEX 2/3 NAV/OBS reader with speed and simplicity. Python API Guide; This sensor outputs the status of the GPS correction due to INS. PDUs decoded: Entity State, Fire, Detonation, Transmitter, Signal. Real-time Model Predictive Control (MPC), ACADO, Python | Work-is-Playing. The distribution portrayed at the top of the screen is the population from which samples are taken. If you need to simulate longer time periods you must save and reload the simulation state; Visualisation# SUMO-GUI breaks# Sometimes SUMO-GUI terminates with no reason. Contact us to request a demonstration LabSat GNSS simulator unit for your own review prior to purchase. What are the types of marine navigation? It requires an understanding of only a few navigation basics to begin sea navigation such as the meaning of basic nautical terms such as position, direction, distance, and depth to apply them to practical navigation. You can use it to emulate a GPS receiver unit connected to your computer or analyze various GPS sources. Webots can interface with third party software through TCP/IP such as LabView. 3: A MATLAB toolbox for attitude determination with GPS multi-antenna systems by Zhen Dai, S. Also, if you have a GPS device for which Google Earth does not support. The NCS TITAN GNSS simulator consists of the NCS Control Center simulation software (on MS Windows® 10 and Linux OS) and the TITAN RF signal generation unit. Can I somehow develop a GPS simulator that will generate four (4) GPS signals and program the Pi with a known location? The device needs to generate a GPS L1 RF signal 1575. ExpertGPS is the ultimate GPS map software for planning outdoor adventures. Artificial Intelligence. The GPRS+GPS shield will connect to the network and will send the GPS data throught HTTP request. This is the place to post completed Scripts/Snippets that you can ask for people to help optimize your code or just share what you have made (large or small). Python Scripting for ArcGIS is a guide for experienced users of ArcGIS Desktop to get started with Python scripting without needing previous programming experience. Package authors use PyPI to distribute their software. It's ideal when you need GPS input, but you have no signal or you can use it to test your GPS applications. Be sure to initially give your Kiwi a connection to the Internet and let it update to the latest software release. See bug report. Hello, I', trying to plot GPS coordinates into a plot with meters unit. Membrane Protein Simulation. From the Textron King Air through the Boeing 747-8, we’ve got the ADS-B Out products you need to meet the mandate now and stay on the right path for future airspace modernization. The method returns a Vehicle object that we then use to query the attributes. The script below first launches the simulator. In conclusion, there are several ways to display a flight simulator instrument panel and the method you choose will depend on your needs and your budget. The rospy client API enables Python programmers to quickly interface with ROS Topics, Services, and Parameters. These scripts are located here. If not, Python is a high level, general purpose programming language. The SkyView SV-ARINC-429 Module delivers on the promise to make SkyView compatible with certified GPS receivers, integrating with radios such as the Garmin 430/530. Delivers powerful simulation of structures, fluids, multibody, and electromagnetics scenarios including complex assemblies directly linked with the product data. The method returns a Vehicle object that we then use to query the attributes. Shop popular consumer brands at discounted factory outlet prices at FactoryOutletStore. python 程序需要知道跟哪个 simulator 互动，这里就需要建立 python 程序和 simulator 的连接。这本质上是在 python 程序中实体化 Simulator 类的一个对象，送入两个参数：simulator 所在的 IP 地址和程序占用的端口，程序如下：. The goals of the chapter are to introduce SimPy, and to hint at the experiment design and analysis issues that will be covered in later chapters. In this tutorial, you begin by learning the basics of working with Raspberry Pi that's running Raspbian. Most usb GPS receivers are just USB-to-Serial adapters that read the NMEA data from the GPS receiver. We carry hundreds of brands like Garmin, Humminbird, AT&T, Panasonic, Motorola, Braun, Norelco, Wahl, Petsafe, MotorGuide and more. Virtual GPS is a GPS (Global Positioning System) simulator software. Install the Python Library for Airsim and then under GAAS directory, simulator/AirSim, run drone_image_ros. Exploring the Extended Kalman Filter for GPS Positioning Using Simulated User and Satellite Track Data Mark Wickert‡, Chiranth Siddappa‡ F Abstract—This paper describes a Python computational tool for exploring the use of the extended Kalman ﬁlter (EKF) for position estimation using the Global Positioning System (GPS) pseudorange. Example: Vehicle State¶. This shield allows you to poll the ECU for information including coolant temperature, throttle position, vehicle speed, and engine rpms. Made usable. AT Commands Reference Guide 80000ST10025a Rev. Membrane Protein Simulation. You can build your own RL model for AWS DeepRacer using the AWS DeepRacer 3D racing simulator. For general NMEA use with a gps receiver you will only need two wires in the cable, data out from the gps and ground. Validation of the performance: The performance of the emulator/simulator tends to be slower than the original devices at times. It is here that you will get a solid understanding of building an end-to-end application in Python. The LLamasoft Digital Design and Decision Center provides a wide range of tools to analyze and improve your transportation decision-making process and establish optimal policies. It's a very basic application you can try if you are a beginner to check your skills. A draft version of this will be offered in my class for the Spring. This tutorial shows you how to create the Node. 04 (arm64). The GPS Simulator simulates a GPS receiver which emits NMEA sentences over Bluetooth. Null-modem emulator (com0com) The Null-modem emulator is an open source kernel-mode virtual serial port driver for Windows, available freely under GPL license. get_shapepoly() have been added. 2: for another type of raw data, I have only the GPS position, and the raw accelerometer logged. In many outdoor applications, especially those that move (Car-PC, weather balloon, etc. There is also a video below showing how to setup Dronekit for SITL/MAVProxy on Linux. The only possibility to connect to it is through the cell phone network. The program emulates the operation of a GPS receiver and gives out GPS data (reception quality, speed of relocation, position, and satellite constellation) based on the NMEA-0183 protocol of choosen version. We are working on a solution! VIPER is a Python Virtual Machine for Arduino DUE and all ARM 32 bit architectures that runs on top of a real-time operating system. 