Pages

Ads 468x60px

jeudi 30 juin 2016

Hacking a rotary phone with an Arduino and a GSM shield

While cleaning out his closet, Instructables user “Acmecorporation” discovered an old rotary telephone. Instead of tossing it away, the Maker decided to give the old-school device some modern-day technology using an Arduino Pro Mini and a SIM900 GSM shield.

Acmecorporation is able to use the aptly named TOWA Phone (There Once Was A Telephone) to make and receive calls, send single DMTF tones, and even program numbers on speed dial. Aside from its classic bell ringer, there’s an RGB LED that indicates GSM status: red for offline, green for online, and blue for an incoming call.

The Maker briefly explains how it works:

To make a phone call you have to pick up the handset and dial the number, that’s all. Terminate call hanging up the handset.

When phone is ringing, pick up the handset to answer. Terminate it hanging up.

If you call to a support center or an office, usually you have to dial numbers to connect a specific department. You can do this because TOWA sends single DMTF tones.

Inside the Arduino script, you can add your favorite telephone numbers and combine it with a specific integer number. For example, I’ve stored my favorites combined with numbers from 1 to 8. So when I pick up the handset and dial 1, it starts a call to my wife. When I dial 2 or 3, it calls one of my sons, and so on.

Although Acmecorporation didn’t design TOWA for everyday use, it has become a permanent fixture on his desk. Do you have a rotary phone lying around? Time to brush off the dust and rig your own!



from Arduino Blog http://bit.ly/29c7lss

11 Myths About Redriver Signal-Conditioning Products

Misconceptions surround the two main types of active signal-conditioning technologies—redrivers and retimers—especially the role of a redriver in a high-speed signal environment.

read more



from Electronic Design http://bit.ly/29iTRKH

Samsung Planning $1.2 Billion Investment in IoT Tech

Samsung Electronics has announced plans to spend $1.2 billion over 4 years for U.S.-based Internet of Things (IoT) RandD and investments. Click here for more.



from Cellular News http://bit.ly/299iqJd

Partner Looking to Build its Own Fixed-Line Network

Israeli mobile network operator, Partner Communications says that it is seeking permission to deploy its own nationwide fixed-line infrastructure using fiber optics. Click here for more.



from Cellular News http://bit.ly/2988SlE

Grab things with an Arduino robotic gripper

Sam Baumgarten and his friend have developed a pretty rad robotic gripper with the help of Arduino and 3D printing. The gripper itself consists of three large hobby servos joined to the fingers with a linkage. The underactuated fingers have a force sensor under each contact point, while the control glove is equipped with tiny vibrating motors at the fingertips. This, of course, provides haptic feedback to ensure that the user doesn’t crush anything–the greater the pressure, the stronger the motors vibrate.

The gripper is mounted to a handle with abrasive tape–the same kind found on staircases and skateboards. The tape is also used on each finger for optimal gripping. A box at the base of the pole houses all of the electronics, which include an Arduino Pro Mini for controlling the addressable LEDs on top, another Arduino for handling the communication and fingers, and a battery for power.

Aside from the vibration motors, the glove features flexible resistors on the back of the fingers, an LED strip for visualization, a breakout board for measuring the resistance from the flex sensors, a battery, an Arduino Uno for processing, and an XBee module for transmitting the signals to the Arduino in the gripper.

If you think this sounds awesome, wait until you see it in action. Baumgartnen has shared a demo of the project, along with a detailed breakdown of his build. Kudos to Hackaday for finding this incredible piece of work!



from Arduino Blog http://bit.ly/297adWk

Intel releases an improved version of the Arduino 101 core!

101

A few weeks ago, an announcement was posted on the Arduino Forum mentioning new improvements on the software side of the Arduino/Genuino 101. With this release, the board–which was developed in collaboration with Intel–is reaching its full potential, with not only better code generation but unlocking useful features to make your sketches even more interactive as well.

You can easily upgrade the core using the Arduino IDE’s Board Manager (pictured below), while Arduino Create users will be automatically updated, so no action is required–the cool thing about the cloud!

Core-package

In more detail:

  • The GCC compiler has been updated to support hardware extensions to the ARC EM core in the Intel® Curie™ module. This provides significant improvements in floating point operations, bit shifting, and other operations to enhance Sketch performance.
  • The Arduino/Genuino 101 platform offers 2MB Flash storage onboard, which is now enabled for user sketches.
  • An experimental driver has been implemented to enable the I2S interface via the CurieI2S library. Connecting the I2S bus to an external DAC (digital to analog converter) allows users to play high-quality music (HiFi).

