Review of the TP-Link Smart plug and short tutorial!

Here’y my quick review of the TP-Link Smart plug!
No Hub Required, Wi-Fi, controls your devices from Anywhere, works with Amazon Alexa (HS100).
https://www.amazon.com/TP-Link-Required-Control-Anywhere-HS100/dp/B0178IC734

You will need the kasa app (TP link software) for your phone and enable the corresponding “Smart Home Skill” on your alexa (also Kasa by TP-Link).

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Developing Bluetooth Smart Applications for Android Tutorial

00:30 – Bluetooth GATT Basics
04:01 – DEMO: Android GATT Central Application
24:11 – Bluetooth LE Broadcasters
25:49 – DEMO: Android LE Observer Application

Dave Smith, NewCircle instructor and Sr. Android Engineer at Double Encore will talk about Bluetooth LE API’s, and show you how easy it is to add some really interesting capabilities to mobile applications using this technology.

Android Training from NewCircle: http://crcl.to/t1pva

**Transcript & additional resources: http://crcl.to/smart

**More about the hardware accessories used in this video: http://www.kstechnologies.com/
**More info on Double Encore’s app development services: http://www.doubleencore.com/

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London’s Gatwick Airport presently has 2,000 beacons for in-house navigation

Complex in-house environments similar to air-ports and department stores can be quite a bad dream to find your way around. And while Google is thinking of getting mobile phones with 3D detectors as one possible solution for places GPS won’t correctly reach, another approach is to kit out an interior with lots of Bluetooth beacons – giving smartphone users located-locked pings to fix onto to know where they’re.

The UK’s second busiest airport, Gatwick, has opted for the second approach to power an indoor navigation system it’s launching as part of a wider, multi-year transformation program.

It’s right now finished providing its two terminals with roughly 2 Thousand battery-powered beacons to make certain that digital map users will get a more precise blue dot as they wander around. The beacon system will also be employed to power an augmented reality wayfinding tool – to make sure that mobile users can be guided to specific locations within the terminals via on-screen arrows. The beacon system is planned as backing up positioning with +/-3m precision.

Gatwick is preparing to integrate indoor positioning into some of its apps, and says it’s in discussions with airlines to tap into it for their own apps and services – giving instance of them being able to send push notifications to advise travelers if they’re running late, or even make a decision on whether or not to wait or offload luggage so an aircraft can take off on time.

Merchants and other third parties will also be able to use the system for proximity detection of potential consumers and push marketing messages – at a minimum to those who’ve opted in to receive them.

Gatwick says it won’t be gathering any private information with the beacons but says “generic information on ‘people densities’ in different beacon zones” will be employed to help improve airport operations – such as queue measurement, streamlining passenger flows and bringing down congestion.

The airport has worked with UK startup Pointr on the system. Along with developing software and managing the system on an ongoing basis, Pointr is providing an SDK with support for 3D AR wayfinding to allow third parties to take advantage of the functionality.

In accordance with https://techcrunch.com/2017/05/25/gatwick-airport-now-has-2000-beacons-for-indoor-navigation/

Getting started with iBeacons – Swift Tutorial

In this tutorial, we’ll be creating our first Swift app which interacts with iBeacons. These bluetooth-powered proximity sensors allow us to tell when a device is near or far away from a sensor – and we’ll be creating a little app that updates whenever a beacon is within range.

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UK’s Gatwick Airport presently has 2,000 beacons for indoor navigation

Sophisticated indoor environments for example, airports and department stores is usually a problem to find your way around. And even though Google is eyeing smartphones with 3D detectors as one prospective solution for places GPS won’t precisely reach, another approach is to kit out an interior with loads of Bluetooth beacons – giving cell phone users located-locked pings to fix onto to learn where they’re.

The UK’s second busiest air-port, Gatwick, has opted for the second way to power an indoor navigation system it’s launching as a part of a bigger, multi-year transformation program.