0¶ The methods Turtle. GPS Track Animation Library UAV Simulator. From the Textron King Air through the Boeing 747-8, we’ve got the ADS-B Out products you need to meet the mandate now and stay on the right path for future airspace modernization. PartIof the book introduces the Euler-Lagrange method and demonstrates how to derive simulation models for mechanical systems using this method. The official forum for Python programming language. The MPU9250 is even a bit more complicated than the MPU6050 sensor. Basic motion detection and tracking with Python and OpenCV. Captures a packet from UDP, then decodes the data and adds it to a log. The simulator can be started and stopped using the DJI Mobile SDK. Moreover, all human and machine interactions with the simulator can be recorded and exported as executable python script, which greatly simplifies the work of test engineers who want to automate or expand the simulator capabilities. Clustering is the grouping of objects together so that objects belonging in the same group (cluster) are more similar to each other than those in other groups (clusters). It is only intended to simulate the data that might be generated on the CAN bus. LabSat by Racelogic is a low cost GPS simulator (with GLONASS, BeiDou and Galileo) which gives you the ability to record and replay real GPS RF data, allowing you to test almost any GPS device with real world signals, from your bench. Kalman Filter Simulation A Kalman filter can be used to predict the state of a system where there is a lot of input noise. The package list could be non up-to-date, this list is maintained by hand, please keep it with a grain of salt. python 程序需要知道跟哪个 simulator 互动，这里就需要建立 python 程序和 simulator 的连接。这本质上是在 python 程序中实体化 Simulator 类的一个对象，送入两个参数：simulator 所在的 IP 地址和程序占用的端口，程序如下：. Bridging the sim-to-real gap with AirSim Microsoft AirSim (Aerial Informatics and Robotics Simulation) is an open-source robotics simulation platform. The available fabric was not used efficiently and the FPGA was full. the python scripts do not accept command line arguments (windows only) This is a known issue with some python installations. gps L1 singal acquisiton. Q: Why are no I2C ACK bits being received? - Double check to make sure pull-up resistors are installed. Simulations - Debian Science Simulation packages. That being said, there is a gui. Here is the list of our top 5 arduino simulators. GPSLAB supports simulation of user's vehicle motion in real time and models the behavior of a GPS receiver. Virtual GPS is a GPS (Global Positioning System) simulator software. •GPS Errors: Three different sources of errors in GPS navigation has been investigated (Ionosphere, Troposphere and Satellite clock). It works with the Raspberry Pi, just like a normal linux computer. For Python training, our top recommendation is DataCamp. Captures a packet from UDP, then decodes the data and adds it to a log. Speech output is supported if the "festival" software is running. SDK Mobile SDK UX SDK Onboard SDK Payload SDK Windows SDK Info Products Developer community GitHub Stack Overflow Technical Commnunity Contact Us [email protected] You have searched for packages that names contain gps in all suites, all sections, and all architectures. We carry hundreds of brands like Garmin, Humminbird, AT&T, Panasonic, Motorola, Braun, Norelco, Wahl, Petsafe, MotorGuide and more. Challenger MT800E Field Python 1. For the eye plot, a 20-sample window is used. You have your Create 2 in your hands – now what? Here are some instructions to get you on your way. Import GPS data from a file. The design of rospy favors implementation speed (i. When running tests on real mobile devices, you can simulate the GPS location of the device using standard Appium capabilities. It's worth noting that the GUI is the least interesting part of obdsim. The GPS Simulator simulates a GPS receiver which emits NMEA sentences over Bluetooth. Depth-First Search and Breadth-First Search in Python 05 Mar 2014. I tried your "tardis" script but I had to tweak things a little bit. Euler's method Second-order Runge-Kutta method Fourth-order Runge-Kutta method. matplotlib. The Lora/GPS HAT is based on the SX1276/SX1278 transceiver. Welcome to the Spirent Customer Service Center! New content each day, more powerful than ever Learn what's new >. Pythom time method clock() returns the current processor time as a floating point number expressed in seconds on Unix. So, when Hurricane Irma hit Florida, this valve knew exactly where to put that rain before it even fell. The available fabric was not used efficiently and the FPGA was full. How to simulate driving a route in real device. A GPS simulator emulates the environment of a GPS receiver on a dynamic platform by modelling vehicle and satellite motion, signal characteristics, atmospheric and other effects, causing the receiver to actually navigate according to the parameters of the test scenario. The underlying implementation in C is both fast and threadsafe. I bought a few Raspberry Pis with great ambition of doing something awesome with them. September 26, 2017. •GPS Simulator is software that generates a virtual GPS data •Used to develop and simulation of GPS applications •Save testing and development time •No location restriction or work. Windows Server IoT 2019. We recently shipped the first implantable GPS for pythons! Read more about what we can build for you at. CARLA: An Open Urban Driving Simulator Alexey Dosovitskiy1, German Ros2,3, Felipe Codevilla1,3, Antonio L´opez 3, and Vladlen Koltun1 1Intel Labs 2Toyota Research Institute 3Computer Vision Center, Barcelona Abstract: We introduce CARLA, an open-source simulator for autonomous driv-ing research. The simulation data enters the system at a different point than for SITL. By contrast, HITL runs normal PX4 firmware in "HITL mode", on normal hardware. The Null-modem emulator allows you to create an unlimited number of virtual COM port pairs and use any pair to connect one COM port based application to another. py: This script creates a project setup to simulate a GPS antenna. In most cases, an update of the opengl-driver solves. I have spent quite some hours experimenting with GPS trackers and GPS (server) tracking software. The BioWin model is owned, developed, and supported exclusively by EnviroSim and is the original “whole plant” model.


