MACHINE INTELLIGENCE
Machine Intelligence is an advanced intelligence computing that enable any machine to interact with the outside world. Machine Intelligence uses Machine Learning (ML) and Deep Learning (DL) to run systems for automation & network evolution.
following tasks can be performed by machine intelligence
Extraction and classification of data
Optimization and automation of process
Interaction enhancement with humans & environment
Detection, analysis & prediction of trends for patterns
machine learning
Machine Learning is based on the idea to give these machines the power & access to data & let them learn themselves. Due to emerging technical concepts and technologies this idea of machine learning has transformed to a much higher level. The new wave of technology focuses on iterative learning where machines learn to repeat decisions made in the past, in similar situations based on the patterns and computations that were previously created. So, to see this concept simply, the machine learns from the previous computations, known as pattern recognition to produce robust results.
Why is it important?
To understand why machine learning is important for your business consider some of these examples: the self-driving Google Car, friends’ suggestions of Facebook and your favorite items being displayed on Amazon- are enough to enlighten with the fact that this technology has taken over the world. Industries handle a lot of data and to filter the relevant one, machine learning is important. Machines can speed up this process to bring out only the integral piece of information that is relevant in industrial development making businesses work more efficiently gaining a competitive edge. Implementing various automatic sets, ML has replaced many traditional statistical techniques of data extraction and interpretation providing a well gateway to industries to excel in their fields. Affordable and easy computation processing & cost-effective data storage options made it feasible to develop models that quickly and accurately analyze huge chunks of complex data. Organizations already using ML are successful in delivering personalized services and differentiated products that precisely cater to varying needs of the customers. To know what it takes to develop an efficient and proper machine learning program for your business here’s what you need to excel in:
Superior data preparation capabilities
Knowledge of basic & advanced algorithms
Better Scalability
Automation & iterative processes
knowledge of ensemble meaning
machine learning methods we use
Supervised Learning
Unsupervised Learning
Unsupervised Learning
In Supervised Learning the algorithms are provided with a proper input and a correct output to detect the errors. The algorithms are trained using labeled examples like for instance an equipment can have data points as ‘F’ (failed) and ‘R’ (run). Using these labels, the algorithms are able to modify the model further. This is known as pattern recognition where the algorithm uses different methods such as, regression, classification, gradient boosting, and prediction. Supervised Learning is generally used in the areas where historical data predicts the future events, such as in fraudulent credit card transactions.
Unsupervised Learning
Unsupervised Learning
Unsupervised Learning
Here the data has no historical labels. The algorithm has to identify the structure from the given data after analyzing it properly. This type of learning works best for Transactional data like identifying customer segments and attributes and then lets the business to treat them similarly in marketing campaigns. Unsupervised Learning is about identifying a similar structure in the available data sets and outliers in the available data sets.
Semi-supervised Learning
Semi-supervised Learning
Semi-supervised Learning
Semi-supervised Learning is yet another kind of learning which is based on the notions of both supervised and unsupervised learning. The algorithm uses small set of labeled data and a large set of unlabeled data for training. This type of machine learning is often used with methods, such as regression, classification and prediction and is ideally used in face and voice recognition techniques.
Reinforcement Learning
Semi-supervised Learning
Semi-supervised Learning
As the name suggests this type of learning is based on the traditional data analysis where the algorithm analyses the highest rewarding result through trial and error. The three main components in reinforcement learning are: the agent or the decision maker, the actions that the agent does and the environment that interacts with the agent. As a whole, the ultimate idea of reinforcement learning is to identify the best policy or the method that helps businesses in achieving the goals faster. Reinforcement Learning is commonly used in navigation, robotics and gaming.