It’s presently completed providing its two terminals with roughly 2 Thousand battery-powered beacons guaranteeing that digital map users will get a more precise blue dot as they wander around. The beacon system will likewise be used to power an augmented reality wayfinding tool – to ensure that mobile users will be able to be guided to a particular locations in the terminals with on-screen arrows. The beacon system is scheduled as backing up positioning with +/-3m accuracy.

Gatwick is going to integrate indoor positioning into some of its apps, and says it’s in discussions with airlines to make use of it for their own apps and services – giving demonstration of them the ability to send push notifications to advise travellers if they’re running late, or even consider whether or not to wait or offload luggage so an aircraft can take off promptly.

Retail stores and other third parties will likewise be able to use the system for proximity detection of potential customers and delivery advertising messages – as a minimum to those who have opted in to receive them.

Gatwick says it certainly won’t be obtaining any private information with the beacons but says “generic information on ‘people densities’ in different beacon zones” will be utilized to help to improve airport operations – like queue measurement, streamlining passenger flows and bringing down congestion.

The airport has worked with UK startup Pointr on the system. In addition to developing software and managing the system on an ongoing basis, Pointr is providing an SDK with support for 3D AR wayfinding to enable third parties to tap into the functionality.

Founded upon https://techcrunch.com/2017/05/25/gatwick-airport-now-has-2000-beacons-for-indoor-navigation/

Android: A BLE Scanner App Part 1

Walking through the template code!

Link to the GIT Repo: https://github.com/kaviles/BLE_Tutorials

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London’s Gatwick Airport presently has 2,000 beacons for in-house navigation

Sophisticated in-house environments such as airports and shopping malls can be a nightmare to find your way around. And while Google is seeking smartphones with 3D detectors as one potential fix for places GPS won’t correctly reach, another approach is to kit out an interior with a whole lot of Bluetooth beacons – giving mobile phone users located-locked pings to fix onto to recognise where they are.

The UK’s second busiest airport, Gatwick airport, has chosen the second method to power an indoor navigation system it’s launching as a section of a broader, multi-year transformation program.

It’s finally finished providing its two terminals with about 2,000 battery-powered beacons to ensure that digital map users will get a more precise blue dot as they wander around. The beacon system will also be utilized to power an augmented reality wayfinding tool – guaranteeing that mobile users can be guided to specific locations within the terminals using on-screen arrows. The beacon system is slated as supporting positioning with +/-3m accuracy.

Gatwick is planning to integrate indoor positioning into some of its mobile apps, and says it’s in discussions with airlines to take advantage of it for their own mobile apps and services – giving demonstration of them being able to send push notifications to notify individuals if they’re running late, or even settle on whether or not to wait or offload luggage so an aircraft can take off promptly.

Merchants and other third parties will also be able to use the system for proximity detection of potential buyers and push marketing and advertising messages – as a minimum to those who’ve signed up to receive them.

Gatwick says it certainly won’t be collecting any sensitive information through the beacons but says “generic information on ‘people densities’ in different beacon zones” will be used to help improve airport operations – like queue measurement, streamlining passenger flows and minimizing blockage.

The airport has worked with UK startup Pointr on the system. Along with developing software and managing the system on an ongoing basis, Pointr is providing an SDK with support for 3D AR wayfinding to allow third parties to get into functionality.

Dependent on https://www.techcrunch.com/2017/05/25/gatwick-airport-now-has-2000-beacons-for-indoor-navigation/

ESP32 #6: BLE / Bluetooth iBeacon implementation

ESP32 implementing an iBeacon example

iBeacon:
https://developer.apple.com/ibeacon/Getting-Started-with-iBeacon.pdf
https://developer.mbed.org/blog/entry/BLE-Beacons-URIBeacon-AltBeacons-iBeacon/

Bluetooth:
https://www.bluetooth.org/en-us/specification/assigned-numbers/generic-access-profile

Sourcecode:
https://github.com/pcbreflux/espressif/tree/master/esp32/app/ble_app_ibeacon

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London’s Gatwick Airport now has 2,000 beacons for in-house navigation

Complex in-house environments for instance, air-ports and departmental stores is often a pain to find your way around. And even though Google is seeking phones with 3D detectors as one prospective fix for places GPS won’t correctly reach, another approach is to kit out an interior with quite a lot of Bluetooth beacons – giving smartphone users located-locked pings to fix onto to recognise where they are.