High Performance Research Computing's Laboratory for Molecular Simulation (LMS) is Texas A&M University's core user facility for molecular modeling. It is supported by user contributions and by the Office of the Vice President for Research, College of Science, College of Engineering/TEES, and College of Agriculture & Life Sciences. The mission of the LMS is to bring molecular modeling closer to the experimental scientist by offering training to both new and advanced users. Cutting edge molecular modeling software is available through the LMS to perform quantum calculations on "small" molecular or solid systems and molecular mechanics/dynamics modeling for large systems such as proteins, DNA, nanomolecules, polymers, solids, and liquids. The LMS is also committed to expanding the incorporation of molecular modeling into TAMU university undergraduate and graduate courses by providing support for faculty that wish to incorporate molecular modeling into their course material.
LMS Subscription Services
LMS subscription rates (FY22) for TAMU researchers range in price from $500-2000/year and $65/hr for consulting services.


Maintenance and operation of 3WL circuit breakers (LV-CBMAIN)
- Dates and Registration
- The participants will learn the design, functional principal and operation of the 3WL air circuit breaker.
- The main emphasis of the course is on teaching practical product knowledge, in order to enable maintenance and operating supervision personnel to inspect and service 3WL circuit breakers, to find simple errors, and to replace the spare parts listed in the catalog.
- On the third day the participants are familiarized with the features of the 3WL10 air circuit breaker (size 0). Participants also get an overview of the communication options of the air circuit breakers.
- Maintenance staff
- Introduction and basic principles of low-voltage controlgear, switching principles
- Design, function and operation of 3WL circuit breakers
- Comprehensive practical unit with maintenance performance, installation and de-installation of the available accessories according to the catalog (such as ETU, motor operator, shunt release), maintenance instructions
- Introduction in protection settings of circuit breakers (characteristic curves, selectivity, back-up protection)
- Performing protection settings on the ETUs with practical training
- Test facilities of 3WL circuit breakers (internal testing, manual tester)
- Characteristics of the 3WL10 air circuit breaker
- Overview of communication regarding 3WL air circuit breakers
- Support available from Siemens (documents, website)
- Basic principles of electrical engineering and power distribution.
- Knowledge of technical options and specifications of circuit breakers.
- Practical exercises on training systems (3WL circuit breakers and demo case).
- Bring your own work shoes!
- The course takes place at SIEMENS locations, but can also be carried out at the customer's location.


🎨 Reasons why the RGB color model is not used in printing and packaging.
• The RGB Color Model
• Combinations of RGB Color
• Why is it not Ideal for Printing and Packaging?
• Applications of the RGB Color Model
In order to determine why the RGB color model is not used in printing and packaging, we need to examine the basics of the RGB color model, beyond just discussing what the acronym stands for.
RGB Color Model
RGB stands for Red, Green, and Blue.
RGB is a device-dependent color model and can only really be used successfully on screens and, in some cases, conventional photography.
This refers to the colors you are able to see on the screen right now, it does not translate the same way through printing.
Every color that they displayed is a combination of Red, Green, and Blue.
For instance, a combination of red and green produces yellow; a mix of green and blue yields cyan, and adding blue to red gives you magenta.
All three basic colors, when added together, produce white as a result. Unlike CMYK, RGB is considered to be an ‘additive’ color system for this reason.
Combinations of RGB Color
Apart from these eight colors (red, green, blue, yellow, magenta, cyan, white and black), several other colors can be displayed too.
How this is achieved by mixing various color concentrations to create the desired color on the screen.
Each of the three basic colors (red, green, blue) has six strengths –
This also means there are 63 or 216 colors in total.
However, this is only in theory.
Hardware problems with display systems result in each basic color only being displayed with strengths of 0%, 2%, 10%, 28%, 57%, and 100%.
Therefore, colors (except the eight colors mentioned above, which rely on either 0% or 100% strength for each basic color) would not be displayed accurately.
As technology progresses, programmers and engineers are able to find new ways to achieve color correction on computer and television displays through research, new tools, and advanced coding.
While this opens many opportunities for technological advancements, the RGB color system still poses issues for printing and packaging!
Why is RGB not ideal for Printing & Packaging?
In most printing processes, RGB color space is usually converted to CMYK before creating the artwork.
Read more on the CMYK Color Model
Essentially, any colors produced with RGB on the digital space will not create the same output on the physical print.
This is based on the color gamut, which in other words means that translating RGB to CMYK usually allows the color to convert only as close to the original appearance of the display screen.
Therefore, working in a CMYK color space allows the artwork to look exactly or as close as possible to the real-life design you will get when it becomes printed on paper or packaging.
This applies to;
What happens if you’ve created a design using the RGB color model?
The good news is your artwork designs can very easily be converted to the CMYK color model through whatever design program you may be using.
However, the drawback of converting RGB color model designs to CMYK is that colors may need to be corrected again to produce something more close to the original design you created using RGB.
Here is a video by Print Place on how to convert RGB to CMYK:
Applications of the RGB Color Model
RGB on Screen
As mentioned previously the most common use for the RGB color model is to display digital designs and images.
It is used in;
- Cathode ray tubes
- LCD displays
- LED displays
The one you’ll be most familiar with today is the LED displays. This includes things like your TV and computer monitor.
Each pixel on these screen types displays the RGB colors and creates images and designs we recognize.
The RGB color model is also used in component video display signals.
Remember the plugs at the back of your TV that are Red, Green, and yellow?
That is in fact the RGB color system is used to signal these specific colors to the television so you and I can watch our favorite movies and series from the comfort of our couch!
RGB on Cameras
Digital cameras heavily rely on the use of the RGB color system through CMOS or CCD image sensors.
Current digital cameras have an RGB sensor which helps to determine the exposure of your images and create accurate photographs.
While the RGB color model has been really helpful in advancing technology and creating the systems we now all know and use, it’s not the best color system for printing and packaging.
You’ll end up with distorted colors and ultimately will create dull and strange designs and prints.
That’s why opting for the CMYK color system for custom packaging and printing will ensure you higher-quality results.