Type of Machine learning algorithms we develop
To extract value out of Big data, businesses must know exactly how to pair the right algorithm with a particular tool or process and build machine learning models based on iterative learning processes. A few main machine learning algorithms are -
Random forests, Analysis of principal components, Discovery of sequence and associations, SEO Boosting and bagging gradient, Decision trees, Neural networks, Mapping of nearest neighbor, Supporting vector machines, Multivariate adaptive regression
Harnessing ML applications is not just knowing the algorithms, but in pairing them accurately:
Data exploration and visualization of results
Deployment models for quick, reliable and repeatable results
Data exploration and visualization of results
Data quality and management
Deployment models for quick, reliable and repeatable results
Data exploration and visualization of results
Deployment models for quick, reliable and repeatable results
Deployment models for quick, reliable and repeatable results
Creating process flows and models through development of graphic UI
Creating process flows and models through development of graphic UI
Creating process flows and models through development of graphic UI
Creating process flows and models through development of graphic UI
Comparison and Identification of various ML models
Creating process flows and models through development of graphic UI
Performance comparison through automated ensemble model evaluation
Performance comparison through automated ensemble model evaluation
Creating process flows and models through development of graphic UI
Performance comparison through automated ensemble model evaluation
Data-to-decision Process Automation
Data-to-decision Process Automation
Data-to-decision Process Automation
deep learning
Artificial Intelligence holds a broader concept of machines carrying out tasks and processes on their own according to our assistance wherein Deep Language is an application of AI to achieve this target. Deep learning is a machine learning technique of understanding through example, it will teach computers to do that comes to humans naturally. For example, on self-driving car will recognize the STOP sign and understand to stop car on that sign. In deep learning, a computer model learns to perform tasks directly from audio, video or text. It encompasses ML, where machines can learn by experience and acquire skills without human involvement. Deep learning is removal of the manual identification of the features in data on whatever training process it discovers the useful information in the input examples.
deep learning applications
Speech Recognition
Natural Language Processing
Speech Recognition
Image Recognition
Natural Language Processing
Speech Recognition
Natural Language Processing
Natural Language Processing
Natural Language Processing
why deep learning is important?
It makes life easy
Distributed Representations
Distributed Representations
Distributed Representations
Distributed Representations
Distributed Representations
Depth knowledge
Information is spread over several neurons
Information is spread over several neurons
Information is spread over several neurons
Information is spread over several neurons
Information is spread over several neurons
benefits
Cost and time benefits
Quality and accurate results
Quality and accurate results
Quality and accurate results
Quality and accurate results
Quality and accurate results
Growth in Job
identifies defects
identifies defects
identifies defects
identifies defects
identifies defects
Type of Industries EPAD Services
Machine Intelligence has gradually attained a valuable mark in the corporate world. There is not a single industry left that does not deal with huge volumes of data and to manage this data, they are the solution. By leveraging insights obtained from the filtered data, companies are able to work in an efficient manner to control costs and outshine their competitors. Here are some of the industries which implement machine learning:
Financial Sector
Marketing and Sales
Marketing and Sales
Companies in the financial sector are more concerned about managing the financial data. Machine Intelligence is used extensively to identify key insights in financial data as well as to prevent any occurrences of financial fraud, identifying institutions prone to financial risk as well as identifying investment opportunities. oblems in the first place.
Marketing and Sales
Marketing and Sales
Marketing and Sales
Personalized marketing is the key to gain more and more customers hence the companies are using Machine Intelligence technologies to analyze the purchase history of their customers and make personalized product recommendations for their next purchase.
Government
Marketing and Sales
Government
Government agencies also handle a large amount of data that needs to be handled efficiently. For any government public safety is the major concern as they have multiple data sources. Machine Intelligence is used to identify useful patterns and insights and also to minimize identity thefts and detect fraud.
Healthcare
Transportation
Government
Healthcare is also gradually inclining towards the Machine Intelligence technologies. Wearable sensors and devices have become the new trend that uses data to access health of a patient in real time. These sensors provide real-time patient information, such as overall health condition, heartbeat, blood pressure and other vital parameters. This technology also empowers medical experts to analyze data to identify trends that facilitate better diagnoses and treatment.
Transportation
Transportation
Transportation
As machine intelligence works on pattern recognition hence based on the travel history and pattern of traveling across various routes, this technology can help transportation companies predict potential problems that could arise on certain routes. This is helping Transportation firms and delivery organizations to make informed decisions and help their customers make smart while travelling.
Oil and Gas
Transportation
Transportation
Oil and Gas industry uses Machine to analyze underground minerals and find new energy sources to continue oil distribution. This application is yet to be explored a lot for this industry.
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