Other improvements and bug fixes:

  • Motion Sensor: Several sample sketches, like MotionDetection, have been implemented to demonstrate the application of the IMU data
  • Bluetooth LE: Several new examples for BLE peripheral library added
  • IMU: Correct motion detection setting implemented
  • Library CurieTimerOne APIs are now compatible with the TimerOne library

For comprehensive release notes refer to the Intel Open Source Technology Center on GitHub.



from Arduino Blog http://bit.ly/2974rEg

Top 10 Weird And Unusual Tourist Attractions In Estonia

mercredi 29 juin 2016

SK Telecom and Ericsson Demonstrate Software-Defined Infrastructure for 5G

South Korea's SK Telecom announced that it, together with Ericsson, demonstrated for the first time in the world 'Software-Defined Telecommunications Infrastructure (SDTI)' based on Hyperscale Datacenter System 8000 Click here for more.



from Cellular News http://bit.ly/293Z6vR

Grameenphone touches 10,000 3G BTS landmark

Bangladesh's Grameenphone says that it has deployed its 10,000th 3G base station in the country, bringing in around 90% of the population under GP's 3G coverage. Click here for more.



from Cellular News http://bit.ly/29bsxRe

A giant, Arduino-powered scrolling LED sign costs $15/foot

If you’ve ever wanted your own Times Square-like zipper, albeit a little smaller, you’re in luck. That’s because Josh Levine has created a giant scrolling LED display costing around $15 per foot, which consists of an Arduino Uno, a power supply, and seven programmable NeoPixel strips. The Maker also used a few pieces of plywood with a couple of aluminum angles glued to the top and bottom to enhance its sturdiness and appearance.

Equipped with 2,688 RGB pixels, the 12-foot-long sign is capable of showing text at 80 frames per second. Aside from basic scrolling messages, other features include a countdown timer with lookup-based gamma correction, column-by-column color control, custom fonts, sprite graphics with animation, and more.

The build is so simple, that you should be able to figure it out from looking at the pictures. Stick the strips to something, add some power, connect the Arduino data out pins to the strips’ data in pins.

The secret sauce is in the software. You can read about the parallel processing technique used here.

Bigger is better, right? Levine chose this size for his ticker only because it was the longest thing that could make it down his staircase–plus 400-pixels-long gives a refresh rate of 80 frames per second, which is just fast enough for nice animations. That being said, the Maker does note that he’d love to one day build a 100-foot-long sign “if you could find him a long enough surface to mount it on.” Until then, you can see it in action below and read all about the project on its page here.



from Arduino Blog http://bit.ly/296wNxX

Q&A: Addressing the Video Interface Divide

Subra Chandramouli discusses how Lattice’s CrossLink bridges provide a flexible solution for bridging the interface disconnects between image inputs/outputs and applications processors for virtual reality, wearable devices, cameras, etc.

read more



from Electronic Design http://bit.ly/291bmwp

Venduino is a DIY Arduino vending machine

Ryan Bates has built a miniaturized vending machine from scratch using an Arduino Uno, four continuous rotation servos, and a Nokia 5110 LCD. The device, dubbed “Venduino,” includes four input buttons to make a selection, an LED indicator, and a 12V light strips to illuminate the inside of the cabinet. Whether it’s candies, toiletries, game cartridges, or miscellaneous items you’re looking to dispense, the possibilities are endless. Simply insert a coin, choose a product, and repeat.

Sound like something you’d like in your dorm room or cubicle? Bates has shared his code and schematics, and provided a detailed breakdown of his build below.



from Arduino Blog http://bit.ly/294nk9L

Delivering 3D Video for Virtual and Augmented Reality Applications

Why put a single camera on a servo when a half dozen with a compute engine provide a better result?

read more



from Electronic Design http://bit.ly/294lEwS

Delivering 3D Video for Virtual and Augmented Reality Applications (.PDF Download)

Remember when digital cameras were big, bulky, and expensive? Getting a single camera to provide wider visual coverage often entailed multiple servos. Getting one to provide a stable image while flying around...

Register or sign in below to download the full article in .PDF format, including high resolution graphics and schematics when applicable.



from Electronic Design http://bit.ly/293Dxj5

What’s the Story with 5G?