The UK’s second busiest airport, Gatwick, has went for the latter method to power an indoor navigation system it’s launching as a section of a larger, multi-year transformation program.

It’s now finished kitting out its two terminals with around 2,000 battery-powered beacons to make certain that digital map users will get a more exact blue dot as they stroll around. The beacon system will likewise be employed to power an augmented reality wayfinding tool – so that mobile users can be guided to precise locations in the terminals using on-screen arrows. The beacon system is slated as backing up positioning with +/-3m accuracy.

Gatwick is intending to integrate indoor positioning into some of its mobile apps, and says it’s in discussions with airlines to utilize it for their own mobile apps and services – giving example of them being able to send push notifications to warn people if they’re running late, or even make a decision on whether or not to wait or offload luggage so an airplane can take off punctually.

Retail stores and other third parties will likewise be able to use the system for proximity detection of potential clients and push promoting messages – as a minimum to those who have opted in to receive them.

Gatwick says it won’t be gathering up any personal data with the beacons but says “generic information on ‘people densities’ in different beacon zones” will be employed to assist in improving airport operations – for instance, queue measurement, streamlining passenger flows and lessening traffic jam.

The airport has worked with UK startup company Pointr on the system. And also developing software and managing the system on an ongoing basis, Pointr provides an SDK with support for 3D AR wayfinding to enable third parties to access the functionality.

Founded upon https://www.techcrunch.com/2017/05/25/gatwick-airport-now-has-2000-beacons-for-indoor-navigation/

Coming Soon: vSpace Pro 10

NComputing introduces vSpace Pro 10, a new management platform for your desktop virtualization environment. Optimize capabilities while on the go or centrally monitor devices with integrated premium features and cloud services. Make real-time decisions to always be in control of your workplace!

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Windows 10 PC on the Raspberry Pi: NComputing rolls out $99 RX300 Computer

Official introduction: https://www.ncomputing.com/en/products/rxseries

The RX300 thin client is going to be offered to firms from the end of this month.

A thin client is a compact personal computer that is purpose-built for remoting into a server (generally cloud or desktop virtualization environments). It is dependent a great deal upon yet another computer (its server) in order to satisfy its computational jobs. This is dissimilar to a traditional desktop PC (fat client), which is a computer which is designed to handle these tasks independently. The specific roles assumed by the server could differ, from hosting a shared set of virtualized applications, a shared desktop stack or virtual desktop, to data processing and file storage on the client’s or user’s behalf.

NComputing has presented a Windows thin client built on the $35, charge card-scale Raspberry Pi 3 Model B.

The RX300 thin client provides you with use of a range of Windows desktops, which include Windows 10, which are streamed from a central machine by NComputing’s vSpace Pro 10 desktop virtualization program.

The software allows firms to provision a centrally managed Windows desktop to many hundreds of RX300 clients.

NComputing claims its vCAST streaming technology makes it possible for full-screen playback of full HD local or on-line video on the clients, without the demand for the central servers to own a dedicated GPU. Still, subscription to this vCast technology is only incorporated for half a year after buying the RX300.

Every thin client has 4 USB v 2.0 ports, with full USB re-direction and server-end device drivers to present support for a collection of peripherals.

The $99 RX300, which is made for schools and SMBs, can be run as a thin client to access a virtual Windows desktop or as a local Raspberry Pi PC, running the Pi’s official Linux-based Raspbian Operating-system.

NComputing says the thin clients are built to be rather simple to set up and receive updates from vSpace Pro 10 servers on auto-pilot.

Young Song, NComputing chief executive officer, explained he made a decision to base the client upon the Raspberry Pi 3 as a consequence of board’s affordable price and transportability.

