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IBM: Smart Education - Duration: 0:41.
MOST KIDS TODAY WILL HAVE JOBS THAT DON'T EXIST YET.
THE ENGINE MANAGEMENT SYSTEMS COORDINATE
WITH AUTONOMOUS VEHICLES.
FINANCIAL DATA, SO NOW WE CAN PREDICT THE FUTURE.
BARRING NEW FLEXIBLE PROPELLER DESIGN.
BY COLLABORATING WITH PUBLIC SCHOOLS
ON A PROGRAM CALLED P-TECH,
IBM IS HELPING STUDENTS BUILD
THE SKILLS THEY'LL NEED FOR TOMORROW.
REVOLUTIONIZING.
AEROSPACE INDUSTRY.
IT'S AN ENTIRELY SUSTAINABLE APPROACH.
ANY QUESTIONS?
WHEN YOU RETHINK EDUCATION,
EVERYONE CAN PUT SMART TO WORK.
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IBM: Smart Services - Duration: 0:41.
WHY WOULD YOU NEED TO LEARN EVERY DETAIL ABOUT A COMPANY?
IT'S HOW IBM SERVICES HELPS RETAILERS AROUND THE WORLD
DRIVE GROWTH AND SAVE MILLIONS.
WHEN YOUR PARTNERS ARE OBSESSED WITH BUSINESS AND TECHNOLOGY,
YOU CAN PUT SMART TO WORK.
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IBM: Smart Drive - Duration: 0:41.
THE SAME IOT TECHNOLOGY ON THE IBM CLOUD THAT
HELPS RACE TEAMS IMPROVE PERFORMANCE AND SAFETY...
BYE.
GIRLS, DON'T WAVE AT STRANGERS.
CAN NOW BE BUILT INTO EVERYTHING WE DRIVE.
WHEN YOU APPLY EXPERTISE ACROSS AN INDUSTRY,
BYE.
YOU CAN PUT SMART TO WORK.
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Smart Cities Readiness Workshop - Duration: 0:55.
For more infomation >> Smart Cities Readiness Workshop - Duration: 0:55. -------------------------------------------
Hexagon Agriculture - Smart Digital Reality - Duration: 1:50.
Our mission is to enable the agricultural industry to reach its fullest potential
in the field through efficient and sustainable solutions.
We want to accelerate the adoption of innovation in the field through solutions
that can automate and optimise agricultural processes.
The fact that Hexagon is a global company operating in several segments, places us
in a different position. Because we might end up bringing technology to the
agricultural sector that is already being used in other areas.
Hexagon's commitment to investing heavily in research and development ends up
being reflected in our products that are highly differentiated.
Our technology is based on a future proof platform, in other words,
it solves the problems that our customers have today, but also prepares them
to solve for the problems that they'll encounter in the future.
Our solutions are flexible, modular, they can be customised to clients,
such as OEMs or producers, enterprise farms, and
we use our agribusiness process expertise created in recent years
in recent years as well as the
technologies we have developed at Hexagon.
Hexagon's solutions transform simple data and intelligent information,
thereby increasing our customers' profits and placing agribusiness
on another level in the world market. This is Hexagon's mission.
Hexagon Agriculture is transforming the agricultural sector with digital solutions.
We are indeed bringing smart digital reality to the field.
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Introducing the SM324--the world's first smart TMR magnetometer - Duration: 3:49.
♪ Control ♪
Hello.
Today we're demonstrating the revolutionary new
SM324-10E Smart TMR Magnetometer.
This device combines the precision of Tunneling Magnetoresistance
with sophisticated Digital Signal Processing.
The evaluation kit has a demo board, and
a powerful, intuitive graphic user interface.
The kit comes with a small magnet.
As we move the magnet closer,
the digital output turns on, as indicated by the red LED.
The threshold can be set via the sensor's I²C interface.
It can detect strong magnets more than 150 millimeters away.
And it detects polarity.
The SM324 can also be used as a noncontact current sensor.
When we run a current
through the trace on the demo board,
we can see the sensor output on the computer.
Here the sensor digital output-- the red LED--turns on,
indicating overcurrent, which we set to 75% of full scale,
or about four amps.
the digital output threshold can be adjusted
on the "Settings" tab of the user interface.
There's a "Memory" tab
that lets us look at the sensor memory,
and a "Comm/I²C" tab to configure communications.
At 300 samples per second, it's fast enough
to monitor a DC motor like this windshield washer pump.
We have a simulated washer fluid tank.
As we increase the voltage to the motor,
the current increases.
Suppose we run out of fluid, the hose kinks,
or the outflow's plugged.
The current decreases.
We've set an inverted threshold so the the red LED goes on
when there's a fault.
The demo board has:
• the sensor element
over a current-carrying trace;
• an LED showing the digital threshold output;
• there's a microcontroller to interface
from the sensor I²C to USB to connect to a computer;
• an isolated power supply-- external or USB powered;
• and connectors.
The SM324 sensor has:
• a TMR sensor element;
• an 18-bit ADC with 24-bit calculations;
• second-order linearization;
• a calibrated temperature sensor and temperature compensation;
• nonvolatile calibration memory;
• an I²C interface; and
• a digital threshold output.
SM324 features and specifications include:
• 0 to ±20 Oe magnetic field operating range,
so it can detect magnets more than 50 mm away;
• accuracy of ±0.3% of full scale;
• an I²C interface to connect to almost any microcontroller;
• 300 samples/second conversion rate;
• wide supply range • low supply current
• the full industrial / automotive temperature range;
• and it's ultraminiature
Call, click, or e-mail us for more information,
or to buy SM324 sensors and eval kits.
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IoT Experts: How to Overcome IoT Implementation Challenges in Smart Buildings - Duration: 2:59.
Hello, I am Antoine Huber from Gemalto and in this video
I will give you some insight on how Gemalto can help to overcome some challenges
in IoT Deployment into Smart Buildings.
Smart Building is a great opportunity
but few challenges have to be overcome and I can summarize them as the connectivity among the different devices and
the services,
the security of
all the solutions and
the monetization.
So connectivity first.
Smart building is based on the data collection of different devices and different sensors, that are within the building.
You need to ensure that you can retrieve this data. You need to connect this different devices and
the challenge here is mainly the legacy because we know that the coming deployment of smart building will be made on existing buildings.
How to deploy some new networks at lower cost?
The second aspect is the security.
We are retrieving some data and here we need to ensure the authenticity of the data, the integrity of the data,
we need to ensure also
the privacy of the different data.
So for that, we need to consider an end-to-end security by design.
From the devices
up to the Gateway to the cloud and to the different services that will be based upon all of these datas.
The third point is actually more an opportunity than a challenge,
this is the monetization. Monetization of the data and also shifting the business model from
device to service provider. As part of my Job
I am talking to a lot of customers about deployment of Smart Building technology.
What they value the most is the fact that
Gemalto is able to cover end-to-end solutions.
That thanks to our large portfolio of products and solutions we are able to provide them some
flexibility about these deployments and also the fact that we are leveraging some existing standards
helping them to ensure the interoperability of their services.
Thank you for watching.
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