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NARROW OR DEEP AI

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           Narrow or Deep AI , also known as Weak AI or Applied AI , refers to artificial intelligence systems designed to perform a specific task or set of tasks exceptionally well. Characteristics:   Task-oriented: Focuses on a single, well-defined problem.   Domain-specific: Expertise in a particular area or industry. Narrow knowledge base: Limited to a specific dataset or scope. Rule-based: Operates within predefined rules and constraints. Examples: Image recognition software. Natural Language Processing (NLP) chatbots. Recommendation systems. Autonomous vehicles (limited to driving tasks). Medical diagnosis tools. Advantages: High accuracy and efficiency. Fast processing and decision-making. Scalability and reliability. Cost-effective and efficient. Limitations: Limited adaptability. Lacks general intelligence. Requires extensive training data. Vulnerable to bias and errors. Contrast with General or Strong AI: Human-like intelligence. Bro...

UNLOCKING THE POWER OF ARTIFICIAL INTELLIGENCE

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" Transforming Industries and Revolutionizing the Future ".                   Image: a futuristic AI-related graphic What is AI? Definition: "Artificial Intelligence refers to the development of computer systems that can perform tasks that typically require human intelligence, such as learning, problem-solving, and decision-making." Examples: Siri, Alexa, self-driving cars, chatbots. Types of AI Narrow or Weak AI: designed for a specific task, like facial recognition or language translation. General or Strong AI: aims to match human intelligence and capabilities. Superintelligence: significantly surpasses human intelligence. AI Applications Healthcare: diagnosis, personalized medicine, patient care.   Finance: fraud detection, risk management, investment analysis. Transportation: autonomous vehicles, route optimization, traffic management. Education: personalized learning, adaptive assessments, intelligent tutoring.  AI Ben...

COMPUTERIZATION

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LEARNING COMPUTERIZATION Title: COMPUTERIZATION: Transforming Processes and Lives. Subtitle: Understanding the Impact of    Computer Technology Presented by: [ TECH WIZARD ] D a te: [sat, August 31,2024] INTRODUCTION TO COMPUTERIZATION   DEFINITION : The integration of computer technology into various processes, systems, and operations. PURPOSE :Enhance efficiency, accuracy, and accessibility of information HISTORICAL BACKGROUND Early Computing: 1940s - Use of mainframes for calculations. Advent of Personal Computers: 1980s - Computers become accessible to businesses and individuals. AREAS OF APPLICATION Business: Inventory management, accounting, customer relationship management (CRM). Healthcare: Electronic health records (EHR), telemedicine, medical imaging systems. Education: E-learning platforms, digital classrooms, online assessments. Government: E-governance, data management, public service applications. BENEFITS OF COMPUTERIZATION Increased Efficiency: Automati...

MAJOR ADVANTAGES OF COMPUTERIZATION

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  "Unlocking Efficiency: THE MAJOR ADVANTAGES OF COMPUTERIZATION" COMPUTERIZATION IN OUR DAILY LIFE  Efficiency  Increased Speed: Computers can process data and perform calculations much faster than humans. Streamlined Processes: Automation reduces the time spent on repetitive tasks.  Accuracy Reduced Errors: Computerized systems minimize human error in calculations and data entry.  Consistent Output: Automated processes ensure uniform results throughout operations. Data Management Storage and Retrieval: Efficient data storage solutions enable easy access to large volumes of information. Data Analysis: Advanced tools for analyzing and interpreting data enhance decision-making. Cost Savings Labor Reduction: Automating tasks decreases the need for a large workforce. Lower Operational Costs: Streamlined processes and efficient resource management result in reduced operational expenses. Improved Communication Instant Connectivity: Technology enables real-time commun...

THE HISTORY OF COMPUTERIZATION

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Here is  the  history of computerization:1940s-2020s UNIVAC   1940s: - Development of the first electronic computers (ENIAC, UNIVAC) - Start of the computer era. IBM 701 1950s : - Introduction of commercial computers (IBM 701, UNIVAC 1) - Development of programming languages (COBOL, FORTRAN) - Computerization begins in industries (banking, finance). IBM 360 1960s: - Mainframe computers become widespread - Development of operating systems (IBM OS/360) - Computerization expands to government, education, and healthcare. MINI COMPUTER 1970s: - Minicomputers emerge (DEC PDP-11) - Microprocessors are introduced (Intel 4004) - Personal computers debut (Apple I, Altair 8800). MICROSOFT WINDOWS AND APPLE MACINTOSH 1980s: - IBM PC standardizes personal computing - Microsoft Windows and Apple Macintosh are introduced - Computerization accelerates in businesses and homes. INTERNET AND WORLD WIDE WEB 1990s: - Internet and World Wide Web become widely available - E-commerce and online ...

PRESENTATION

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A BRIEF DISCUSSION ON  COMPUTERIZATION : Introduction:- - Title: "Computerization: Revolutionizing the Way We Live and Work" - Subtitle: "Transforming industries, enhancing efficiency, and changing the world" : What is Computerization? - Definition : "The use of computers and technology to automate, streamline, and improve processes and operations" - Examples: Banking, healthcare, education, manufacturing, and more : Benefits of Computerization - Increased efficiency and productivity - Improved accuracy and reduced errors - Enhanced decision-making and data analysis - Better customer service and experience -Cost savings and reduced waste : Impact on Industries  TECH IN HEALTH CARE INDUSTRY - Healthcare: Electronic medical records, telemedicine, and personalized medicine - Finance: Online banking, mobile payments, and digital wallets - Education: E-learning platforms, online courses, and digital resources - Manufacturing: Automation, robotics, and supply c...

TECH WIZARD

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WELCOME TO TECHWIZARDS BLOG Welcome to the team  Tech wizards were working as a team is a top priority and  Just as the saying " a tree can't make  a forest "we young tech Wizards have Choosen to work as one and make the World a better place through technology.           Tech Wizards are individuals who possess exceptional expertise and skills in technology, particularly in areas such as computer programming, software development, data analysis, and digital innovation. They are often seen as masters of their craft, able to solve complex technical problems and create innovative solutions with ease. Tech Wizards are typically characterized by their: - Advanced technical knowledge - Quick learning abilities - Creative problem-solving skills - Passion for innovation and                                  experimentation - Ability to communicate complex ideas  ...