Keep an eye on the air quality of your home and find out more about why and how it changes on a daily basis. ESG offers ongoing electronic indoor air quality monitoring with an electronic sensor that provides real time air quality data. Continuous monitoring means fluctuations are noted and can be used to determine issues and their causes. Once you know what is negatively affecting your air quality, you can make changes that lead to better overall air quality in your home.
This monitoring consists of an ESG technician leaving the unobtrusive device in your home for at least 2.5 weeks. The device will keep uninterrupted track of the levels of VOCs, C02, temperature, relative humidity, and more. The technician will then pick the device up, analyze its findings, and create a report explaining the results.
Contact us to set up monitoring or to learn more!
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goldenwain Electronics is a leading electronic components distributor for a wide range of active components like Microcontrollers, Amplifiers, ADC and DAC converters, Clock & Timing devices, Data devices, Diodes, Embedded Devices, Interface, Logic IC’s, Memory devices, Multiplexers, Power management devices, Temperature sensors, Transistors and Voltage regulators.
goldenwain Electronics distributes a comprehensive set of passive electronic components to manufacturers across sectors and applications. We have the resources and tie-ups to source high quality, reliable, robust and high-performance electronic components like Chip Resistors, Chip capacitors (MLCC), Electrolytic Capacitors, Inductors and Crystals, from global OEMs.
Wireless / GPRS Module
GSM/GPRS Modules are the next generation solution for modern day cellular applications. With compact designs, and innovative features, these chips can make wireless transmission a lot more convenient. These modules are also beneficial for applications related to GNSS (Global Navigation Satellite System), Industrial Interface, TTS, RLS Monitoring, cell, jamming detection, vehicle tracking and many more.


The 2020 Razer Blade 15 combines and 8-core Core i7 with an RTX 2080 SUPER. The new Razer Blade 15 has just been unveiled. Always available in two variants, they ship up to a 10th generation eight-core Core i7 and an RTX 2080 SUPER for a (very) beefy configuration.
As usual, Razer gives us new ultra efficient models and badly performing his iconic Blade 15. Again available in two versions, the device Intel team in 10th generation architecture Comet Lake (still etched according Protocol 14 nm) and the all-new Nvidia graphics cards SUPER RTX, which finally appeared on laptops while RTX 3000 will arrive on PC fixed a few months.
This unprecedented combination of components will allow players to enjoy as to creative performance increase, at least in the advanced model of the product, his little brother being limited to GPUs Nvidia GTX 16XX and RTX “non SUPER”.
An Advanced Blade 15 at the pinnacle
For its Blade 15 Advanced, Razer thus relies on an Intel Core i7-10875H processor with eight cores and whose frequencies can reach 5.1 GHz. On the GPU side, the choice is left to us between an RTX 2070 SUPER and an RTX 2080 SUPER (both benefit from the low-consumption Max-Q design), while the device benefits from 16 GB of RAM (DDR4 at 2933 MHz), a Wifi 6 chip, a maximum of 1 TB of SSD (NVMe PCIe 3.0 x4) and a connection focused in particular on a USB-C 3.2 Gen 2 port, two USB 3.2 Gen 2 ports and a card reader SD (with UHS-III support). A novelty that could catch the eye of photographers and videographers. The product can finally count, as desired, on a 15.6-inch 1080 p 300 Hz IPS screen or a 4K OLED touch screen covering 100% of the DCI-P3 spectrum.
In its basic version, the new Blade 15 also benefits from a latest generation Intel processor, but less powerful. Here we inherit a Core i7-10750H (6 cores and 5 GHz max frequencies) coupled with 16 GB of DDR4 and old generation GPU chips (Nvidia GeForce GTX 1660 Ti, RTX 2060 or 2070 not SUPER). Note that oddly this model does not carry an SD card reader. Pity. Similarly, it is limited to 512 GB of SSD. On the screen side, Razer offers a choice of a 15.6-inch IPS 1080p 144 Hz panel or a non-touch 4K OLED screen.
The new Blade 15 will be launched “soon”, at a price starting at 1,799.99 euros in our latitudes. We contacted the manufacturer to find out more about the prices for high-end variants, which should gravitate between 2,500 and 3,500 euros.