Faster data rates, low latency, maturation of the Internet of Things, and the ability to handle a massive amount of data are among the major benefits promised by 5G.
Faster data rates, low latency, maturation of the Internet of Things, and the ability to handle a massive amount of data are among the major benefits promised by 5G.

read more



from Electronic Design http://bit.ly/298xhFl

Electronic Design’s Products of the Week (6/26-7/2)

read more



from Electronic Design http://bit.ly/2939G6k

10 Best Verification Practices for Hardware Emulation

Hardware emulation can be a key player when performing design verification, but one needs to examine all of its facets to determine whether it best fits certain criteria.

read more



from Electronic Design http://bit.ly/29oRvJm

David Cuartielles and New Ways of Making in EU

DSIWorkshop

Earlier today, Arduino co-founder David Cuartielles participated in DSI4EU’s policy workshop entitled “Shaping the Future of Digital Social Innovation in Europe,” which gathered digital social innovators and policy makers to inspire and connect with different networks. During the workshop, Cuartielles and other leaders demonstrated clear examples of digital social innovation throughout Europe, along with some best practices and hands-on tips.

D-cuartielles

How is Digital Social Innovation (DSI) connected with Maker Culture, you ask? DSI is a type of collaborative innovation in which users and communities collaborate with digital technologies to co-create knowledge and solutions for a wide range of social needs at a scale that was unimaginable before the rise of the Internet. The organizations and projects identified and mapped by DSI4EU can be grouped within six broad domains and projects like Arduino are empowering people to develop New Ways of Making thanks to open hardware and educational programs!

dsi-making

DSI4EU is a support action in the H2020 Collective Awareness Platforms program. DSI4EU is supporting, grow and scale the current Digital Social Innovation network of projects, organisations, and individuals bringing together social entrepreneurs, hackers, communities and academics working on key DSI fields such as the maker movement, the collaborative economy, open democracy and digital rights. It’s fostering digital innovations for social good, helping communities share data, collaborate to solve societal problems, and scale their initiatives focusing on open and distributed technologies and new sustainable business models. Finally, it’s representing the building blocks for a new participatory innovation model for Europe, a more decentralised web and an inclusive and sustainable society, including a radical approach to scaling, extending and connecting the DSI network in Europe.



from Arduino Blog http://bit.ly/295B33o

Top 10 Ways To Cool Down Your Dog This Summer

mardi 28 juin 2016

Kick off this year’s U.S. presidential race with the MKR1000

No matter which candidate you will be voting for in November, it’s hard not to chuckle a bit when seeing this project from YouTuber “Makers4America.” The IoT machine works by responding to tweets from presumptive Republican candidate Donald Trump and then proceeding to kick him in the face with a 3D-printed boot attached to a metal rod.

The setup is fairly straightforward: a Raspberry Pi running Node-Red and a local Mosquito MQTT broker poll Twitter, and then writes the tweets to an MQTT topic. Meanwhile, an Arduino MKR1000 runs an MQTT client subscribed to the same topic, and controls the servos and RGB LED strips reading “Dump Donald.” 

Although this project targets Trump, it’s hard not to imagine other use cases for such a device–one in which includes the face of your arch nemesis, a rival sports team, or perhaps even your ex. The possibilities are endless!



from Arduino Blog http://bit.ly/2938ANf

Are You Up for the Ada Challenge?

The Make with Ada competition is coming up, and you might be able to win some cash for an Ada project.

read more



from Electronic Design http://bit.ly/29lTZrU

This project makes eating alone a more entertaining experience

food-Arduino

Food Screening is an Arduino-based project inspired by the act of watching films while eating meals alone, and was conceived especially for people living on their own abroad. The installation–developed by visual communicator Fongyee Ng in collaboration with Han–gyeol Lee–uses light and distance sensors to create an interaction with each food item, which triggers a snippet from a film that mimics the sound effects of consuming the meal, making eating alone a more entertaining experience.



from Arduino Blog http://bit.ly/291Q30Z

Take Back Your Board Space

To deliver the power needed while conserving space in board design, integrate inductors into POL supplies to create 30-A modules with dime-sized footprints.

read more



from Electronic Design http://bit.ly/295mSu3

SunPower Makes Quick Work of Efficiency Record

SunPower, the second largest solar company in the U.S., said that it has struck a new benchmark for solar panel efficiency, beating its own previous record.

read more



from Electronic Design http://bit.ly/291UsQ9

The CALEIDUINO is a digital and sound reactive kaleidoscope

The CALEIDUINO is an Arduino-based digital and sound reactive kaleidoscope, designed to serve as a toy, an art object, and a tool for teaching electronics and programming in a playful yet creative way.

