Basic Example flow
1. Basic Python Code
2. Create a lambda function
3. Replace function insider handler - change handler - entry point
Deep Learning - Machine Learning - Data(base), NLP, Video - SQL Learning's - Startups - (Learn - Code - Coach - Teach - Innovate) - Retail - Supply Chain
Basic Example flow
1. Basic Python Code
2. Create a lambda function
3. Replace function insider handler - change handler - entry point
What is a supply chain tower in retail?
A supply chain tower in retail is a set of integrated processes that enable retailers to manage the flow of goods from the suppliers to the customers. This includes the procurement, storage, distribution, and delivery of products. It also involves the management of inventory, pricing, and customer service. The goal of the supply chain tower is to ensure that the right products are delivered to the right customers at the right time and cost.
What are key components of supply chain tower
What are different products available for supply chain tower offering?
What are different commercial products available for supply chain tower offering?
What it takes to build supply chain tower open source
What is 09 supply chain offering and who are its competitors
09 Supply Chain is an online marketplace for businesses to find and purchase services related to logistics, transportation, and supply chain management. It provides a platform for businesses to compare prices, find the best deals, and connect with logistics providers. Its competitors include Freightos, Flexport, and Shipa Freight.
Top 10 ways to have real time inventory
Top 10 ways to have real time replienshment planning
Compare features between Freightos, Flexport, and Shipa Freight, 09 Supply Chain
Freightos:
Flexport:
Shipa Freight:
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Building some fundamentals with GPT :)
What are different third party sources retailers use to discover customers
This could be part of Navi / Digital Apps
Product Ref - Link
Dashboard to List Customers / Risks (ML Classification)
Primarily the work will be around
Location Analytics - Learn with GPT
What are top location analytics biggest challenges?
What are key location analytics innovative concepts.
What are top location analytics trends
Location Analytics dataset formats samples key attributes
Location Analytics datasets typically contain a variety of data formats, including geographic coordinates (latitude and longitude), address data, and other location-based information. Common key attributes in these datasets include:
Jan to June 2022
Bitcoin, NFT were top trending :)
Explore search interest for ChatGPT, Augmented reality, Metaverse, Non-fungible token, bitcoin by time, location and popularity on Google Trends
Ref - Link
Next 7 Months - 2023 Trends
ChatGPT has taken lead :) Metaverse is nowhere seen in picture
Ref - Link
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Multi-Channel Analytics, Patient Pathways, Omni-Channel Segmentation, Territory Design, Customer Targeting, Attribution Modeling, & Predictive Commercial Mix
Multi-Channel Analytics key use cases and features to use
Multi-Channel Analytics can be used to improve customer engagement and understanding across channels, including digital, social, and mobile. Some key use cases for Multi-Channel Analytics include:
1. Understanding customer sentiment across channels - Omni-Channel Segmentation key features
2. Identifying customer needs and preferences across channels
Top ways to Identify customer needs and preferences across channels
There are a number of ways to identify customer needs and preferences across channels. Some of the most common methods include customer surveys, focus groups, and interviews.
3. Measuring customer engagement across channels
4. Generating customer insights from multiple channels
5. What are top customer insights from multiple channels?
There are a number of customer insights that can be gleaned from multiple channels, including social media, email, and customer service. Some of the key insights that can be gleaned from social media include customer sentiment, customer feedback, and customer demographics. Email can provide insights into customer engagement, customer service issues, and customer buying behavior. Customer service can also provide insights into customer sentiment, customer service issues, and customer buying behavior.
6. Optimizing customer experiences across channels
There are a few key things that you can do to optimize customer experiences across channels:
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Text to Shop’ feature, Conversational commerce, or shopping via text, Text Walmart the items they want to purchase from either their local stores or Walmart.com. The blog lists issues/bugs with responses. In a way more engagement.
I would with a combination of Text, Yes / No Questions, and Nail down to category / Section. List by size/category.
Walmart 'fancy' NLP way to shop link
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Ref - Link
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What is numerical optimisation, How it is different from machine learning. List some usecases problems in numerical optimisation ?
Numerical optimization is the process of finding the values of input parameters that minimize or maximize a given objective function. It is different from machine learning in that it does not involve training a model with data, but instead relies on mathematical algorithms to find the best solution.
Some use cases of numerical optimization include:
What are top 10 python packages for numerical optimization
List some constraint for windmill turbine based on temperature, sunlight, humidity, windspeed with synthetic data python code pulp optimization solution
constraints = [
# Temperature
pulp.lpSum([temp_var[i] for i in range(len(temp_var))]) <= max_temp,
pulp.lpSum([temp_var[i] for i in range(len(temp_var))]) >= min_temp,
# Sunlight
pulp.lpSum([sunlight_var[i] for i in range(len(sunlight_var))]) <= max_sunlight,
pulp.lpSum([sunlight_var[i] for i in range(len(sunlight_var))]) >= min_sunlight,
# Humidity
pulp.lpSum([humidity_var[i] for i in range(len(humidity_var))]) <= max_humidity,
pulp.lpSum([humidity_var[i] for i in range(len(humidity_var))]) >= min_humidity,
# Windspeed
pulp.lpSum([windspeed_var[i] for i in range(len(windspeed_var))]) <= max_windspeed,
pulp.lpSum([windspeed_var[i] for i in range(len(windspeed_var))]) >= min_windspeed
]
List some usecases problems in operations research ?
