Encryption/Blockchain
Machine Learning
Problem Solving Process
Binary
100

Process of scrambling or changing a message to hide the original text

Encryption

100

Give one example of artificial intelligence devices.

Self driving cars, Alexa, Personal Recommendations, etc.


100

First Step of the Problem Solving Process

Define

100

The most basic language of a computer

Binary

200

Process of Unscrambling a message to make it readable 

Decryption

200

How computers recognize patterns and make decisions without being explicitly programmed.

Machine Learning

200

Second Step of the Problem Solving Process

Prepare

200

The smallest unit of data in binary

Bit

300

A secret password for unlocking a message

Key

300

Data that can be separated into groups.

Categorical Data

300

Third Step of the Problem Solving Process

Try

300

How many bits make a Byte

8

400

When the same key is used to encrypt and decrypt a message

Symmetric Encryption

400

When a human trains a model to learn with examples

Supervised Learning

400

Fourth Step of the Problem Solving Process

Reflect

400

A bit can be represented by either of these numbers

1 or 0

500

When different keys are used to encrypt and decrypt a message

Asymmetric Encryption 

500

When a model finds patterns in data with no help or labels

Unsupervised Learning
500

This is something you should have throughout the problem solving process and is defined as:

"the ability to understand the feelings of another."


Empathy

500

Name 3 units of data storage in Bytes from smallest to largest

Megabytes, Gigabytes, Terabytes