4.9 out of 5 based on 4000 Students Rating
AI is shifting the paradigms of technological application in our lives today. It’s not an imaginative concept anymore- it already exists and aids in programming or cyber security. In simple terms, AI enables computers and machines to perform certain functions requiring human-like mental capacities like learning, analyzing, and making decisions.
• Day 1 History of AI
• Day 2 -3 AI vs. Machine Learning vs. Deep Learning
• Day 4 -5 Types of AI
• Day 6 -9 Linear Algebra
• Day 10 -11 Probability
• Day 12 Calculus
• Day 13 Supervised Learning
• Day 14 -15 Linear and Logistic Regression
• Day 16 -19 Support Vector Machines
• Day 20 -23Decision Trees, Random Forests
• Day 24 Nearest Neighbors (k-NN)
• Day 27 Reinforcement Learning
• Day 28 Neural Networks
• Day 29 Activation Functions
• Day 30 -31 Backpropagation
• Day 32 Convolutional Neural Networks
• Day 33 -34 Text Pre-processing
• Day 35 -37 Word Embedding
• Day 38 -42 Language Models
• Day 43 Text Classification
• Day 44 Image Classification
• Day 45 -47 Object Detection
• Day 48 Image Segmentation
• Day 49 -50 Generative Models (GANs)
• Day 50 -52 Bias in AI Models
• Day 53 Explainable AI
• Day 54 Ethical concerns in AI
• Day 55 Markov Decision Process
• Day 56 Monte Carlo methodology
• Day 57 -58 Temporal Difference learning
• Day 59 Policy optimization techniques
• Day 60 -70 Programming Languages: Python, R
• Day 71 -80 Libraries: TensorFlow, PyTorch, Scikit-learn, Keras
• Day 81 -90 Data Handling: NumPy, Pandas
• Day 90 -95 Cloud AI Platforms: AWS, Google Cloud AI, Microsoft Azure
• Day 96 -100 AI project cycle: Problem definition, data collection, model training, evaluation, deployment
• Day 101 -110 Case Studies: AI applications in healthcare, finance, autonomous vehicles, etc.
4.9 out of 5 based on 4000 Students Rating
Artificial Intelligence (AI) is becoming increasingly prevalent in the industry and is revolutionising enterprises globally. The growing prevalence of AI has created a need for AI specialists which remains at an all-time high in tech hub locations like Delhi, where launching a successful firm depends on creativity. For those who are interested in artificial intelligence and wish to pursue a more promising career in the sector, enrolling in an Artificial Intelligence Course in India would be the best thing to bring into action. Addressing the modern era, artificial intelligence (AI) is the driving force behind technology advancements in all industries, including healthcare, banking, retail, and even entertainment.
The technique of using AI is becoming more accurate as it takes less time and is widely used in different sectors and industries. The healthcare sector is using artificial intelligence (AI) for jobs including regulation and monitoring, as well as for the interpretation and analysis of patient care data. Banking organisations also use artificial intelligence to identify credit card fraud, examine market trends, and provide their customers with specialised services by utilising AI-based solutions. Overall, it can be said that AI is the future that will revolutionise the whole industry.
Even though there is a sizable skills gap in AI education, there is a strong need for AI researchers, engineers, data scientists, and machine learning specialists. Thus, to close the knowledge gap, the Artificial Intelligence Institute in India are providing courses that will share practical knowledge with the students to bring efficiency and accuracy to work and in any industry.
Considering the relevance of artificial intelligence, the Artificial Intelligence Training Institute in India, like GICSEH, always strives to provide the necessary set of information and essential skills for securing a successful career in artificial intelligence. Artificial Intelligence Course in India provides an extensive array of AI training which is also a centre for technological and educational innovations. Artificial Intelligence Training Institute in India makes sure that the students are prepared for successful career advancement by emphasising both practical applications and academic understanding of AI.
Therefore, enrolling in an Artificial Intelligence Course in India at an institution like GICSEH offers several benefits for people who want to work in the AI business. They give students access to top-notch instructors and state-of-the-art equipment to acquire the most advanced AI knowledge.