Bitspower dedication to keep things cool is now available with the Lotan VGA water block for XFX AMD Radeon RX 5700 XT RAW II graphics cards. With a unique look and design, the Lotan will keep your graphics card performing at maximum power while making sure it doesn’t overheat.
Covering the full length of the card, the water block is layered with a nickel and chromium plated copper base plate that is meticulously carved to allocate the most contact over the GPU and VRM area. The inner layer, molded with engineered materials that can sustain extreme temperatures, is covered by an acrylic top layer equipped with a special Digital RGB LED strip that is sure to make your system looks amazing.
The Bitspower Lotan VGA water block for XFX AMD Radeon RX 5700 XT RAW II, equipped with Bitspower Digital RGB LEDs, is sure to become the center of attention of your case with bright LEDs that are certified by ASUS AURA Sync, GIGABYTE RGB Fusion, MSI Mystic Light Sync, ASRock Polychrome, and Razer Chroma.
LED Color : Digital RGB
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Rule A, you will recall, applies “if the intermediate measurements are made (or if it is possible to find out what their outcomes would have been if they had been made),” and Rule B applies “if the intermediate measurements are not made (and if it is impossible to find out what their outcomes would have been if they had been made).” The two-slit experiment we will discuss in this section demonstrates the rationale behind the cryptic clauses in parentheses.
In this experiment[1,2] atoms are used instead of electrons. All atoms are of the same type — Cesium-133, say — and all start out in the same excited state. Placed in front of the slits are two initially separate microwave resonance cavities, each tuned to the energy difference ΔE between this excited state and the atoms’ ground state and thus capable of “holding” photons “carrying” the energy ΔE. The design of each cavity moreover ensures that the probability with which an atom is found to emerge from it in the ground state equals unity — provided, of course, that the appropriate measurement is made.
In what sense can such a cavity hold a photon? A reasonably safe interpretation is that if a (100% efficient) photodetector were inserted into the cavity, it would detect (and absorb) a photon. And in what sense does a photon carry the energy ΔE? A reasonably safe interpretation is that the photodetector would absorb (and gain) this energy.
The two resonance cavities are separated from each other by a pair of electro-optical shutters,which remain closed for now. Atoms are launched, one at a time, with nothing to predict the particular cavity through which any given atom will pass. (Before an atom is launched, the photon left behind by the previous atom is absorbed and thus “removed” from the cavity.) Each atom leaves a mark on the screen. How will the marks be distributed?
Focus on a single atom, after it has hit the screen but before the photon is removed. This is a situation in which it is possible to find out what the outcome of an intermediate measurement would have been if it had been made. The intermediate measurement, had it been made, would have determined the slit taken by the atom. The reason why we can find out what its outcome would have been is the following strict correlation between the outcome of this measurement and the cavity containing the photon: if the atom were found to emerge from the left slit, the probability of absorbing the photon in the left cavity would be 1, and if the atom were found to emerge from the right slit, the probability of absorbing the photon in the right cavity would be 1. Hence if the photon is detected in the left cavity, a measurement of the slit taken by the atom would have indicated the left slit, and if the photon is detected in the right cavity, a measurement of the slit taken by the atom would have indicated the right slit. Thus Rule A applies.
Let us color the marks: those made by atoms that left a photon in the left cavity green, and those made by atoms that left a photon in the right cavity red. The dotted curve in Fig. 1.8.2 gives the distribution of the green marks, the dashed curve that of the red marks. The solid curve is the sum of the two distributions. The green marks are distributed as we expect from atoms that went through the left slit, and the red marks are distributed as we expect from atoms that went through the right slit. (Compare Fig. 1.8.2 with Fig. 1.4.2.)
Between the shutters there is a (100% efficient) photosensor. If the shutters are opened before the photon is absorbed, quantum mechanics predicts that the sensor will absorb the energy ΔE with probability 1/2. Since we now have a single cavity instead of two, information about the slit taken by the photon is no longer available. (It has become customary to say that the information has been “erased.” What has actually been erased, however, is merely the possibility of obtaining the information.) Does this mean that Rule B now applies? If this experiment is done with sufficiently many atoms, will the overall distribution of marks exhibit interference fringes?
The answer has to be negative, for the measurement involving the photon is made after the atom has hit the screen. The decision about which measurement to perform — to determine the cavity that held the photon or to determine the behavior of the photosensor upon opening the shutters — comes too late to affect the overall distribution of marks.
But we now have another way of coloring the marks: yellow if the photosensor responds, blue if it fails to respond. Quantum mechanics predicts that the yellow marks will exhibit the same interference pattern as electrons in a two-slit experiment under the conditions stipulated by Rule B (Fig. 1.4.3). Because the overall distribution of marks is the same in both versions of the experiment, the blue marks will exhibit the complementary interference pattern, having maxima where the other has minima, and vice versa.
All “yellow” atoms and all “blue” atoms have something in common, but as their respective behaviors lack classical counterparts, we have no ready name for it. We may say that the “yellow” atoms went through the slits in phase} while the “blue” atoms went through the slits out of phase. We use these phrases for the following reason. If there is to be a maximum at the center of the screen, the phases of the amplitudes associated with the alternatives “through L” and “through R” must differ by an even multiple of 180° — the alternatives must be “in phase.” And if there is to be a minimum instead, the amplitudes must differ by an odd multiple of 180° — the alternatives must be “out of phase.” (As you will remember, the phase of the amplitude associated with a particle’s propagation from point A to point B is proportional to the distance between A and B.)
The “green” atoms, we noted, behave like atoms that went through L, while the “red” atoms behave like atoms that went through R. Likewise, the “yellow” atoms behave like atoms that went through the slits in phase (inasmuch as they display the corresponding interference pattern, while the “blue” atoms behave like atoms that went through the slits out of phase. Cannot we conclude from this that the “green” atoms actually went through L, that the “red” atoms actually went through R, that the “yellow” atoms actually went through the slits in phase, and that the “blue” atoms actually went through the slits out of phase? After all, if it looks like a duck, swims like a duck, and quacks like a duck, then it probably is a duck. The problem with this conclusion is that it seems to imply the possibility of influencing the past!
If the experimenters determine the cavity that held the photon, they learn through which slit the corresponding atom went. If they open the shutters and observe whether or not the sensor responds, they learn how the atom went through the slits — in phase or out of phase. They cannot make the atom go through L or through R, yet by doing the former experiment, they can make sure that it went through a single slit — either L or R. Nor can they make an atom go through the slits in phase or out of phase, yet by doing the latter experiment they can make sure that it when through both slits. (Further discussion of the meaning of “both” can be found here.) And since they can choose between the two experiments after the atom has made its mark on the screen, they can, by their choice, contribute to determine the atom’s past behavior.
1. [↑] Englert, B.G., Scully, M.O., and Walther, H. (1994). The duality in matter and light, Scientific American 271 (6), 56–61.
2. [↑] Scully, M.O., Englert, B.G., and Walther, H. (1991). Quantum optical tests of complementarity, Nature 351 (6322), 111–116.


A while back we had to do some usability testing, but didn't have much of a budget. We ended up getting it done with a setup that was new for me.
I was accustomed to having an expensive lab with one-way mirrors and video cameras to watch and record the user as he/she interacts with the application under test.
Instead, we used a plain, small conference room for the tester. The tester's computer was hosting a pcAnywhere session. And, the room had a speakerphone on.
In a larger conference room, the observers watched the test screen through a pcAnywhere session projected on the wall, and listened in on the speakerphone.
I was very pleased with the results. It all seemed to work well, and was an effective, inexpensive alternative to a real usability lab, IMHO. I plan to use this setup again.