At the heart of CALEIDUINO is a PCB for connecting an Arduino Nano, a TFT 1.8 “display, an analog 3-axis accelerometer GY-61, a piezoelectric, a switch, and a 9V battery–all of which are housed inside a hexagonal methacrylate case. Just like in any kaleidoscope, t three mirrors in triangular prism shape, while an accelerometer collects a user’s movement to generate the psychedelic graphics and sounds.

In terms of software, the CALEIDUINO uses the Arduino IDE along with the Adafruit GFX and ST7735 libraries. The project is entirely open source and is the work of artist José Manuel González. You can read more about the device here, or see it in action below.



from Arduino Blog http://bit.ly/291uoFQ

Maker builds his own Ghostbuster proton pack

Anyone who has ever watched Ghostbusters is surely familiar with the iconic proton pack–the combination of a handheld wand and backpack-sized particle accelerator that’s the weapon of choice for weakening ghosts and aiding in capturing them. And with a remake of the ‘80s flick coming out in a few days, what better time for a DIY prop equipped with full-featured user control and Hollywood-like effects?

That’s exactly what John Fin has done using a bunch of household items, including a five gallon bucket for the cyclotron, a garlic powder container for the N-Filter, a hairbrush for the PKE meter, as well as spark plug wire, cardboard tubes, pill bottles, handles from power tool cases, and a couple electrical boxes and miscellaneous parts.

The proton pack is based on an Arduino Uno along with a Seeed Studio SD card shield containing .WAV files. The Arduino supplies all of the sound and light effects, except for the cyclotron lights which use a 555 timer and 4017 decade counter. The sound is amplified through an old computer speaker board, while two homemade boards control the lights.

The red lights on the cyclotron area are supposed to be asymmetrical. This project took two weekends to make, one for the pack and one for the gun. It is attached to a homemade  PVC “ALICE” frame. I tried to make it as light as possible, the whole unit weighs just 13 lbs. Its not fully “screen accurate” but more like a “Model 3″ version. The addition of a bunch of actual electronic components make it look more like it is a  functional unit instead of a prop.

The power meter on the gun and pack are synced to show an accumulating “charge” while a generator sound plays. When armed, the lights on the gun blink and the generator sound intensifies. When it’s fired, the barrel lights and the blast sound plays as the charge meter decreases to zero. It then shuts off and recharges.

It came out so well I also made a PKE meter (ghost detector) that also functions with lights and sound. The arms are powered by a small gear motor. The lights are a blinking LED and 10 green LEDs that sequence via a 555 timer/4017 decade counter. It’s crammed into a hairbrush.

I also have made a ghost trap and pedal that opens and closes via a servo mechanism. The interior of the ghost trap is made from an old laser disc lit with a row of LEDs, so it looks “deeper” inside than it should. It works with the pedal as it does in the movie. It’s not full height, I am trying to keep all this stuff compact. Anyway, after 30 years I’m sure there would be some miniaturization in the equipment by now!

And what would a full Ghostbusters getup be without some goggles. Fin constructed his own pair from scratch using foamboard and paper with aluminum strips for strength. The outside is textured to resemble a military-type finish, while the lens tubes illuminate green to add a “glow,” and a red LED blinks on the side.

Whether a fan of the movie, a fan of cosplay, or simply a fan of making, you’ll want to check out the entire build here.



from Arduino Blog http://bit.ly/290Bg3r

Announcing the Certified Publishing Partner Summer Challenge

Summer 2016 is a time of passion, excellence, and good-natured competition. For our Certified Publishing Partners, we’re excited to announce the launch of the Google Certified Publishing Partner Summer Challenge on July 1st.

After launching in October 2015, Google’s Certified Publishing Partner (GCPP) program encompasses close to 40 partners with proven expertise in driving innovation and growth for hundreds of thousands of publishers globally. Enabled by Google’s publisher solutions – Google AdSense, DoubleClick for Publishers, and DoubleClick Ad Exchange – each partner is trained to help publishers of various sizes and verticals optimize monetization strategies. Today, we’re launching this global contest to identify and recognize Certified Publishing Partners who have shown immense dedication and impressive expertise and several critical areas.