Each RX300 is provided along with a cost-free 1 year connection license to vSpace Pro 10, with each subsequent year charging $49 for each consumer.

NComputing’s vSpace Pro 10 has the ability to stream a Windows desktop to an individual client from Windows 7, 8.1 or 10 or maybe Windows Server. To stream a desktop to different clients, vSpace Pro 10 has to be running on Windows Server 2016, Windows Server 2012 R2 U1, Windows Server 2012, Windows Server 2008 R2 SP1, Windows Multipoint Server 2011 or Windows Multipoint Server 2012-the enterprise should also purchase the suitable Microsoft client access licenses.

The NComputing RX300 series is going to be available to buy all over the world in late February through shops.

The RX300 is not the very first thin client to be introduced founded upon the best-selling Raspberry Pi. Last year Citrix and ViewSonic released the $119.99 SC-T25 Raspberry Pi 3 Thin Client.

RX300 Capabilities Datasheet

ncomputing-rx300-features-hardware-components-datasheet

source: https://ncomputing.box.com/shared/static/rj90aks7gk03nobowns86skj5o8omtig.pdf

Part 2: vSpace Console Tutorial

In-depth breakdown of NComputing’s vSpace Console, its features and a how-to-use guide

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Windows 10 PC on the Raspberry Pi: NComputing unveils $99 RX300 Computer

Official introduction: https://www.ncomputing.com/en/products/rxseries

The RX300 thin client is going to be available to firms from the end of this month.

A thin client is a lightweight personal computer that is purpose-built for remoting into a server (in most instances cloud or desktop virtualization environments). It relies a great deal on another computer (its server) in order to reach its computational roles. This is distinctive from a normal desktop computer (fat client), which is a PC which is designed to take on these functions on it’s own. The specific roles assumed by the server can vary, from hosting a shared set of virtualized applications, a shared desktop stack or virtual desktop, to data processing and file storage on the client’s or user’s behalf.

NComputing has unveiled a Windows thin client built around the $35, bank card-scale Raspberry Pi 3 Model B.

The RX300 tiny computer provides you with use of several different Windows desktops, which include Windows 10, which can be streamed from a central machine by NComputing’s vSpace Pro 10 desktop virtualization software program.

The software allows firms to supply a centrally managed Windows desktop to hundreds of RX300 clients.

NComputing says its vCAST streaming technology allows full-screen playback of full HD local or web-based video on the clients, without the necessity for the central servers to use a premium graphics processing unit. On the other hand, membership to this vCast technology is only incorporated for six months time after buying the RX300.

Every thin client has four USB v 2.0 ports, with full USB redirection and server-end device drivers to offer support for a array of peripheral devices.

The $99 RX300, which is intended for institutions and small middle businesses, can be run as a thin client to access a virtual Windows desktop or as a local Raspberry Pi PC, running the Pi’s official Linux-based Raspbian Operating system.

NComputing declares the thin clients are designed to be straight forward to manage and receive updates from vSpace Pro 10 servers on auto-pilot.

Young Song, NComputing CEO, claimed he made a decision to base the client upon the Raspberry Pi 3 as a consequence of board’s cost-effectiveness and mobility.

Each RX300 is provided included with a free 1 year connection license to vSpace Pro 10, with each subsequent year pricing $49 a customer.

NComputing’s vSpace Pro 10 is able to stream a Windows desktop to a single client from Windows 7, 8.1 or 10 or even Windows Server. To stream a desktop to various clients, vSpace Pro 10 ought to be running on Windows Server 2016, Windows Server 2012 R2 U1, Windows Server 2012, Windows Server 2008 R2 SP1, Windows Multipoint Server 2011 or Windows Multipoint Server 2012-the company also has to buy the suitable Microsoft client access licenses.

The NComputing RX300 series is going to be available to buy all over the world in late February through shops.

The RX300 isn’t the very first thin client to be released founded upon the best-selling Raspberry Pi. Not too long ago Citrix and ViewSonic released the $119.99 SC-T25 Raspberry Pi 3 Thin Client.

