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Machine Learning Trends
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Machine Learning Trends

Machine Learning Trends

Introduction

Like many other innovative technologies of the modern-day, machine learning is one of the greatest trending technologies. However, its applications in industries are only restricted by our imagination. Development and new ideas in machine learning made a lot of tasks more efficient and precise than ever before.

What is Machine Learning?

Machine learning (ML) is a kind of artificial intelligence (AI) that permits software applications to become more accurate at predicting results without being explicitly programmed to do so.

ML algorithms are widely used in several applications, such as in medicine, email filtering, speech recognition, and computer vision, where it is difficult to develop conventional algorithms to perform the needed tasks.

Why is machine learning important?

As it offers organizations a view of trends in client behaviour and business operational patterns, as well as helps the improvement of the latest products. The applications are endless. Healthcare, financial services, transportation, cyber security, marketing and government services, machine learning can help every type of business adapt and move forward in an agile way.

Many organizations, like FB, Google and Uber, use machine learning as the central part of their operations.

Top Machine Learning Trends

Ten Machine Learning Trends you must know

Machine learning (ML) is one of the fastest-growing fields in technology which is also used in Artificial Intelligence.

Especially because the workplace, products, and service expectations are changing through virtual transformations, more organizations are leaning into machine learning solutions to optimize, automate, and simplify their operations.

1. No-Code Machine Learning

It is the way of ML applications without having to go through the long processes of pre-processing, modelling, designing algorithms, collecting new data, retraining, deployment, and more. Some of the main advantages are:

Quick implementation: Without any code or debugging, implementation is easy and time-saving.

Low costs: Computerization eliminates the longer development time, large data science teams are no longer necessary.

Simplicity: No-code ML is easier to use due to its simple drag and drop format.

For simplification, it uses drag and drop inputs. The Following process is used:

  • Begin with user behaviour data
  • Drag and drop training data
  • Use a question in plain English
  • Evaluate the results
  • Generate a prediction report

2. Automated Machine Learning

The next level of development in machine learning is automatic machine learning. It allows these data scientists to create machine learning models with higher efficiency and productivity while having top-notch quality.

There are so many tools available but as an example tools like AutoML can be used to train high-quality custom machine learning models for classification, regression, and clustering without much knowledge of programming. It can easily deliver the right amount of customization without detailed knowledge of the complex workflow of machine learning. One such example of AutoML is automated machine learning provided by Microsoft Azure that you can use to construct and deploy predictive models.

3. Machine Learning in Cyber Security

As machine learning becomes increasingly popular in present-day times, it is also growing its applications in many different industries. The cyber security industry is the most popular among them. Machine learning has many applications in Cyber security including improving available antivirus software, preventing cyber-crime that also uses machine learning skills, identifying cyber threats, and so on.

Machine learning is also used to create smart Antivirus software which can discover any virus or malware by its unusual behaviour instead of just using its signature like normal Antivirus. So the Antivirus can identify old threats from previously encountered viruses and also can identify the new threats from viruses that were recently created by analyzing their auspicious behaviour.

4. AIOps

AIOps is considered to be the future trend of IT operations. Generally, AIOps uses big data, Artificial Intelligence, Machine Learning, and advanced analytics to collect the enormous amount of IT operations data that comes from apps and performance-auditing solutions. After that this data is used to identify patterns, events, and performance issues.

It mainly simplifies the work of IT operations which are difficult to monitor as well as at the same time ensures that user experience has no effect.

5. Reinforcement Learning

Reinforced Learning (RL) can be used generally by organizations in the forthcoming years. Deep learning can be used uniquely by reinforcement learning that utilizes its own experiences to improve the effectiveness of captured data.

Here AI programming is set up with various conditions that characterize what sort of activity will be performed by the software.

6. The Overlap Between AI and IoT

IoT is an established technology itself but nowadays the combined use of AI and ML will give us better results. While AI and IoT both technologies have independent features, used together, they’re opening up better and more specific opportunities. The confluence of AI and IoT is the reason we’ve smart voice assistants like Alexa and Siri.

In addition, we can say that AI and ML play a significant role in analysing data that IoT devices collect to prove better results.

So, you can think about IoT because of the digital nervous system and AI as the brain that makes the decisions.

7. Augmented Analytics

Artificial intelligence (AI) is an important, effective technology that is steadily being applied to all core business processes. As organizations are searching for new possibilities to optimize their workflows, they invest in data analysts to create and count on effective AI/ML models.

Augmented analytics will change how businesses gain and analyse data to make predictions and reach decisions.

  • Augmented reality makes the gap between virtual and physical reality.
  • The visual data which are collected by AR applications can be used in Image Sensing.

Augmented reality and Artificial Intelligence are separate but complementary technologies. They both can support each other to build something magnificent.

8. Popularization of facial recognition

Face recognition is one of the most popular applications of artificial Intelligence. The technological development that takes place in recent years has caused a huge adoption of this technology.

In the healthcare industry, facial analysis widely helps in the diagnosis of diseases. Sophisticated algorithms are the important diagnostic tool for disorders that cause noticeable changes in physical look. In education, it can be used to track student’s attendance in schools. Devices are being used to scan students’ faces and compare their pictures with database records to verify their identities.

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