List some usecases problems in causal inference ?
What is casual inference in layman terms
Casual inference is a type of reasoning that allows us to draw conclusions based on our observations. In layman's terms, it is the process of making assumptions or guesses about something based on what we know or have seen. For example, if you see someone walking down the street wearing a suit and carrying a briefcase, you can infer that they are likely on their way to work.
List some usecases problems in Bayesian modelling ?
What is difference between causal interference vs AB testing
Causal inference is a method of determining the cause-and-effect relationship between two variables. It is used to identify the cause of a particular outcome. It is based on the assumption that there is a causal relationship between the two variables.
AB testing is a method of comparing two versions of a product or service to determine which one performs better. It is used to determine which version of a product or service is more effective. It is based on the assumption that the two versions are statistically different.
List some usecases problems in differentiable programming ?
Bayesian modeling is generative probability based on historical data, Is it correct ?
Yes, that is correct. Bayesian modeling is a type of generative probability model that uses historical data to make predictions about future events.
When can we use differentiable programming , Does it have advantage over deep learning
Differentiable programming can be used when a problem requires the use of a combination of symbolic and numerical computation. It has the advantage of being able to combine the flexibility of symbolic computation with the power of deep learning. This allows for more complex models to be created and trained, which can lead to better results. Additionally, differentiable programming can be used to create models that are more interpretable and easier to debug.
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AI - any device that does things that associate with human intelligence
Natural Intelligence - Imagination, creativity, fantasy, intuition, problem-solving. AI and natural intelligence are two different things, each supplies a lack of other
Human Interpretation is leaps ahead of Machine Interpretation
Right Use Case
With the Right context / matured model, Tesla Safety Stats - Q3 2022 - In the 3rd quarter, we recorded one crash for every 6.26 million miles driven in which drivers used Autopilot technology.
In some cases, where machines can fail, for example in a classification problem
ML is more of a collaborative effort. Business needs - You spot it, and you can demonstrate competency to get a buy-in to implement. Alignment is critical to understand the short-term/long-term impact. You may not be immediately right but eventually, you may be right
Spotting what others miss needs all three views - domain, data, and ML opportunities.
Datasets Search
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Some minor fixes working with git project
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Best practice for container-based deployment system
Good Read - Post1
My Views
Using GPT for Facts / Data related note retrieval is much better than asking it to solve a maths problem. Remember GIGO (Garbage In, Garbage Out), It may not be able to reason or solve but it can give you templates, formulas for you to get started, We do not read to remember the syntax but focus on solutions.
ChatGPT passes MBA exam given by a Wharton professor
Key observations from post
List NLP use cases for a food review website
List NLP use cases to propose content for users of cooking website
List different features to collect for Recipe Recommendations of food cooking and review website
List different features for Automated Recipe Rating from recipe cooking website
List key features for Recipe Recommendations of food cooking review website based on seasality
List features to engage active users, occasional users of food review website
Some key cut off was Virtual, Mixed Reality, and HoloLens. The hype around the metaverse is coming to reality. GPT in fact is much more realistic than metaverse. Now we see a traction of shift. " it paints a picture of a company that perhaps no longer believes in virtual reality."
Microsoft has laid off entire teams behind Virtual, Mixed Reality, and HoloLens
Google’s Fuchsia and Area 120 see significant cuts in layoffs
Key points
I have not seen a great move in Edge Analytics / Google Coral TPU. There was not a great breakthrough in terms of AI adoption / Breakthru models.
Working on Great Tech vs Delivering Value vs Solving use cases
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Reading about GAN is easier but sad not to get any output after 2000 Epochs.
CycleGAN - CycleGAN is a model that aims to solve the image-to-image translation problem
How the loss is calculated while training?
Adversarial Loss: We apply Adversarial Loss to both the Generators, where the Generator tries to generate the images of it's domain, while its corresponding discriminator distinguishes between the translated samples and real samples.
Cycle Consistency Loss: It captures the intuition that if we translate the image from one domain to the other and back again we should arrive at where we started. Hence, it calculates the L1 loss between the original image and the final generated image,
CycleGAn Experiments - Implementing CycleGAN
Image to Image Translation using CycleGANs with Keras implementation
Experimented this code - Code Example
Loss Notes, pixelwise MSE loss
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Coach / Code / Innovate