RX300 Features Datasheet

ncomputing-rx300-features-hardware-components-datasheet

source: https://ncomputing.box.com/shared/static/rj90aks7gk03nobowns86skj5o8omtig.pdf

Instalação do Ncomputing Vspace X350 X550 dicas testes

Mais um serviço técnico prestado por nossa empresa, trata-se da instalação,configuração e suporte técnico para os sistemas da Ncomputing no Brasil, os terminais virtuais ótimos para escolas,lan houses e outras empresas que buscam praticidade e economia.

Aqui fazemos os testes dos Modelos X350 e X550 instalados no Windows, mas o sistema também aceita ser instalado no LINUX. Contrate nosso serviço, compre os kits no mercado e adquira a instalação e suporte técnico conosco, atendemos em todo Brasil!

LEIA MAIS AQUI:
http://www.esijmjg.com.br/2016/01/ncomputing-x350-x550-vspace-instalacao.html

Não vendemos produtos, prestamos serviços com técnica e inteligência.

(0X11) 2308-4673 www.esijmjg.com.br ou www.esijmjg.com

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Windows 10 PC on the Raspberry Pi: NComputing roll-outs $99 RX300 Computer

Official intro: https://www.ncomputing.com/en/products/rxseries

The RX300 thin client is going to be available to firms from the end of this month.

A thin client is a light and portable desktop PC that is purpose-built for remoting into a server (in most cases cloud or desktop virtualization environments). It depends greatly on yet another computer (its server) in order to meet its computational functions. This is distinct from a typical desktop computer (fat client), which is a PC meant to take on these functions on it’s own. The specific roles assumed by the server can vary greatly, from hosting a shared group of virtualized applications, a shared desktop stack or virtual desktop, to data processing and file storage on the client’s or user’s behalf.

NComputing has introduced a Windows thin client built around the $35, charge card-sized Raspberry Pi 3 Model B.

The RX300 thin client brings access to quite a few Windows desktops, for example, Windows 10, which are streamed from a central machine by NComputing’s vSpace Pro 10 desktop virtualization software.

The software allows firms to offer a centrally operated Windows desktop to hundreds of RX300 clients.

NComputing promises its vCAST streaming technology allows for full-screen play-back of 1080p FHD local or on-line video on the clients, without the demand for the central servers to possess a superior GPU. In spite of this, membership to this vCast technology is only provided for half a year after buying the RX300.

Every single thin client has four USB version 2.0 ports, with full USB redirection and server-end device drivers to provide support for a selection of add-ons.

The $99 RX300, which is designed for schools and small middle businesses, can be run as a thin client to get into a virtual Windows desktop or as a local Raspberry Pi PC, running the Pi’s official Linux-based Raspbian Operating system.

NComputing states the thin clients are intended to be straightforward to set up and receive updates from vSpace Pro 10 servers routinely.

Young Song, NComputing chief executive officer, claimed he chose to base the client on the Raspberry Pi 3 considering the board’s affordability and portability.

Each and every RX300 arrives bundled with a cost-free twelve months connection license to vSpace Pro 10, with each subsequent year charging $49 per user.

NComputing’s vSpace Pro 10 can easily stream a Windows desktop to a single client from Windows 7, 8.1 or 10 or possibly Windows Server. To stream a desktop to various clients, vSpace Pro 10 needs to be running on Windows Server 2016, Windows Server 2012 R2 U1, Windows Server 2012, Windows Server 2008 R2 SP1, Windows Multipoint Server 2011 or Windows Multipoint Server 2012-the corporation also has to pay money for the appropriate Microsoft client access licenses.

The NComputing RX300 series is going to be available all over the world in late February through resellers.

The RX300 is not the 1st thin client to be introduced based on the excellent Raspberry Pi. In 2016 Citrix and ViewSonic presented the $119.99 SC-T25 Raspberry Pi 3 Thin Client.

