Types of Artificial Intelligence

There are different types of artificial intelligence. Narrow AI is the most commonly known type, and operates within limited constraints. Narrow AI refers to AI systems that only perform one specific task and possess limited competencies. The next two types are general AI and self- aware AI. To better understand each type, let’s discuss the characteristics of each. Let’s start with narrow AI. Narrow AI is limited in its competencies. It is only able to recognize images, hear sounds, and read human speech.

Reactive machines

Reactive machines are the most basic forms of artificial intelligence. They use their intelligence to respond to the world around them, without storing memories or relying on prior experiences. The most famous example of a reactive machine is Alpha Go, a computer program that beat a top Go player. Although the technology used by AlphaGo is not the most advanced, it does use a neural network to observe developments and make immediate decisions.

These machines perceive the world by performing basic tasks. They have no concept of the world and only respond to input and output. These machines are the first stages of AI. For example, an image recognition AI program will be trained using thousands of images and labels. As the AI develops, it will adjust accordingly. The goal is to make these systems more reliable and trustworthy. However, AI is not yet ready for the industrial revolution.

Limited memory

What is the difference between AI with limited memory and AI without limited memory? Artificial intelligence with limited memory uses its historical data and previous memories to perform tasks. It drives all AI applications, including self-driving cars, virtual voice assistants, chatbots, and more. It can’t remember everything it sees or does, but it can learn from experience. Self-driving cars are the best example of … Read More

Artificial Intelligence Examples in Healthcare

If you are a student of AI, you will probably be familiar with the terms Reactive machine, Narrow AI, and Strong AI. But do you know what each of these terms means? Here are some examples. Read on to discover how these technologies are being used in the healthcare industry. This article will discuss the various types of artificial intelligence and how they can be applied.

Whether you’re interested in advancing the field of AI or just want to learn more about this technology, we’ve got you covered!

Reactive machine artificial intelligence

Reactive machine AI resembles the human brain, with the ability to respond to situations without any memory or reliance on past experiences. This type of AI is limited to scenarios covered in its rules and cannot predict the future. Reactive machines were developed to perform specific tasks like spam filters, or recommend movies on Netflix. This type of AI is a great accomplishment, but we need to keep in mind that very little human action is reactionary.

Narrow AI

A broad definition of artificial intelligence would encompass a variety of tasks, but it would be more accurate to say that it is a subset of broader AI. Narrow AI examples are systems that do a specific task better than humans. For example, a weak AI system could identify a mass in a patient’s chest more accurately than a doctor trained in radiology. Other examples of narrow AI systems are self-driving cars and autonomous drones, and predictive maintenance platforms that use sensor data to forecast machine failures and repair times.

Strong AI

In order for an AI system to be deemed intelligent, it must perform multiple tasks equally well. For this, we need to understand how it works. While the Turing Test only tests how well an AI can … Read More

Internet of Things Applications – The Biggest Challenges

Whether you’re trying to improve your home’s security, monitor your water consumption, or automate your business processes, you’ve probably considered the many possibilities of Internet of Things applications. However, there are a few things to keep in mind before jumping on the bandwagon. These include real-timeness, security, cost, and scalability. Let’s look at some of these issues one by one. In addition to the benefits, Internet of Things applications can be incredibly expensive.


The cost of Internet of things (IoT) applications varies depending on the features and complexity of the application. The cost of development depends on several factors, including the type of hardware used. The hardware accounts for 70% to 80% of the total production cost. Once the hardware is selected, the cost of development will increase accordingly. To determine the exact cost of an IoT app, a minimum viable product (MVP) approach should be followed.


In today’s digital world, the rise of IoT has brought previously isolated devices together. Real- time embedded devices use Internet connectivity to monitor and control processes in many domains. Because they use real-time data, they must communicate with each other in milliseconds or less. But how can these devices achieve this? What are the limitations of real- time embedded devices? Here are a few of the biggest challenges.


Scalability refers to the number of devices a particular IoT application can support. What is acceptable is a different question altogether, depending on the use case. For example, some platforms claim to support connected factory solutions with up to 1500 gateways. Others claim to support LPWAN solutions with 500,000 or more connected assets. But what exactly does scalability mean, and how can it be measured? To answer this question, we will discuss various factors related to IoT scalability.


IoT devices have … Read More

Internet of Things Examples for Public Safety and Defense

The automation capabilities of IoT devices are one of the main attractions of this technology. Unlike traditional appliances, most IoT devices can function independently of human intervention. Home appliances can now be automated and monitored remotely. Similarly, traffic lights can be automated and waste collection can be monitored. This type of automation could improve public safety. If you’re interested in exploring how these innovative technology can benefit your daily life, read on. This article will explain how you can get started today.

IoT devices can automate traffic lights

IoT technology is a great way to streamline the traffic light system. The technology can track various factors like train speed, carriageway temperature, number of vehicles, and traffic patterns at an intersection. In addition, the technology helps organizations better monitor the safety of their critical infrastructures. As traffic patterns and weather change, IoT-enabled systems can automatically respond to the conditions and make the process easier. Not only will this save time and money, but it will also help cities reduce congestion and increase safety.

Another use for IoT is in roadside lighting. Sensors placed strategically in the area can detect weather conditions and adjust traffic lights automatically. These devices can also help improve traffic signaling systems. Smart traffic lights can detect when rainy or foggy conditions occur and change their light patterns to reflect the weather conditions. IoT devices can also help address environmental concerns, alleviate traffic, and improve sanitation. Ultimately, IoT devices can help cities improve their infrastructure.

They can monitor waste collection

The Internet of things (IoT) is revolutionizing the way we manage our waste. Using sensors, we can monitor waste collection to ensure that it happens in a timely manner. Smart waste management will prevent overflowing garbage bins by alerting authorities before they are full. It will also help … Read More

Digital Employee Experience Examples

Design systems and platforms should be built with the human user in mind, focusing on processes and needs. A digital employee experience should be based on design thinking, placing humans at the center of the process, and focus on what the job to be done actually is. A design platform should include KPIs to measure how well it helps the employee perform the task at hand. Here are a few examples of how to build a digital employee experience.

Intelligent communications

When we talk about Intelligent Communications, we often think about unified communications. Although there are differences between the two, they are both related to a better digital employee experience. While operational metrics measure whether activities are performed as planned, experience metrics assess how employees perceive the services they are receiving. Luckily, there are some ways to measure both. Here are some examples of how to measure each. Hopefully, the following examples will help you understand the importance of Intelligent Communications.

A key element of an effective digital employee experience is tailoring the delivery channels, devices, and notifications to each employee. This is where AI comes into play. As a result, every employee’s experience can be personalized to the very individual. This is why it is important for companies to collect data on their workforce’s needs to optimize the employee experience. Here are some of the top challenges and best practices for designing an intelligent communications solution.

The ability to personalize content based on the needs of individual employees is one of the biggest benefits of this technology. Employees can get relevant information right when they want it, which is similar to “Just-in-time” manufacturing. By ensuring that information is delivered to employees at the right time, companies can create a culture that encourages and fosters knowledge sharing. These strategies will … Read More