By 2025, Artificial Intelligence would be more than just a buzzword; it would be a fundamental driver of innovation, automation and economic growth. Reality being spoken here is that AI has become increasingly vital across
industries such as healthcare, finance, education, agriculture and e-commerce. Organizations are leveraging AI capabilities to improve efficiency and productivity, provide personalization to users and offer innovative solutions to complex issues. India’s stature as one of the fastest growing digital economies will spur a dramatic increase in AI innovations and thereby need for applications across a variety of sectors. AI training in India will be more than relevant - it will be necessary for individuals to maintain employability and market readiness as technology increasingly drives the job market.
The Indian government’s Digital India Program and National Strategy for Artificial Intelligence initiatives positively support research in Artificial Intelligence while promoting the establishment of skills and leadership for the industry. Institutions and private organizations are heavily investing in up-skilling programs to address the talent gaps allowing for AI innovation. AI roles such as Machine Learning Engineer, Data Scientist and AI Product Manager etc. are among the highest rated jobs overall in the market today. With MNCs engaging startup companies in hiring talent for these roles, AI training will offer direct paths to secure high paying job opportunities in India and abroad.
Artificial Intelligence (AI) is one of the most powerful technologies that are driving the future of our digital world. It can be defined as the simulation of human intelligence by machines, primarily computer systems, to carry out functions that normally require human intelligence: the ability to learn from data, recognize speech or images, translate languages, make decisions, and solve problems.
We at GICSEH believe that AI is much more than a technology—it is a career-changing technology. Whether you are an IT professional, a computer science (CS) student or a working professional trying to learn new skills, knowledge of AI can create unique possibilities in areas such as cyber security, data analytics, robotics, and ethical hacking.
Artificial Intelligence (AI) comes in different types, each with unique abilities and purposes.
Understanding these categories helps us understand how artificial intelligence is influencing the world and what we may have in the future.
Narrow AI vs General AI vs Super AI
Narrow AI (Weak AI):
This is the most common type of AI that we see around us today. Narrow AI is programmed to do one specific type of task. For example: recommending an action movie on Netflix, identifying faces in photographs, assisting with voice a command using a powered assistant like Alexa or Siri, etc. Narrow AI is intelligent in its specific area but is incapable of thinking or acting beyond its programmed function.
General AI (Strong AI):
General AI is a stronger knowledge-based intelligence that is more akin to human intelligence. General AI would allow computers to learn and reason and problem solve over multiple domains and topics similar to how humans do this. This type of AI is still being researched and has yet to be produced.
Super AI:
Super AI would provide functionality that is beyond human intelligence, completing tasks quicker and better than any person. This is a future concept where machines may develop their own human-like emotions and self-awareness. Right now, Super AI is only a fictional concept we talk about in research.
Reactive Machines:
These are the simplest AIs. They are reactive to current scenarios, but they can't remember the past. For example, think of IBM's Deep Blue chess computer. It was able to analyze moves, but it didn't possess any memory of the previous games it played.
Limited Memory:
Most AI today, self-driving cars for example, fits in this category. They can learn from previous data and apply that knowledge to make a better decision about a situation, but it is a short-term "memory" that is helpful for the given task.
Theory of Mind:
This is the whole idea of what we want AI to be one day. A system to recognize human emotions, beliefs, and even their intentions. It will use this knowledge to perform all the regular and atypical aspects of empathy or a social tie by interacting with others on a personal basis. Researchers are looking to achieve this level of intelligence.
Self-aware AI:
This is the only advanced type, and a hypothetical one at that, of AI. It will have its own consciousness and self-awareness - an AI system that understands the world and itself.
Machine Learning:
Machine Learning is the core technology for AI. It's ability to learn from data and improve over time without explicitly being programmed is what allows it to impact everything from spam filters to personalized recommendations.
Deep Learning:
Deep Learning is a subset of machine learning architecture using layers of neural networks to carry out data computations. It allows AI to identify patterns from complex data, such as, images, speech or text . This technology is behind innovations such as automatic translations of foreign languages and identifying people in images.
Natural Language Processing (NLP):
NLP is designed to allow machines to understand and respond to human language. This technology enables chatbots, virtual assistants, and many other AI-driven language technologies
Computer Vision:
Computer vision allows AI to see by interpreting visual information from the world such as photos, videos, and images. For example, recognizing objects in photographs.
Robotics:
Robotics is using AI with physical machines. It can be used to automate manufacturing processes, healthcare services, and even in our own homes.
If AI will govern our lives then we need to be positioned to know the types of AI that can assist humans in becoming easier, smarter, and more efficient. AI continues to develop in ways that will be useful for all levels of day-to-day human activity.