RX300 Functions Datasheet

ncomputing-rx300-features-hardware-components-datasheet

source: https://ncomputing.box.com/shared/static/rj90aks7gk03nobowns86skj5o8omtig.pdf

Tutorial Eagle PCB – Thermometer LCD

Ini adalah rangkaian thermometer LCD yang sensornya merupakan sensor analog dan saya berikan konektor terminal kabel sebagai penghubung.
Download dan penjelasan di : http://duwiarsana.com

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Eagle PWB Design With Matt Berggren

pcb-design

Eagle is a household good reputation for more or less all Hackaday regulars. Here is the time to be familiar with impending features, have your ‘how do I do this in Eagle?’ questions solved, and get your wishlist items heard. Come along on Friday at 12:00 PST for a live Hack Chat on the subject of the Eagle PWB Design program.

Hosting this week’s conversation is Matt Berggren, best known on Hackaday.io as technolomaniac. Matt is the Director of Autodesk Circuits and with Autodesk’s purchase of Eagle last summer, the well liked schematic design and PWB layout software falls under his purview. He has a thorough qualifications in designing printed circuit boards -if you possible could do it in EDA software package he knows how -this is a very good opportunity to get answered the important questions that were stumping you.

Don’t skip out this Hack Chat! The following is a invaluable internet based application for helping alter 1/13/17 at 12:00 PST to your local area time.

Here’s How you can Engage:

Hack Chat are live community events that happen in the Hackaday.io Hacker Channel. Check out that page (make sure you are logged in) and look for the “Join this Project Button” in the upper right. After you are a member of the Hacker Channel, that button will change to “Team Messaging” which walks you to the Hack Chat.

You don’t have to watch for Friday, join Hack Chat whenever you prefer and see what the community is now going over.

Come Along Next Week Also for KiCad!
Are you a greater portion of a KiCad guy than an Eagle guy? You need to still stop by this week to determine if Matt changes your opinions. But block out your appointments next week when Wayne Stambaugh, among the list of lead developers of KiCad will arise for a Hack Chat on Friday, 1/20/17.

EAGLE Tutorial: Ground Planes with Polygons

Six simple steps to creating ground planes with a polygon pour in EAGLE. More information at: http://www.baldengineer.com/blog/2012/07/25/eagle-ground-plane-polygon-fills/

(Note: my blog use to be cmiyc.com, now it is baldengineer.com.)

Source

Eagle PCB Design With Matt Berggren

pcb-design

Eagle is a house-hold term for virtually all Hackaday regulars. This is your chance to study forthcoming features, have your ‘how do I do this in Eagle?’ questions clarified, and have your wishlist items heard. Come along on Friday at 12:00 PST for a actual time Hack Chat in relation to the Eagle PCB Design software package.

Hosting this week’s conversation is Matt Berggren, commonly known on Hackaday.io as technolomaniac. Matt is the Director of Autodesk Circuits and with Autodesk’s purchase of Eagle last summer, the trendy schematic design and PCB layout software falls under his grasp. He’s got a substantial experience in designing printed circuit boards -if you can do it in EDA software package he knows how -this is actually an incredible opportunity to get addressed the questions which have been stumping you.

Please do not skip out the Hack Chat! And here is a practical online application for helping switch 1/13/17 at 12:00 PST to your local time.

And here is The way to Engage In:

Hack Chat are live community events that happen in the Hackaday.io Hacker Channel. Have a look at that webpage (you should always be logged in) and find the “Join this Project Button” in the top right. Once you are associated with the Hacker Channel, that button will change to “Team Messaging” which brings you to the Hack Chat.

You don’t need to wait for Friday, join Hack Chat any time you prefer and check what the community is currently sharing.

Join Us Next Week As well for KiCad!
Are you even more of a KiCad person than an Eagle person? You should still head to this week to find out if Matt changes your mind. But filter out your schedule next week when Wayne Stambaugh, one of the lead developers of KiCad will come along for a Hack Chat on Friday, 1/20/17.