The process where you guide generative artificial Prompt Engineering
intelligence (generative AI) solutions to generate desired
outputs.
A field of computer science dedicated to solving cognitive Artificial Intelligence
problems commonly associated with human intelligence.
A technology that makes software capable of Conversational AI
understanding and responding to voice-based or text-
based human conversations.
A type of AI that can create new content and ideas, Generative AI
including conversations, stories, images, videos, and
music.
A numerical representation of real-world objects that Embedding
machine learning (ML) and artificial intelligence (AI)
systems use to understand complex knowledge domains
like humans do.
This is a prominent type of machine learning due to its vast Supervised learning
range of applications. It's termed supervised learning
because there must be a supervisor.
A supervised learning technique that assigns labels or Classification
categories to new, previously unseen data examples using
a learned model.
A supervised learning technique that predicts continuous Regression
or numerical values given one or more input variables.
The algorithm tries to discover hidden patterns or Unsupervised learning
structures within the data without any prior information or
guidance.
This method divides data into clusters based on similar Clustering
traits or distances between data points in order to better
understand the characteristics of a particular cluster.
An unsupervised learning strategy that minimizes the Dimensionality reduction
number of features or dimensions in a dataset while
retaining the most relevant information or patterns.
One continuously improves their model by analyzing Reinforcement learning
feedback from prior versions. In reinforcement learning, an
agent learns by trial and error as it interacts with its
surroundings.
A software tool that extracts and categorizes information Intelligent Document Processing (IDP)
from unstructured or structured data, generates
summaries, and delivers actionable insights.
It can adapt to a variety of activities and domains by Adaptability
learning from data and producing material that is suited to
specific situations or needs. Because of its flexibility,
generative AI can be applied to a wide number of sectors.
, AWS Certified AI Practitioner Foundational AIF-C01 Exam
It can generate content in real time, resulting in faster Responsiveness
reaction times and more dynamic interactions. This is
especially beneficial for chatbots, virtual assistants, and
other interactive applications that demand instant
feedback.
It can make hard tasks easier by automating content Simplicity
generation processes. For example, AI language models
may generate human-like text, reducing the time and effort
necessary for content development.
It can develop new ideas, designs, or solutions by Creativity and exploration
combining and recombining pieces in unusual ways. This
can encourage creativity and the discovery of new
possibilities.
It can learn from relatively little quantities of data and Data efficiency
produce new samples that are consistent with the training
data. This can be useful when data is limited or difficult to
collect.
It can may develop personalized content based on Personalization
individual preferences or attributes, hence improving user
experiences and engagement.
When trained, generative AI models may produce a vast Scalability
amount of information quickly. This makes the models
suited for situations requiring large-scale content
production.
There are 5 factors to consider when selecting a model: Factors to consider when selecting a generative AI model.
Performance requirements, Constraints, Capabilities,
Compliance, and Cost.
It is a generative AI-powered assistant that can answer Amazon Q Business
queries, generate content, provide summaries, and
complete tasks based on the data in your organization.
It refers to the procedures and principles that ensure AI Responsible AI
systems are transparent and trustworthy while minimizing
potential risks and bad effects.
It accomplish tasks using the data you provide. They can Traditional machine learning models
make predictions based on ranking, sentiment analysis,
image categorization, and other factors. However, each
model is limited to performing a single task.
Toxicity, Hallucinations, Intellectual Property, Plagiarism Challenges of generative AI
and Cheating, lastly Disruptions of Nature Work.
These models are designed to process inputs from various Multimodal Models
sources, including text, images, audio, and video.
It provides a complete machine learning lifecycle, including Amazon SageMaker
data preparation, model building, training, tuning, and
deployment.
It is type of AI for understanding and building methods that Machine Learning
make it possible for machines to learn.