  • Customer Satisfaction Award: A partner who demonstrates outstanding overall quality of services for publishers, a key pillar of the Certified Publishing Partner program.
  • Mobile Champion Award: A partner who demonstrates strong strategy and implementation to help publishers capture mobile opportunities with strong user experiences and effective monetization.
  • Business Innovation Award: A partner who shows leadership in the publishing business, by demonstrating how they are innovators on all fronts from product to marketing to sales to support, and that their innovation has tangible impact on revenue and publisher satisfaction.
The contest will run from July 2016 through September 2016, with awards announced around October 2016.  If you are one of our Certified Publishing Partners, you will receive an invitation to enter the contest. If you are interested in becoming a Certified Publishing Partner, apply here. Or, if you are interested in using the Certified Publishing Partner services, learn more about the program and find a partner here.

Posted by Sean Meng,
Global Program Lead, Google Certified Publishing Partner Program

About Google Certified Publishing Partnerships:
A Certified Publishing Partner can help when you don’t want to do it alone. Our publishing partners handle everything from setting up to optimizing and maintaining ads, so you’re free to spend more time publishing content on your site. Using Google best practices, our publishing partners are adept at maximizing performance and earnings with AdSense, DoubleClick Ad Exchange, and DoubleClick for Publishers. For more information, visit http://bit.ly/292b5z6






from Inside AdSense http://bit.ly/29bKbSi

China's ZTE granted extended reprieve from US sanctions

China's ZTE has been granted a temporary reprieve by the US government which had imposed sanctions on the company, Click here for more.



from Cellular News http://bit.ly/28XCa0d

Sistema Buys Out Russian Government Stake in India's MTS

Russia's Sistema is buying the 17.14% stake in India's Sistema Shyam Tele-Services Ltd (SSTL) currently owned by the Russian government. Click here for more.



from Cellular News http://bit.ly/294lNTr

Liquid Telecom Buys South Africa's Neotel

Privately owned Liquid Telecom has announced that it is buying South Africa's Neotel -- owned by India's Tata Communications and Nexus Connexion--for ZAR6.55 billion (US$428 million). Click here for more.



from Cellular News http://bit.ly/290KkZj

Mobile, phone-based microscopes work well in the field with minimal training

Handheld, mobile phone-based microscopes can be used in developing countries after minimal training of community laboratory technicians to diagnose intestinal parasites quickly and accurately. Click here for more.



from Cellular News http://bit.ly/294VlLa

Five Personal Technologies That Will Disrupt Your Business

Spending on personal technologies is massive and expected to grow to $2.7 trillion a year by 2019 Click here for more.



from Cellular News http://bit.ly/290qRpu

Automotive Telematics Revenue Will Soar to $4.2 Billion Globally in 2021

These forecasts are driven by continued innovation in vehicle connectivity and safety technologies, and project nearly $2.8 billion in additional annual revenue by the end of the forecast period in 2021, compared to 2015. Click here for more.



from Cellular News http://bit.ly/28ZKeCR

Top 10 Ways to Recycle and Transform Old Windows

Qualcomm Adds Snapdragon Support for Europe's GPS Service, Galileo

Qualcomm says that it is adding support for Europe's own GPS location system, Galileo into its chips. Click here for more.



from Cellular News http://bit.ly/294LZPz

Third of Indian Millennials in FinTech Sector Prefer to Use Mobile Payments

Mobile and alternative payments continue to gain traction among Indian millennials, according to a new survey from ACI Worldwide. Click here for more.



from Cellular News http://bit.ly/28Zfc9Y

lundi 27 juin 2016

Electronic Design Library Focus on: Alternative Energy

Electronic Design Library Focus on: Alternative Energy



from Electronic Design http://bit.ly/28ZGcHR

Autonomous machine makes music with 7 lasers and 42 fans

Russian artist ::vtol:: is no stranger to the Arduino blog. His latest project–which was designed for the Polytechnic Museum Moscow and Ars Electronica Linz–is an autonomous light-music installation called “Divider.” The wall-mounted soundscape consists of seven lasers that horizontally send rays through 42 fans, which act as modulators to turn the light signals into rhythmic impulses. Seven photo sensors on the end monitor the presence or absence of light, while four Arduino Mega boards control the system.

