Artificial intelligence, machine learning, and deep learning: there are all terms that have grown in popularity in the last ten years. The massive increase in processing power as well as the widespread adoption of cloud computing has given us the tools to build AI capable of doing some of the most amazing tasks imaginable.
From AIs writing papers about themselves to AIs winning art contests, the limits of autonomous systems are tested daily. This has led many to ask themselves how to develop their own AI system. How can I enhance my business with AI? It must be hard, right?
Actually, no. Starting from scratch might be extremely difficult (there is a reason why these tools are built by top-tier engineers). But there are hundreds of tools on the market, both commercial and open source, that are meant to facilitate the process. With the right mental framework, a few guidelines, and a solid plan, you’ll be building an AI in no time. To further streamline this process and ensure the successful integration of these tools, you might consider the decision to hire AI developers. These professionals can bring the necessary expertise to leverage the full potential of these AI tools in your projects.
Which Programming Language Is Used in AI?
Before we delve deeper, we have to talk a bit about the basic foundations of AI, including which programming languages are a better fit for creating your own.
Any robust programming language is perfectly capable of building AI systems, but some of them stand out as the best languages overall. In some cases, it’s because the language has AI-friendly functions built in, while in others, it’s because the community has gathered around these languages, producing tools to facilitate AI systems. Here is a quick list.
Python
Slice it any way you want, and Python will almost always come on top as one of the most popular programming languages. It’s all-purpose programming and interpreted language that has earned its place for its ease of use, readability, and massive numbers of packages, libraries, and frameworks.
Python is a fantastic language for AI, with dozens of tools built to facilitate the process. PyTorch, for example, is a very powerful framework for machine learning that has a friendly and simple interface built on Python (or if you are up to the challenge, C++). It should come as no surprise that this language is a favorite considering that it has been adopted as the go-to for the data science community.
Julia
Out of all the options on this list, Julia is the youngest, and that’s a good thing. Julia was built from the ground up to be a data science language — one that covers most of the limitations of other languages on this list, is less syntactically complex than Java or C++, and is faster than Python or R.
It’s a language that’s slowly gaining ground in the data science community. And you should be on the lookout if you are interested in emerging and AI technologies.
R
R was the reigning king of data science until Python came along. This open-source alternative to the S language has been a favorite of academia for quite a while. It’s not the easiest to use (or understand), but its plethora of libraries backed by the scientific community is hard to replace.
Other popular languages include Scala, Java, and C++, if anything because of their massive adoption and popularity in and out of the software engineering world. While sometimes dense, these three stand out because of their performance and well-nurtured ecosystem.
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What Is Required to Build an AI System?
To build your AI system, there are certain steps to follow.
#1 Define a Goal
Before writing your first line of code, you have to define what problem you want to tackle. AIs are trained to solve specific issues, and the less defined your problem, the more difficult it is to build your solution. At this stage, if you are going with your AI as a product, you have to define your value proposition: What is the problem, and why is it a good idea to invest in your product to solve it?
#2 Gather and Clean the Data
As I’ve always said, a model is only as good as the data it was created with, so having the right data to train your AI project is extremely important. What do we mean by the right data?
- The data is relevant to the problem you are trying to solve.
- There is sufficient data to adequately represent all possibilities and outcomes.
- The data isn’t biased.
Data comes in two broad types: structured and unstructured. Structured data is clearly defined information with simple search parameters — for example, the contents of a spreadsheet. Unstructured data on the other hand is complex and cannot be parsed easily — for example, a transcript from a conversation.
As every data scientist knows, data is hardly ever structured. Most of the time we have to clean it and organize it to make sense of it. That same principle applies to AI. Getting the data ready by ordering it, deleting incomplete entries, and classifying it is called cleaning the data.
#3 Create the Algorithm
No two AIs are alike. A language learning model is very different from a perception AI. Neural networks and deep learning, random forests, k-nearest neighbors (KNN), and symbolic regression are some of the mathematical underpinnings of AI, each serving its own function and solving a specific kind of problem.
For example, neural networks are fantastic for predictive models, while KNN is built for classification. The nature of the task and the scope of your project will help you assess what’s the best algorithm for your project.
Some companies like Google offer pre-trained AI models ready to be customized and deployed. These are built with millions of data entries and are more robust than what most of us are capable of accomplishing. Instead of training from zero, you could use one of these services instead.
#4 Train the Algorithm
An AI needs to learn its task; this is what we call training. As a standard, most data scientists use 80% of their data set to train their models, and the remaining 20% is used to assert the model’s predictive capabilities. Training means that the AI identifies patterns in the data and makes a prediction based on said patterns.
5# Deploy the Final Product
With the AI trained, it’s time to polish the final details and deploy the product. At this stage, we define the user interface and its scope, and if it’s a service, we build the brand around it.
From the auto industry to common daily tasks, AI is becoming a core technology in almost every field, and with the sudden increase in interest and revenue potential, it’s to be expected that new tools are emerging for developers and non-developers alike to build intelligent systems. Remember, knowing how to make an AI is only half the battle, as they say, the devil is in the details.
If you enjoyed this, be sure to check out our other AI articles.
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FAQs
How can businesses determine the ROI of implementing AI software development?
Businesses can determine the ROI of AI systems by establishing KPIs for these systems, depending on their key concerns. For example, they should assess what business problems they are trying to solve and consider how AI can assist in solving them.
What ethical considerations should businesses consider when developing AI projects?
There are several ethical considerations businesses should consider when developing AI solutions, such as bias, discrimination, safety and security, transparency, privacy, and accountability.
What are some common challenges that companies face when implementing an AI model?
Companies face a number of challenges when they’re implementing AI systems, such as a shortage of appropriate skills and knowledge, security and privacy concerns, a lack of quality data available, and resistance to change among team members.
How can companies ensure the security of their AI systems?
In order to ensure the security of Artificial Intelligence systems, companies should work with AI and cybersecurity experts to protect themselves and their data. They should also conduct routine security assessments, use secure networks, update software regularly, train employees on how to use the tools correctly and implement disaster recovery protocols.
How can companies stay ahead of the curve in AI technology advancements?
Staying ahead of the curve in AI technology advancements requires a proactive and strategic approach. Companies can achieve this by investing in continuous learning and development programs for their teams, fostering a culture of innovation and experimentation. Additionally, it’s crucial to maintain close relationships with academia and leading AI research institutions, as these entities often spearhead the development of new AI methodologies and breakthroughs. Finally, embracing open-source AI projects and contributing to their communities can provide insights into new developments and best practices in the AI field. By staying informed and adaptable, companies can not only leverage AI technologies to enhance their operations but also drive innovation in their respective industries.
