Artificial Intelligence - punditwritersbay.com

There is a vacancy for experience as an artificial intelligence trainer, and I a

There is a vacancy for experience as an artificial intelligence trainer, and I am one of the candidates, and I want it for me, knowing that I am a certified trainer in OJT, and I also have experience in cyber. I want an academic CV from you in artificial intelligence, and more than the field of intelligence in the CV, knowing that I took a three-month course in artificial intelligence mentioned in Advanced CV and also useful to master some material about Artificial Intelligence

I need help writing a high quality technical paper on a unique idea I’ve had in

I need help writing a high quality technical paper on a unique idea I’ve had in AI. The idea is for sentient artificial intelligence. My rough work so far:
https://docs.google.com/document/d/1BvE2Itflotjh5v…

On to the Assignment Before doing the assignment stop, think and reflect before

On to the Assignment
Before doing the assignment stop, think and reflect before

On to the Assignment
Before doing the assignment stop, think and reflect before you write a word.
Next, post to this discussion board your answer to these questions:
Reflect
on the material in this unit. Why do we as consumers need an autonomous
vehicle? What benefits do they provide us that we do not already have?
How will they make our lives better?
Next look at society in
general and provide me what benefits the autonomous vehicle could bring
to society that justifies moving to this type of transportation.
Explain why companies like GM are all in in developing autonous vehicles.

Introducing you to the Autonomous Vehicle: What is an Autonomous Vehicle? An aut

Introducing you to the Autonomous Vehicle:
What is an Autonomous Vehicle?
An aut

Introducing you to the Autonomous Vehicle:
What is an Autonomous Vehicle?
An autonomous vehicle, or a driverless
vehicle, is one that is able to operate itself and perform necessary
functions without any human intervention. In particular, it is a vehicle
that can drive itself from a starting point to a predetermined
destination in “autopilot” mode. As we will see these cars use various
in-vehicle technologies and sensors, including adaptive cruise control,
active steering (steer by wire), anti-lock braking systems (brake by
wire), GPS navigation technology, lasers and radar.
Lets Experience an Autonomous Vehicle
Most of us have never seen or been inside of a autonomous vehicle.
The following is an promo piece for Waymo one of the companies that is offering autonomous vehicle trips: https://www.youtube.com/channel/UCh5Yo6HN5b2Hco70HosIzZA
For an actual demonstration on an autonomous ride look here: https://www.youtube.com/watch?v=Yy0GaUv8kGg
Assignment
This is worth 10% of this module’s grade
Please answer the following questions by uploading your answers to Canvas
What was your impression of the drive in the autonomous vehicle? How was it what you expected? How did it surprise you
Why is it important that these type of promotions are being placed on things like YouTube and Facebook?

Your Assignment This will be your chance to look in more depth at other disrupto

Your Assignment
This will be your chance to look in more depth at other disrupto

Your Assignment
This will be your chance to look in more depth at other disruptors currently active in the market.
What
follows are a list of several disruptors, you should choose one. Next
research this topic to find a specific application of it. Describe where
it is being used. Describe its potential. Next describe the some of the
current challenges. When do you expect that this will become a viable
product?

Assignment You will need the information learned for the final assignment at th

Assignment
You will need the information learned for the final assignment at th

Assignment
You will need the information learned for the final assignment at the end of the unit The Business Case for the Autonomous Vehicle. Pay careful attention to the question where both conventional cars (non autonomous) and the Autonomous Car is on the Technology Lifecycle

(Example, from pixabay.com) CO-2 Imagine you are an entrepreneur organizing a ne

(Example, from pixabay.com)
CO-2
Imagine you are an entrepreneur organizing a ne

(Example, from pixabay.com)
CO-2
Imagine you are an entrepreneur organizing a new business venture. It can be anything, any industry. Be as creative as you like. You need the following for establishing your “brand:”
Logo
Slogan
PROMPT:
Go to https://www.futurepedia.io/
Search for AI tools to help you create ONE of the following for this new business, your choice; there are multiple free AI tools for each. (Click links for explanation of what is logo and slogan.)
Logo
Slogan (any type of slogan)
When you have decided what to go for — logo or slogan — find at least 2 AI tools to create it. Using one of the AI tools, create your item, then try the second tool. Compare and contrast the two! Which one do you like better? Are they same? Different in any way?
NOTE: You MUST select and use the AI tools, not just make up your own logo or slogan without AI assistance. The purpose of this Discussion is to play with the AI tools, compare them, share them, and discuss them.
IN YOUR INITIAL POST:
Describe briefly your imaginary business (sentence or 2) so that we have context.
Identify the 2 AI tools you selected from Futurepedia, with links to their sites.
Post the slogan or logo you created (image attachment for logo).
Explain how the AI tools assisted in the creation of your slogan or logo; what were the steps or process?
Share your opinion of the usefulness of the tools, ease of use, and which one you like better to assist your creation.

(Example, from pixabay.com) CO-2 Imagine you are an entrepreneur organizing a ne

(Example, from pixabay.com)
CO-2
Imagine you are an entrepreneur organizing a ne

Read the Uber case and other readings (linked in the syllabus) for the session a

Read the Uber case and other readings (linked in the syllabus) for the session and answer the following questions:
1) Develop a list of hypotheses Uber could use to predict a rider’s pickup location with information such as the rider’s previous trips and current destination, as well as historical patterns related to the pickup location. Augment the case information with your personal Uber experiences to suggest potential hypotheses.
2) Create a quantitative pickup quality metric using attributes derived from the passive, active and third-party signals available to Uber. Discuss why your selected attributes represent a robust pickup quality metric. What weights would you assign to the features you choose for your pickup model?
3) Based on your pickup quality metric, what actions can Uber operators take to improve the pickup experience?
4) Discuss the steps involved in setting up an ML model for automating pickups at scale. Use the framework of the seven-step model in the case (Exhibit 7) to elaborate on how Uber should apply this framework to the ML model. Hint: you can create a table and list the tasks under each step.
5) Is there a role for unstructured data for the issues we have examined in this case? For which prediction problem is it likely to make the biggest impact and for which is it likely to make the least impact? Explain why.
6) Where is human domain knowledge likely to be helpful for the prediction problems above? Where do you think such knowledge is unlikely to be helpful? Explain.

This exercise asks you to implement a simple deep learning: Textbook Reference:

This exercise asks you to implement a simple deep learning:
Textbook Reference:

This exercise asks you to implement a simple deep learning:
Textbook Reference: Artificial Intellegence: A Modern Approach – Section 21
Implement a data structure for general computation graphs, (e.g. as described in Section 21.1) and define the node types required to support feed-forward neural networks with a variety of activation functions.
Write a function that computes the outputs of the computation graph given the inputs.
Now write a function that computes the error for a labelled example.
Finally, implement the local back-propagation algorithm based on Equations (21.11) and (21.12) and use it to create a stochastic gradient descent learning algorithm for a set of examples.