The lasers serve a “independent binary variables” which become the basis for all sound composition. Since the fans can each spin at variable speeds, this allows for a constant shift of modulation phases and a wide range of noises.

According to ::vtol::, the Divider is inspired by Léon Theremin’s Rhythmicon, the world’s first rhythm machine. The 1931 device also used rotating discs to interrupt light rays and optical sensors to pick up light and produce rhythms.

Sound interesting? Wait until you see it perform below! You can also check it out here.



from Arduino Blog http://bit.ly/296dgkR

PCI Express Is Handling More than Just Peripherals

PCI Express (PCIe) Gen 3 is the mainstay for microprocessors. It scales by adding more lanes typically in an x1, x2, x4, x8, and x16...

read more



from Electronic Design http://bit.ly/28Yzt3u

Debugging at Home

Debugging the high-tech home can get interesting—especially when electrical SNAFUs occur.

read more



from Electronic Design http://bit.ly/28Z6h8V

An Arduino tennis racquet that grunts when you swing it

Grand Slam tournaments, like Wimbledon, always prompt a discussion around the sometimes-disconcerting noises tennis players make on the court. Although some may argue that grunting helps apply the maximal force when striking the ball, others believe the shrieking is completely unnecessary and downright annoying. There are even top names in the game whose screams routinely top 100 decibels–only slightly less than the sound of a power saw–which has led many to call into question whether or not the behavior is actually a form of cheating.

Mindful of this, Maker Seiya Kobayashi has come up with a hilarious project that is the perfect blend of fun and function: a racquet that grunts whenever it’s swung. A user simply selects one of four notable noisemakers–Serena Williams, Maria Sharapova, Novak Djokovic and Rafael Nadal–and the aptly named Grunting Racket will take care of the rest.

In theory, this allows you to focus on your footwork and making proper contact, while the combination of an Arduino Pro Mini, an accelerometer, and speaker emits the obnoxious sounds. Additional components include a LiPo battery, an Adafruit Audio FX Sound Board, and a button on the grip for choosing between grunters.

The project has come a long way since its earliest prototype, which only used an accelerometer, FX Sound Board, and an Arduino Uno connected to a PC.  Now, the electronics are all neatly housed inside the racquet’s handle. While you won’t find a gadget like this around the All England Club anytime soon, you can check it out in action below!



from Arduino Blog http://bit.ly/28Z0gZJ

Text messaging with smartphones triggers a new type of brain rhythm

Sending text messages on a smartphone can change the rhythm of brain waves, according to a new study published in Epilepsy and Behavior. Click here for more.



from Cellular News http://bit.ly/28YjYso

EE Schools Not to Blame: Most EEs are Self-Taught

The recent post “7 Critical Things They Don’t Teach You in EE School” generated numerous responses, covering a wide range of related topics.

read more



from Electronic Design http://bit.ly/28ZTurF

Customize your ads for a better user experience across screens

Users access your content from many different screens like phones, phablets, tablets, desktops, game consoles, TVs, and even wearables. The size and type of screens that people use are continually changing, so it’s important that your site, content, and ads adapt to any screen size.

Savvy publishers have responded by building a single “responsive” site instead of creating different sites for different screens. These sites use responsive design principles and a single set of HTML/CSS to control user experiences on multiple screens, streamlining publisher operations.

Adapting content to different screens though, isn’t enough. To ensure that users have seamless experiences with ads as well, many publishers are using AdSense ad units that are fully responsive.
These units automatically adapt to the size of the screen on which your site is being viewed. And if you find that our responsive ad code doesn't do everything you need, you may modify your ad code to better meet the requirements of your site. Among other things, you can:

  • Customize the size of ads based on the width of the screen
  • Specify the exact dimensions or proportions of the ad
  • Hide units for a particular screen width

If you’re specifying the ad unit sizes for particular screen widths, we recommend the following:
  • For screen widths up to 500px, use a 320x100 ad unit
  • For screen widths between 500px and 799px, use a 468x60 ad unit
  • For screen widths of 800px and wider, use a 728x90 ad unit
For more information, see our Help Center article that explains how to customize your ad code to respond to different scenarios. It also includes guidelines for those who are new to CSS media queries.

At AdSense, we’re committed to helping you make every interaction a user has with your brand, including the ads, a delightful one. Check out the Help Center for more details on these new ad units. Also, be sure to follow us on Google+ and Twitter we’d love to hear how you customize your code. Until next time.