From making coffee to baby-siting, your TV can do it all. And making it happen is a relatively new kid on the super high-tech block of smart homes. SmartHomy is a consumer electronics start-up based out of Chile and Bangalore. It is working on bringing a first-of-its-kind smart home device, the "Homy Player" to India this year.
Home automation isn't new, but what is new is that the estimated market sizefor home automation products in India is likely to reach a whopping Rs. 8,800 crore ($ 1.3 billion approximately) in 2017.
"The Homy Player owners will be able to connect this device to their existing TV though HDMI port and they will be able to control, monitor, turn lights or coffee maker on/off, arm the security system, check their baby camera, while watching their favourite movie, streaming TV, enjoying thousands of apps, or playing X-Box like games in the comfort of their living room," says Bangalore boy and SmartHomy co-founder, Amit Surana.
SmartHomy is a vision of the founding member Orlando Jerez who is from Chile. The research and development started in a small town in the south of Chile in 2016. The company quickly started looking for disruptive engineers to make products that could change people's lives. Surana was involved in Home automation, and joined Orlando to become co-founder of the company, and started the Indian arm to focus on the growing market here.
For SmartHomy, the main challenge so far has been to create a singular, easy-to-use device that could unify all the gadgets in a residence. "We began with the production of our first home automation controller, named "Homy Player", which will be the world's first dedicated home automation controller powered by Android TV," says Surana. The product will be launched around the world in the third quarter of 2017.
SmartHomy uses Z-Wave protocol for its products. In plain speak, Z-Wave is a protocol used to wirelessly control home automation products like automated windows, lights, HVAC, pool settings, garage doors, etc. There are more than 1,700 certified Z-Wave products, and about 50 million active devices on the planet, ensuring a wide range of applicability.
Globally, companies such as Fibaro, Vera and Zipato have been quick to log on to this phenomena. In India, other companies such as Noida based Oakter, Bengaluru-based Thasmai, Gurgaon-based Home Brain, etc, have been working on different aspects of smart homes in the recent years.
Truly, home is now where the smartest gadgets are.


Name:Baseus Digital Display QC+PPS Dual Quick Charger Car Charger 65W
Color:Light Tarnish/Dark Gray
USB output:4.5V/5A; 5V/4.5A; 5V/3A; 9V/3A; 12V/2.5A; 20V/1.5A Max.
Type-C output:5V/3A; 9V/3A; 12V/3A;15V/3A; 20V/3.25A Max.
Total Output:18W+45W (63W)
Not support Samsung PPS 45W
65W Full Speed-Charge Your Phone and Laptop Together
QC+PPS dual quick charging
With Dual Output, One Charger is Enough
Supports PD and QC fast charging at the same time with a single car charger
65W Rapid Charge
Supports notebook fast charging so you can easily process urgent documents
Single port output: Type-C：65W USB：30W
Dual charging: Type-C+USB：45W+18W(63W)
Charge Up to 60% in 30 Minutes
Dual-channel car charger simultaneous charging: Charge up to 60% in 30 minutes
Old car chargers simultaneous charging: Charge up to 20% in 30 minutes
Charge 2 Devices Without Getting Hot
Digital display dual-channel car charger: Improved transformer efficiency and controlled heat so you can charge with confidence
Inferior charger: Cools down slowly, with safety hazards
Translucent Design Cool Streamer Light
Get an outside-in look at high-precision engineering with a futuristic feel.
Intelligent Digital Display Battery Voltage Monitoring
Below 11.6V: Low voltage – Please check
11.6V-12.8V: Normal voltage when not started
11.6V-14.8V: Normal voltage after startup
Below 23.2V: Low voltage – Please check
23.2V-25.6V: Normal voltage when not started
23.2V-27.2V: Normal voltage after startup
Work with Car from 12V to 24V
Suitable for both cars & trucks’sockets
Firmly plugged in, continuous charging on bumpy mountain roads.
Standard model: Digital display car charging
Package combination:Digital display car charging+ Type-C to Type-C 100W quick charge cable 1m
100W Fast Charging Cable Unleash Your Full Potential
Contains E-Mark chip, supports laptop fast charging
*Charging cable only comes with combo kit
There are no reviews yet.


