Saturday, October 13, 2018

best courses forAI



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The 6 Best Free Online Artificial Intelligence Courses For 2018

A basic grounding in the principles and practices around artificial intelligence (AI),automation and cognitive systems is something which is likely to become increasingly valuable, regardless of your field of business, expertise or profession.
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Fortunately, today you don’t have to take years out of your life studying at university to become familiar with this seemingly hugely complex technology. A growing number of online courses have sprung up in recent years covering everything from the basics to advanced implementation.
Some are aimed at people who want to dive straight into coding their own artificial neural networks, and understandably assume a certain level of technical ability. Others are useful for those who want to learn how this technology can be applied by anyone, regardless of prior technical expertise, to solving real-word problems.
In this post I will give a rundown of some of the best free ones which are available today.
This newly launched resource is part of Google’s plan to broaden the understanding of AI among the general public. Material is slowly being added but it already contains a Machine Learning with TensorFlow (Google’s machine learning library) crash course.

The course covers the ground from a basic introduction to machine learning, to getting started with TensorFlow, to designing and training neural nets.
It is designed so that those with no prior knowledge of machine learning can jump in right at the start, those with some experience can pick or choose modules which interest them, while machine learning experts can use it as an introduction to TensorFlow.
This is a slightly more in-depth course from Google offered through Udacity. As such, it isn’t aimed at complete novices and assumes some previous experience of machine learning, to the point where you are at least familiar with supervised learning methods.
It focuses on deep learning, and the design of self-teaching systems that can learn from large, complex datasets.
The course is aimed at those looking to put machine learning, neural network technology to work as data analysts, data scientists or machine learning engineers as well as enterprising individuals wanting to make use of the plethora of open source libraries and materials available.

This course is offered through Coursera and is taught by Andrew Ng, the founder of Google’s deep learning research unit, Google Brain, and head of AI for Baidu.
The entire course can be studied for free, although there is also the option of paying for certification which could certainly be useful if you plan to use your understanding of AI to increase your career prospects.
The course covers the spectrum of real-world machine learning implementations from speech recognition and enhancing web search, while going into technical depth with statistics topics such as linear regression, the backpropagation methods through which neural networks “learn”, and a Matlab tutorial – one of the most widely used programming languages for probability-based AI tools.

This course is also available in its entirety for free online, with an option to pay for certification should you need it.
It promises to teach models, methods and applications for solving real-world problems using probabilistic and non-probabilistic methods as well as supervised and unsupervised learning.
To get the most out of the course you should expect to spend around eight to ten hours a week on the materials and exercises, over 12 weeks – but this is a free Ivy League-level education so you wouldn’t expect it to be a breeze.
It is offered through the non-profit edX online course provider, where it forms part of the Artificial Intelligence nanodegree.
Computer vision is the AI sub-discipline of building computers which can “see” by processing visual information in the same way our brains do.
As well as the technical fundamentals, it covers how to identify situations or problems which can benefit from the application of machines capable of object recognition and image classification.

As a manufacturer of graphics processing units (GPUs), Nvidia unsurprisingly covers the crucial part these high-powered graphical engines, previously primarily aimed at displaying leading-edge images, has played in the widespread emergence of computer vision applications.
The final assessment covers building and deploying a neural net application, and while the entire course can be studied at your own pace, you should expect to spend around eight hours on the material.
As with the course above, MIT takes the approach of using one major real-world aspect of AI as a jumping-off point to explore the specific technologies involved.
The self-driving cars which are widely expected to become a part of our everyday lives rely on AI to make sense of all of the data hitting the vehicle’s array of sensors and safely navigate the roads. This involves teaching machines to interpret data from those sensors just as our own brains interpret signals from our eyes, ears and touch.

It covers the use of the MIT DeepTraffic simulator, which challenges students to teach a simulated car to drive as fast as possible along a busy road without colliding with other road users.
This is a course taught at the bricks ‘n’ mortar university for the first time last year, and all of the materials including lecture videos and exercises are available online – however you won’t be able to gain a certification.
I write books, deliver keynote presentations and provide expert advice on big data, analytics, metrics and improving business performance. I have helped many of the…MORE
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Tuesday, October 9, 2018

hackathon conquest





Presentations from finalists and winners at the Industrial IoT Hackathon at SEMICON West 2016


Lauren Marinaro hosts the presentations of the winning projects in the Industrial IoT Hackathon, showing best use of Alexa technology, Watson IoT technology, Intel technology, and Samsung technology.

In this video:

(00:03) At the SEMICON West 2016 conferenceReadWrite sponsored the Industrial IoT Hackathon. The grand prize for Best Overall Industrial IoT Solution included a cash prize of $5000 US, an Amazon Alexa Device for each team member, and a spot in the Wearable IoT World Labs Accelerator.
All of the winning projects using IBM Bluemix, IBM Watson, or IBM Watson IoT services to implement their Industrial IoT Solutions.
First project: Team EcoByte – Pollution Awareness Platform for Cities (Winner of Amazon’s best use of Alexa technology prize and Grand Prize winner)
(00:18) A pollution awareness platform for the smart city that provides interactive environmental information for the residents enabling enhanced well-being. Air pollution is a growing problem around the world. Integrated platform to help the city and all its residents. Their platform has smart air quality sensors, Intel Edison boards connected to gas monitors… These nodes would be placed around the city and monitor the air pollution levels. The data from the sensors go up to the cloud, and then it is published to a Twitter feed using the IBM Bluemix platform and also to an IFTTT channel to make the data accessible to users. Data could be accessed on smart devices, such as Alexa, which you can ask Alexa whether you should go outside today, and Alexa uses the data to give you an answer.
Second project: Team Leo – Smart Irrigation System (Winner of IBM’s best use of Watson IoT and Cognitive APIs prize)
(06:30) Their smart irrigation system project tackles the California water drought problem. It uses the stress monitoring technology and soil sensing data to identify different watering methods to help address the drought problems. Their system uses the Intel Edison board with 4 sensors attached to it: moisture sensor, temperature sensor, UV sensor, and water sensor. Using a Node-RED app, the sensor data is sent up to the IBM Watson IoT Platform in the IBM Cloud, then the Weather Insights service and Watson cognitive services analyze the data, and appropriate actions are sent to the sensors and monitors back down on the Edison board.
Third project: Rahul Dubey – Edge and Cloud Based Energy Optimization of Retail Freezers (Winner of Intel’s best use of Intel technology)
(11:57) Industrial IoT has many layers of control. His solution sets up two tiers of control – edge controllers that are close to the freezer units and an analytics engine in the cloud. He used Node-RED apps at both tiers of his IoT solution. The edge controllers that used Grove sensors gathered temperature data and data about opening the freezer door. His analytics engine uses Watson IoT Platform in the IBM Cloud to optimize systems using information gathered from IoT sensors and devices.
Fourth project: Service IoT Team – Winner of Samsung’s Best Use of Technology for Samsung ARTIK Cloud
(16:41) Connect all the sensors to the machines in the factory, and sensors send their data (temperature and noise level) to all of the ARTIK Clouds, which record everything. He used Slack’s chat bot to query the data as it is coming in. His solution used a natural language processing engine to ask allow him to ask what the problem is. Then, it used IBM Watson and one of its retrieval ranking algorithm to locate an appropriate fix for the problem. Lastly, his data was displayed in charts in a dashboard on ARTIK Cloud. He talked about his next steps would be to add predictive analytics to the IoT solution.
More, more, more
John Walicki blogged about these hackathon winners in the Watson IoT Platform developerWorks community

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