Posted by Lea Wehbe
AdSense Monetization Specialist




from Inside AdSense http://bit.ly/2911zLc

Next iPhone May Come with Large Camera Lens

Leaked photos hint that Apple's next iPhone model could come with either a dual lens camera, or a very large lens, or maybe both. Click here for more.



from Cellular News http://bit.ly/28XeUl1

Digital Assistants Will Serve as the Primary Interface to the Connected Home

Gartner predicts that, by 2019, in at least 25 percent of households in developed economies, the digital assistants on smartphones and other devices will serve as the primary interface to connected home services. Click here for more.



from Cellular News http://bit.ly/29ftfJp

Meaningful Use Cases Help Spur Spending on Internet of Things

IoT revenues in the CEE region will post a compound annual growth rate (CAGR) of 20.9% over the 2016-2020 forecast period, reaching $24 billion in 2020. Click here for more.



from Cellular News http://bit.ly/293Zcs0

Moody's revises outlook on KT's Baa1 rating to positive

Moody's Investors Service has revised the outlook on South Korea's KT Corp's rating positive from stable. Click here for more.



from Cellular News http://bit.ly/297SPRT

Huawei Committed to Android - For Now

China's Huawei has been reported to be working on its own smartphone OS as a replacement for the Google dominated Android OS. Click here for more.



from Cellular News http://bit.ly/28Xe8aM

Vodafone Switches on 4G for Five MVNOs

Vodafone Australia has enabled access to its 4G network for five of its local MVNO partners. Click here for more.



from Cellular News http://bit.ly/28XenSX

Top 10 Amazing and Unusual Monopoly Sets

Qualcomm Files Complaint against Meizu in China

Qualcomm says that it has filed a complaint against China's Meizu alleging that the company is using its patents without a license. Click here for more.



from Cellular News http://bit.ly/28XJeL1

Cask Receives Strategic Investment From Ericsson

Cask says that it has received am investment from Ericsson. The company said that the minority investment will help accelerate delivery of its Apache Hadoop-based solutions Click here for more.



from Cellular News http://bit.ly/28XJ99Y

vendredi 24 juin 2016

Arduino simulator puts you in the driver’s seat of a toy car

As part of their final project at EDN – Navàs, robotics students Rafart Jordi and Marc Thomas recently built an impressive Arduino simulator that captures video from a camera-equipped RC vehicle and displays it on a TV screen, making it feel as though you’re in the driver’s seat of a shrunken-down car.

The simulator is driven by an Arduino Uno along with an IBT-2 H-Bridge to control the 24V motors, and wirelessly communicates with the modified toy car via an XBee module.

You have to see it in action below!



from Arduino Blog http://bit.ly/28TIPLm

FAQ: Universal Flash Storage on the Rise

Sponsored by: Toshiba
What is Universal Flash Storage (UFS)? What is the difference between UFS and eMMC? What advantages does UFS have? Will UFS replace eMMC as an embedded memory storage solution? What considerations should design engineers take into account when using UFS?

read more



from Electronic Design http://bit.ly/28WuCOU

FAQs of Phase-Change Materials

Sponsored by Henkel and BERGQUIST
What are phase-change materials (PCMs) and how do they work? What is the chemical makeup of PCMs? What are the primary applications for an electrically isolating phase-change material? Can PCMs be part of an automated system? What are the attributes I need to have present before I incorporate PCMs into my system?

read more



from Electronic Design http://bit.ly/28SelHD

Top 10 Recipes for Datemaki (Japanese Sweet Rolled Omelette)

Swisscom and Ericsson launch "5G for Switzerland"

The research results will support the definition of international standards for 5G, with completion planned for 2019. Click here for more.



from Cellular News http://bit.ly/291rkZV

Wearables Shipments to Reach 213.6 Million Units Worldwide in 2020

Two other factors driving the wearables market forward are cellular connectivity and applications. Click here for more.



from Cellular News http://bit.ly/28UQ8Wq

jeudi 23 juin 2016

India's Tata Teleservices Ordered to Pay $1.17 Billion in Compensation

Japan's NTT DoCoMo says that it has been awarded US$1.17 billion in compensation following a dispute with India's Tata Teleservices Limited (TTSL). Click here for more.



from Cellular News http://bit.ly/28QClKM