Images References :
The world of board games has evolved significantly over the years, with the introduction of electronic table versions that provide a modern twist to classic and new games alike. These electronic board games elevate the gaming experience by incorporating digital features, interactive displays, and even artificial intelligence (AI) components.
Electronic board games offer several advantages over traditional board games. They can streamline gameplay, simplify setup and cleanup, and provide automated features that enhance the overall gaming experience. Additionally, some electronic board games incorporate educational elements, making them a valuable tool for learning and skill development.
Whether you’re a seasoned board game enthusiast or new to the hobby, electronic board games offer a unique and engaging way to enjoy your favorite pastimes. Let’s delve into the fascinating world of electronic board games and explore the features and benefits they bring to the gaming table.
board games electronic table
Electronic board games bring a modern twist to classic and new games alike, offering a range of benefits that enhance the gaming experience.
- Interactive Displays:
- Automated Features:
- Educational Potential:
These features make electronic board games a great choice for families, friends, and gamers of all ages.
Electronic board games often feature interactive displays that bring the game to life. These displays can range from simple LED lights to high-resolution touchscreens.
Interactive displays in electronic board games can serve various purposes:
- Visual Representation: They can display game information, such as scores, player positions, and game status. This enhances the gaming experience by providing a clear and engaging visual representation of the game.
- Touch Interaction: In some electronic board games, players can interact with the display directly. They can touch or swipe the screen to control their game pieces, make moves, or access game menus. This touch interaction adds a new level of engagement and immersion to the game.
- Animation and Graphics: Interactive displays allow for the incorporation of animations and graphics that enhance the game’s theme and atmosphere. These visual elements can bring the game world to life and create a more immersive gaming experience.
- Game Feedback: Interactive displays can provide feedback to players during gameplay. For example, they can display messages or animations to indicate successful moves, failed attempts, or special events in the game.
Overall, interactive displays in electronic board games enhance the gaming experience by providing visual representation, touch interaction, animations, and game feedback.
Electronic board games often incorporate automated features that streamline gameplay and enhance the overall gaming experience.
- Dice Rolling:
Electronic board games often have built-in dice rollers that eliminate the need for physical dice. This feature ensures fair and random dice rolls, speeding up gameplay and reducing the potential for disputes.
- Turn Tracking:
Electronic board games can automatically track the turn order of players. This feature prevents players from forgetting whose turn it is and ensures smooth transitions between turns.
Some electronic board games incorporate a timer that adds an element of excitement and strategy to the game. Players have a limited amount of time to make their moves, which encourages quick thinking and decision-making.
Electronic board games can automatically keep track of player scores. This feature eliminates the need for manual scorekeeping, reducing the risk of errors and disputes.
Overall, automated features in electronic board games enhance the gaming experience by streamlining gameplay, ensuring fair play, and reducing the need for manual tasks.
Electronic board games can offer educational benefits, making them a valuable tool for learning and skill development.
- Cognitive Skills:
Electronic board games can help players develop cognitive skills such as problem-solving, strategic thinking, and decision-making. Players need to analyze the game state, consider different options, and make informed choices to succeed.
- Math Skills:
Many electronic board games incorporate math elements, such as counting, addition, subtraction, and multiplication. By playing these games, children can practice and improve their math skills in a fun and engaging way.
- Language Skills:
Electronic board games that involve wordplay or storytelling can help players expand their vocabulary and improve their language skills. Reading instructions, understanding game rules, and communicating with other players can all contribute to language development.
- Social Skills:
Electronic board games that involve multiple players can help players develop social skills such as cooperation, communication, and turn-taking. Players learn to interact with each other, negotiate, and work together to achieve a common goal.
Overall, electronic board games can provide a fun and engaging way for players of all ages to learn and develop important skills.
Here are some frequently asked questions about electronic board games:
Question 1: What are the benefits of electronic board games over traditional board games?
Answer 1: Electronic board games offer several benefits over traditional board games, including interactive displays, automated features, educational potential, and the ability to save and resume games.
Question 2: Are electronic board games suitable for all ages?
Answer 2: Electronic board games can be suitable for all ages, depending on the specific game. Some games are designed for younger children, while others are more appropriate for older children and adults.
Question 3: Do electronic board games require batteries or an external power source?
Answer 3: Most electronic board games require batteries or an external power source, such as an AC adapter. The specific power requirements will vary depending on the game.
Question 4: Can electronic board games be played by multiple players?
Answer 4: Many electronic board games support multiplayer gameplay, allowing multiple players to compete against each other or work together cooperatively.
Question 5: Are electronic board games more expensive than traditional board games?
Answer 5: Electronic board games can vary in price, but they are generally more expensive than traditional board games due to their electronic components and features.
Question 6: How do I choose the right electronic board game?
Answer 6: When choosing an electronic board game, consider factors such as the age and skill level of the players, the type of game (e.g., strategy, puzzle, trivia), and the desired features (e.g., interactive display, automated features, educational potential).
Overall, electronic board games offer a range of benefits and can be a great choice for families, friends, and gamers of all ages.
Now that you have a better understanding of electronic board games, here are some tips for getting the most out of your gaming experience:
Here are some practical tips for getting the most out of your electronic board game experience:
Tip 1: Read the instructions carefully:
Before you start playing, take the time to read the game instructions thoroughly. This will help you understand the rules, objectives, and gameplay mechanics. It’s also a good idea to familiarize yourself with the electronic components and features of the game.
Tip 2: Choose the right game for your audience:
When selecting an electronic board game, consider the age and skill level of the players. Some games are designed for younger children, while others are more suitable for older children and adults. Additionally, choose a game that matches the interests and preferences of the players.
Tip 3: Set up the game properly:
Make sure you set up the game correctly according to the instructions. This includes placing the game board, pieces, and electronic components in their designated positions. Proper setup will ensure a smooth and enjoyable gaming experience.
Tip 4: Utilize the electronic features:
Electronic board games often incorporate interactive displays, automated features, and educational components. Take advantage of these features to enhance your gaming experience. For example, use the interactive display to track scores, view game status, and access special features.
By following these tips, you can ensure that you and your fellow players have a fun and memorable electronic board game experience.
In conclusion, electronic board games offer a range of benefits and can be a great choice for families, friends, and gamers of all ages. With their interactive features, automated functions, and educational potential, electronic board games provide a modern and engaging way to enjoy classic and new games alike.
Electronic board games have revolutionized the way we play and enjoy board games. They offer a range of benefits and features that enhance the gaming experience, including interactive displays, automated features, educational potential, and the ability to save and resume games.
Electronic board games are suitable for players of all ages and skill levels. They can be a great way for families and friends to spend quality time together, learn new skills, and create lasting memories.
Whether you’re a seasoned board game enthusiast or new to the hobby, electronic board games offer a unique and engaging way to enjoy your favorite pastimes. With their modern features and innovative gameplay mechanics, electronic board games are sure to provide hours of entertainment and enjoyment.


Tokyo, Japan – January 10, 2024 - JSR Active Innovation Fund LLC (Executive Officer : Yutaka Yoshimoto, "JSR-AIF"), an investment subsidiary of JSR Corporation (CEO and President: Eric Johnson, “JSR”), announces that it has made an investment in Aillis, Inc. (CEO: Sho Okiyama, “Aillis").
JSR-AIF participated in the Series D financing of Aillis for the purpose of raising funds to accelerate research and development of AI (artificial intelligence) medical devices, sales, and marketing promotion. JSR-AIF invests globally in startups with a focus on digital technology.
Aillis is a startup that uses AI technology to develop AI medical devices that digitally reproduce the techniques of skilled doctors. Aillis has developed the "nodoca®" influenza examination device, which can assist in making diagnoses by examining the throat. The diagnosis of influenza based on throat imaging and medical information using nodoca® has been covered by Japanese insurance since December 1, 2022 and has been well received as a less stressful method of medical examination for patients. JSR sees alignment with Aillis' technology and mission to solve social problems.
JSR will continue to create new value for society through future strategic investments by JSR-AIF and by combining the innovative technologies and business models created by startups with the accumulated knowledge and experience of JSR.
Business： Development, manufacture and sale of medical devices using AI technology, and R＆D of AI technology.
Web site： https://www.aillis.jp/


April 13, 2015
Sarus Technology is the key participant of RFID seminar organized by GS1 Azerbaijan.
GS1 Azerbaijan hosted the seminar dedicated to applications and developments in RFID technology. The event was aimed at the representatives of various industry verticals, including retail, libraries and archives, oil and gas, government and others.
Sarus Technology, representing Nordic ID, the leading manufacturer of data collection equipment, took part in the event as the expert speaker. RFID products from Nordic ID have been earlier tested by GS1 Azerbaijan specialists and were greatly appreciated for their high performance and usability. During the seminar any of the attendees could explore RFID solutions by Nordic ID in action on the display stand.
News @ GS1 AZ (Russian)


The latest technology in digital cellular communication and data transmission is 5G. Real estate issues that were created during the infancy of cellular communication via the construction of cell towers and antenna installation are now being re-visited (and expanded) as the 5 G network is installed across the country. The panel will discuss the ramifications of this technology in Maryland with an emphasis on its impact on real estate development and related issues.
Bill Jorch (Manager, The Maryland Municipal League)
Gregory Rapisarda, Esq. (Saul Ewing, Arnstein & Lehr)
Moderator: Lawrence Schmidt, Esq., Smith, Gildea & Schmidt, LLC


Three year PhD (2013-2016)
An investigation into the potential of intelligent textiles to convey emotional responses in ways that are personalisable, responsive and unique.
Three year PhD (2013-2016)
Amit Gupta – PhD Researcher
Frances Joseph – Primary Supervisor
Mark Stefan – Secondary Supervisor
This research will engage with advanced materials, digital information-processing technology and new design methodologies to create emotionally intelligent textiles which can express, signal and strengthen notions of identity.
While there is a growing body of research and development of smart functional textiles for biomonitoring and other health and medical applications, there are opportunities for the development of expressive textiles that can sense, communicate and respond to emotions (Baurley, 2004). There is still limited research being conducted in relation to this particular field of design application.
This PhD research will focus on exploring the responsive, creative and communicative potential of sensitive textiles. While the outcomes of this research may be useful for specific applications such as assisting disabled people to better communicate emotion, the project will engage with more fundamental research exploring the technologies and affects of integrated fibretronic sensing and presentation. E-textile development challenges the way designers and technologists think, requiring a bridging between them to create new trans-disciplinary approaches (Van Langenhove, 2007).
While Amit brings professional experience in knit design and production, the project will involve consultation and collaboration with electronics engineers, computer scientists and cognitive scientists. This will contribute to a growing area of research at the Textile and Design Lab at AUT and support cross Faculty research.
Nationally, AUT has the potential to lead New Zealand in the area of e-textiles with this project contributing to this growing profile. Smart textile applications are becoming conceptually and aesthetically more sophisticated. A range of traditional textile techniques are now being extended and used in the production of smart textiles, including knit. While there are particular problems to be addressed in developing smart knitted textiles (Solemani, 2008) the medium offers a number of advantages that warrant further research and application. Soft, flexible and easy to wear, knits are versatile. The comfort and fit offered by knitted garments is unparalleled. Knitting technology has advanced considerably during the past two decades with the introduction of new knit structures, use of new, modified yarns and development of versatile knitting equipment.
Today, the integration of knitting technology and garment design concept is leading to the development of intelligent clothing. For different intelligent clothing applications, different knit structures can be chosen to suit confining pressure and conductivity requirements. Conductive knitted fabric of specific stitches can be innovatively used as powerful devices for intelligent uses, such as monitoring sensors and heat generators. More research is needed into the improvement of mechanical and electrical properties of conductive yarns and knitting structures, to provide a reliable alerting system that can withstand a minimum wash cycle.
- Ouwerkerk, Martin (2011). Unobtrusive Emotions Sensing in Daily Life. In Sensing Emotions Pp. 21–39. Springer. Accessed November 20, 2013.
- Uğur, Seçil 2013, Wearing Embodied Emotions: A Practice Based Design Research on Wearable Technology. SpringerBriefs in Applied Sciences and Technology, PoliMI SpringerBriefs. Milan ; New York: Springer.


The development of analytical instrumentation over the past 30–40 years has allowed us not only to detect trace metals at the parts per quadrillion (ppq) level, but also to know its valency state, biomolecular form, elemental species, and isotopic structure. We take for granted all of the powerful and automated analytical tools we have at our disposal to carry out trace elemental studies on clinical and environmental samples. Accurate analysis at trace levels, however, was not always so easy. As recently as the early 1960s, trace elemental determinations were predominantly carried out by traditional wet chemical methods such as volumetric, gravimetric, or colorimetric assays. It wasn’t until the development of atomic spectroscopic (AS) techniques, in the early to mid-1960s, that the clinical community realized that they had a highly sensitive and diverse trace element technique that could be automated. Every time there was a major development in AS, trace element detection capability, sample throughput, and automation dramatically improved (1). There is no question that developments and recent breakthroughs in atomic spectroscopy have directly affected our understanding of the way trace metals interact with the human body.